HomeMy WebLinkAboutDGEIS Vol II
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TOWN CLERK COPY
Draft Generic Environmental
Impact Statement
SOUTHOLD COMPREHENSIVE
IMPLEMENTATION STRATEGY
TOWN OF SOUTHOLD
TOWN BOARD
Town Hall
53095 Main Road
Southold, New York 11971
Volume II of II
MAY 2003
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DRAFT GENERIC
ENVIRONMENTAL IMPACT STATEMENT
SOUTHOLD COMPREHENSIVE IMPLEMENTATION
STRATEGY
Town of South old
Suffolk County, New York
Town Board of the Town of South old (SEQM Lead Agencv)
Supervisor, Hon. Joshua Horton
Justice Louisa P. Evans
Councilman Craig Richter
Councilman William D. Moore
Town Board of the
Town of South old
Town Hall
53095 Main Road
Southold, New York 11971
Contact: Hon. Joshua Horton, Supervisor
(631) 765-1889
Town Clerk: Elizabeth Neville
(631) 765-1800
Town of South old Comprehensive
Implementation Strategy Support Staff
John Sepenoski, Data Processing/GIS
Mark Terry, Sr. Environmental Planner
Scott Hughes, Sf. Environmental Planner
Carol Kalin, Planning Board Secretary
Town of Southold Supporting Departments
Scott Russell, Sole Assessor
Michael Verrity, Building Department
James Richter, Town Engineer
James McMahon, Community Dev. & Parks
James Bunchuck, Solid Waste/Landfill
Councilman Thomas Wickham
Councilman John M. Romanelli
Prepared by:
Moratorium Planning Team
Greg Yakaboski, Esq., Town Attorney
Valerie Scopaz, AICP, Town Planner
Melissa Spiro, Land Preservation Coordinator
Charles J. Voorhis, CEP, AICP, Consultant
Patrick Cleary, AICP, PP Consultant
Lisa Kombrink, Esq. Consulting Attorney
James Gesualdi, Esq., AICP, Consulting Attorney
Melissa Spiro, Land Preservation Coordinator
Nelson, Pope & Voorhis, LLC
Nelson & Pope, Engineers & Surveyors
572 Walt Whitman Road
Melville, New York 11747
Contact: Charles J. Voorhis, CEP, AICP
(631) 427-5665
Cleary Consulting
529 Asharoken Avenue
Northport, NY 11768
Contact: Patrick Cleary, AICP, PP
(631) 754-3085
May 2003
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
APPENDIX B
FIGURES
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Figure B-1
Town of Southold
Regional Setting
Legend
Region
_ Town of Southold
Scale: 1 inch equals 15 miles
Map Updated: 2002
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New Jersey
(1
Map Prepared by
Town of Southold
Geographic Information System
May 27,2003
Suffolk County Real Properly Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
New York
)
,
Connecticut
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Figure B-2
Town of Southold
Adjacent Towns
Legend
_i Adjacent Towns
_ Town of Southold
Scale: 1 inch equals 4 miles
Map Updated: 2002
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Map Prepared by
Town of Southold
Geographic Information System
May 27, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Riverhead
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East Hampton
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Figure B-3
Town of Southold
School District
Boundaries
Legend
D School District Boundary
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Updated: 1997
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Map Prepared by
Town of Southold
Geographic Information System
May 27, 2003
Fishers Island
SuffOlk County Real Properly Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N,Y,
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Figure 8-4
Town of Southold
Fire Districts
Legend
Tax Parcel
c:::J Fire District
Scale: 1 inch equals 9000 feet
Map Created: May 2003
A
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Map Prepared by
Town of Southold
Geographic Information System
May 27, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
Fishers Island
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Figure 8-5
Town of Southold
Zoning
Legend
CJ Zoning Boundary
Tax Parcel
l~?_ne
AC
R-40
R-80
R-120
R-200
R-400
HD
AHD
RR
RO
HB
LB
B
MI
Mil
L10
LI
Description
__._~~~ltu~~_ _~_~~~~~_ti~~_i2__~~re} _ _
. ~~~~!~~J ~~ ~~~~_ (1_~:~~),
ResidenlialL"", Densil)'(2 acre)
_~ResidentiaILow ~lensity (3.acre)
. Re~id-"Illial ':"",I)eI1.sil)l(5 "cre~
_!<e.sid~'iaILow De_n~il)I(10 acre)
Hamiel Density Residential
"------------...-- ----
Afford-.!~~ H~~sing J?ist~ct
Resort Residential
--------~-- -- --
Residential Office
Hamlet Business
limited Business
--._------ '"----
General Business
Marine!
Marine II
Light Industrial Park
- -- -- ----- - ------ ----
Ught Industrial
Scale: 1 inch equals 9000 feet
Map Created: 2001
Map Updated: January 2003
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Map Prepared by
Town of South old
Geographic Information System
May 28, 2003
Suffolk County Real Properly Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N. Y.
"
Fishers Island
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Figure 8-6
T own of Southold
1999 Farmland
Inventory
and Zoning
Legend
c=J Zoning
... 1999 Farmland Inventory
[~-= Tax Parcel
Scale: 1 inch equals 9000 feet
Map Created: 2003
Map Updated:
2003-Zoning
1999-Farmland
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Map Prepared by
Town of Southord GIS
May 28, 2003
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N. V.
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Figure B-7
Town of Southold
R-80 Analysis
legend
{~~;f{2 Protected Farmland
_ Protected Non-farmland
~~ Unprotected Farmland
Wetlands
_ Steep Slopes
I I R-80 Zoning
All Other Zoning
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Created: 2003
1
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Fishers Island
Suffolk County Real Properly Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N. Y.
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Figure 8-8
Town of Southold
Watershed
Protection Zones
,~
Legend
D Watershed
Protection Zone
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Updated: April 2001
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Map Prepared by
Town of Southold
Geographic Information System
May 27, 2002
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N,Y,
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Figure 8-9
Town of South old
Steep Slopes
(Greater than 15%)
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Legend
Slopes> 15 Percent
Tax Parcel
Fishers Island
Scale: 1 inch equals 9000 feet
Map Created:
1998 (Mainland)
1984 (Fishers Island)
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Map Prepared by
Town of Southold
Geographic Information System
May 27, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Figure B-10
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Town of Southold
Soil Associations
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Map Created: 1975
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Source: 1975 Suffolk County Soil Survey
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Map Prepared by
Town of Southold
Geographic Information System
May 27,2003
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Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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SOIL ASSOOIA TlONS.
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Figure 8-11
Town of Southold
Prime Farmlands
Legend
.. Prime Ag Soils
c:::J Zoning
Scale: 1 inch equals 9000 feet
Map Created: April 2003
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS 6asemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Figure 8-12
Town of Southold
High Groundwater
Areas
Legend
_ Groundwater Depth
10 feet or less
C=-- Tax Parcel
This map is a resource map and does not assume any regulatory
authority. This map is useful as a screening tool to identify areas
where groundwater depth is expected to be 10 feet or Jess, and
will be subject to site-specmc field confirmation in connection with
land use applications.
Scale: 1 inch equals 9000 feet
Map Updated: 1992
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Map Prepared by
Town of Southold
Geographic Information System
May 27,2003
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SuffOlk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N. Y.
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Fishers Island
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Figure 8-13
Town of Southold
Water Table
Elevations
Legend
o 5 Foot Contours
o 2 Foot Contours
Tax Parcel
*Map references elevations above
sea level in feet.
Scale: 1 inch equals 9000 feet
Map Source: Water Resources
Investigation
Report (974136)
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Figure 8-14
Town of Southold
Primary Watershed
Areas
Legend
Tax Parcel
--- Watershed Boundaries
Scale: 1 inch equals 9000 feet
Map Created: May 2003
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Fishers Island
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Figure 8-15
Town of Southold
Special Groundwater
Protection Areas
Legend
D Special Groundwater
Protection Area
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Updated: June 2002
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Map Prepared by
Town of South old
Geographic Information System
May 28, 2003
SuffOlk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
Central Suffolk
SGPA (in part)
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Figure 8-16
Town of South old
Pesticide Impacted
Areas
Legend
X Wells exceeding MCL standards
Wells with detected levels
of pollutants
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Created: May 2003
Source: SCDHS Water Quality Monitoring Program
to Detect Pesticide Contamination in Groundwaters
of Nassau and Suffolk Counties, NY report
publiShed in June of 1999
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Fishers Island
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Figure 8-17
Town of Southold
Suffolk County
Water Authority
Infrastructure
Legend
SCWA Properties
_ (including leases
& easements)
SCWA Water Mains
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Updated: February 2003
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N. y,
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Figure 8-18
Town of Southold
Freshwater & Tidal
Wetlands-Town
Legend
Freshwater Wetlands
_ Tidal Wetlands
Tax Parcel
This map is a resource map and does not assume any regulatory
authority. The map was generated to reflect weUands of Townwide
importance, and is based generally upon determination of tidal and
freshwater weUands as pelfOrmed by the Town Trustees, New
York State Department of Environmental COnsefVation and the U.S.
Army Corps of Engineers(3 parameter approach for freshwater
wetlands). Wetlands were located using aerial photography, soil
and topographic maps with spot ground-truthing to improve
accuracy. The map is useful as a screening tool to identify areas
where wetlands are expected to occur, and will be subject to
site-specific field confinnatJon in connection with a land use or
wetlands application.
Scale: 1 inch equals 9000 feet
Map Created: 2003
1
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Fishers Island
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Figure 8-19
Town of Southold
Freshwater
Wetlands-NYSDEC
Legend
NYS DEe
_ Freshwater
Wetlands
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Updated: 1993
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
i,~\ 0',
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'-" ,.
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Figure 8-20
Town of South old
Flood Insurance
Zones
Legend
II Flood Insurance
Rate Boundaries
Tax Parcel
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May 28, 2003
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Figure 8-21
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Woodlands Map
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Figure 8-22
Town of South old
Land Use
~ Low Density Residential
Medium Density Residential
. High Density Residential
. Commercial
. Industrial
II Institutional
. Recreation & Open Space
II Agriculture
::= Vacant
= Transportation
Utilities
. Waste Handling
Surface Waters
Land Use Codes Based on
Classification System Used
For the Peconic Estuary Program
Scale: 1 inch equals 9000 feet
Map Updated: January 2003
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Map Prepared by
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Geographic Information System
May 28, 2003
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N. Y.
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Figure 8-23
Town of Southold
Agricultural District
Parcels
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. Agricultural Exemption Parcel
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Updated: December 2002
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2002
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002. County of Suffolk. N.Y.
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Figure 8-24
Community Preservation
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Parcels on 2003 List
Scale: 1 inch equals 9000 feet
Map Updated: January 2003
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May 28, 2003
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Figure 8-25
Town of Southold
Protected Lands
. County Development Rights
II Town Development Rights
III Private Open Space
. Park District
II Peconic Land Trust
Peconic Land Trust Easement
III Subdivision/Site Plan Open Space
Subdivision Park
The Nature Conservancy
_ The Nature Conservancy Easement
III County Open Space
County Park
County Underwater Land
. State Open Space
III State Park
State Underwater Land
Town/County Open Space
III Town Open Space
- Town Park
Town Underwater Land
, Village Property
Scale: 1 inch equals 9000 feet
Map Updated: January 2003
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Map Prepared by
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May 28, 2003
Fishers Island
Suffolk County Real Property Tax SelVice Agency
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Figure 8-26
Town of Southold
Community Facilities
. Cemeteries
. Churches
. County Municipal
. County Recharge Basins
Federally Owned
Fire Districts
. Libraries
. Museums/Historical Societies
. Schools
. State Recharge Basins
. Town Municipal
. Town Recharge Basins
Transportation
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. Utilities/Communications
Water Utilities
~. Water Utility Underwater Land
Scale: 1 inch equals 9000 feet
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Fishers Island
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GIS Basemap COPYRIGHT 2002, County of Suffolk, N,Y.
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Figure 8-27
Town of Southold
Archaeologically
Sensitive Areas
Legend
D Archaeologically Sensitive
Areas
Tax Parcel
Scale: 1 inch equals 9000 feet
Map Updated: 2002
1
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2002
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, N.Y.
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Figure 8-28
Town of Southold
Cultural Resources
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Map Prepared by
Town of Southold
Geographic Information System
May 28, 2003
Fishers Island
Suffolk County Real Property Tax Service Agency
GIS Basemap COPYRIGHT 2002, County of Suffolk, NY.
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South old Comprehensive Implementation Strategy
Draft Generic EIS
APPENDIX C
ECOLOGY-RELATED DOCUMENTS
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix C-l
Biotic Communities
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SUMMARY OF BIOTIC COMMUNITIES
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Marine! Maritime Habitats
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HABITAT TYPE HABITA T DESCRIPTION
Low Salt Marsh Low salt marsh is an estuarine intertidal habitat, found along the coast in sheltered areas.
They are defined as the area between the highest tide level and the lowest tide level. As
defined by Reschke (1990), low salt marsh "occurs in a zone extending from mean high
tide down to mean sea level, or to about 6 feet (2 m) below mean high tide." Low salt
marsh habitat is flooded twice daily by the semidiurnal tide. The habitat is typically a
monospecific stand of cord grass (Spartina alterniflora), with various algae species
sometimes forming mats on the substrate below the cordgrass stems. Other species which
may be present in small numbers include glasswort, salt marsh sand-spurry and lesser
seabi~ht (Reschke, 1990).
High Salt Marsh The high marsh is defined by Reschke (1990) as the area between the mean high tide and
the limit of spring tides. The native vegetation is a mosaic of graminoid species including
salt meadow grass (Spartina patens), dwarf cordgrass, spike grass, and/or black grass.
Switch grass, sea lavender and saltmarsh elder are common in the unland transition area.
Salt Shrub Salt shrub habitat forms a transition zone between the salt marsh and upland habitats.
Reschke (1990) describes the habitat as characterized by groundsel-bush, marsh elder and
pasture rose, with panic grass, and salt meadow grass in the herbaceous layer. In areas of
flat topography, the area of salt shrub may be extensive, but in areas of steep slopes such as
are found on site, the habitat is present onlv as a narrow, linear feature.
Salt Panne Salt panne communities form within poorly drained depressions in salt marsh habitats
(Reschke, 1990). After a high tide, the panne evaporates, causing an area of high salinity.
Vegetation is sparse or lacking, but may include cordgrass, glassworts, marsh fleabane, salt
marsh plantain, arrow grass, and salt marsh sand spurry. Small pond holes may form, and
are tvpically characterized by widgeon grass.
Tidal Creek The tidal creek is a subtidal community that forms in continually flooded creeks which
drain the salt marsh habitat (Reschke, 1990). Although the bottom is continuously below
water, the banks are exposed at low tide. The drainage pattern tends to be sinuous, with
steep banks which periodically erode and slump into the creek. Characteristic species
include wid~eon ~rass and mats of cyanobacteria (Reschke, 1990).
Maritime Dunes Reschke (1990) describes Maritime Dune habitat as mosaic of vegetation patches
dominated by grasses and low shrubs that occur on active and stabilized dunes along the
Atlantic coast. This distribution reflects past disturbances such as sand deposition, erosion,
and dune migration. The composition and structure of the vegetation is variable depending
on stability of the dunes, amounts of sand deposition and erosion, and distance from the
ocean. Characteristic species of the active dunes, where sand movement is greatest,
include beach grass, dusty-miller, beach pea, sedge, seaside goldemod, and sand-rose.
Characteristic species of stabilized dunes include beach heather, bearberry, beach grass,
cyperus, seaside goldemod, beach pinweed, jointweed, sand-rose, bayberry, beach-plus,
poison ivy, and the lichens. A few stunted pitch pines or post oaks may be present in the
dunes.
Maritime According to Reschke (1990), Maritime Shrubland occurs on dry seaside bluffs and
Shrubland headlands with exposure to offshore winds and salt spray. The habitat is typically low in
species diversity, and dominated by one or more species of shrubs or stunted trees.
Characteristic species include beach-plum, sand-rose, wild rose, bayberry, eastern red
cedar, shining sumac, poison ivy, black cherry, highbush blueberry, American holly, and
shadbush.
Marine Intertidal Beach habitats are washed by rough, high-energy waves, and consist of sand or gravel
Gravel/Sand Beach (Reschke, 1990). They are well-drained at low tide, and are subject to high fluctuations in
both salinity and moisture. The species diversity is low, with a benthic invertebrate fauna
including marine worms and amphipods.
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Marine Intertidal Marine Intertidal Mudflat habitat is found in quiet waters, with substrates composed of silt
Mudflats or sand that is rich in organic matter and poorly drained at low tide (Reschke, 1990). The
substrate may be covered with algae. Characteristic organisms are marine worms,
mudsnails, softshell clams, and mussels. This community is an important feeding ground
for wading and shorebirds
Maritime Beach: Maritime Beach habitat is a sparsely vegetated community that occurs on unstable sand,
gravel, or cobble ocean shores above mean high tide, where the shore is modified by storm
waves and wind erosion (Reschke, 1990),. Characteristic species include beachgrass, sea-
rocket, seaside atriplex, seabeach atriplex, seabeach sand wort salsola, seaside spurge, and
seabeach knotweed.
Common Reed Common Reed marsh is not a marine habitat defined by Reschke (1990), although it is a
Marsh relatively common vegetational community found in disturbed, brackish habitats along
Long Island's shore. Reedgrass/Purple Loosestrife Marsh is categorized as a freshwater
habitat, and can be defined as "a marsh that has been disturbed by draining filling, road
salts, etc. in which reedgrass or purple loosestrife has become dominant"(Reschke, 1990).
The common reed (Phragmites australis) is an invasive weed which often colonizes
disturbed wetland habitats and cleared upland areas. There is contradictory evidence on
whether the species is native to North America, but it is clearly more widespread than
before European colonization. It typically forms dense, monospecific stands with few
other species, although poison ivy and other plants common to disturbed habitats may be
present in small numbers.
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Some other classifications as described by Reschke include: Tidal River, Brackish Tidal Marsh, Brackish
Intertidal Shore, Maritime Grassland, Maritime Heathland Maritime Oak Forest, Maritime Oak-Holly
Forest, Maritime Red Cedar Forest, Maritime Interdunal Swales, Marine Intertidal Mud Flat, Marine
Rocky Intertidal and other off-shore habitats! artificial shore habitats.
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Freshwater Wetlands
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HABITAT TYPE HABITAT DESCRIPTION
Wooded Red Maple According to the NYSDEC classification, Wooded Red Maple-Hardwood Swamp habitat is
- Hardwood "a hardwood swamp that occurs in poorly drained depressions, usually on inorganic soils.
Swamp This is a broadly defined community with many regional and edaphic variants. In anyone
stand, red maple is either the only canopy dominant or is codominant with one or more
hardwoods including black ash, swamp white oak, butternut, and bitternut hickory"
(Reschke, 1990). There is typically a well developed shrub layer, with spicebush,
winterberry, black chokeberry, red osier dogwood, arrowwood, wild raisin and highbush
blueberry. Black gum, sweet pepperbush and swamp azalea are common in swamps in
southeastern New York. The ground layer is generally dominated by ferns, with skunk
cabbage, sedges, jewelweed, and skull cap.
Wade, et aI. (1990) describe red maple swamps in Brookhaven as generally dominated by
red maple and tupelo, with sweet pepperbush and highbush blueberry dominating the shrub
layer. Swamp azalea, buuonbush, inkberry, maleberry and spicebush are also common.
This description is applicable to red maple swamps throughout Long Island, although in
disturbed areas early successional shrubs such as multiflora rose, grape and greenbriar may
also be common. In such areas, the wetland boundary may be difficult to delineate based on
vegetation alone.
Shrub Swamp As defined by Reschke (1990) shrub swamp refers to a broad group of wetland habitats with
several distinct variants and intermediate types. They can occur along the shore of a lake or
river, in a wet depression or valley, or as a transition zone between marsh or bog and the
upland community. According to Reschke (1990), characteristic shrubs in shrub swamp
habitats include meadow sweet, steeple bush (also known as hardhack), gray dogwood,
swamo azalea, highbush blueberry, male-berry, smooth alder, soicebush, willows, wild
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raisin, buttonbush and arrowwood. A special case on Long Island is the pine barrens shrub
swamp, which Reschke (1990) classifies as a separate community type.
Vernal Pool As defined by Reschke (1990), a vernal pool is a "wetland in a small, shallow depression
within an upland forest. Vernal pools are flooded in spring or after a heavy rainfall, but are
usually dry during the summer. Many vernal pools are filled again in autumn. This
community includes a diverse group of invertebrates and amphibians that depend on
temporary pools as breeding ponds." Reschke (1990) indicates that more data are needed on
the characteristic plants and animals of this habitat, and does not list any plant species as
characteristic of the community. On Long Island ferns, mosses, skunk cabbage, jewelweed
and similar soecies may be present, althou~h the inundated areas may be lar~ely barren.
Coastal Plain Pond As defined by Reschke (1990), coastal plain pond is defined as "the aquatic community of
the permanently flooded portion of a coastal pond with seasonally and annually fluctuating
water levels. These are shallow, groundwater fed ponds that occur in kettle holes or shallow
depressions in the outwash plains south of the terminal moraines of Long Island and New
England. Aquatic vegetation may be abundant." Milazzo (1995) indicates that the habitat is
identified primarily by species composition rather than geological origin, and that the
elevation almost always reflects elevation of the groundwater table. Water levels generally
fluctuate, creating coastal plain pond shore habitat along the border of the pond. Vegetation
which might be expected within a coastal pond include pondweed, watershield, water lily,
milfoil, bayonet rush, spike rush, purple bladderwort, naiad, and peat moss (Reschke, 1990).
A series of coastal plain ponds may be hydrogeologically connected by surface or
groundwater flow (Reschke, 1990), although most systems depend on precipitation and
~roundwater (Milazzo, 1995).
Coastal Plain Pond Coastal plain pond shore habitat forms at the edge of groundwater ponds on Long Island's
Shore coastal plain, and is a result of fluctuation of groundwater levels. As defined by (Reschke,
1990) this habitat is "the gently sloping shore of a coastal plain pond with seasonally and
annually fluctuating water levels. The substrate is gravely, sandy or mucky. Vegetative
cover varies with the water levels. In dry years when water levels are low and the substrate
is exposed, there is a dense growth of annual sedges and grasses. In wet years when the
water level is high and the substrate is flooded, vegetation is sparse, and only a few
emergents and floating-leaved aquatics are apparent. The vegetation of this pond shore
community can change dramatically from one year to the next depending on fluctuations in
groundwater levels." Coastal Plain Pond Shore is characterized by pipewort, sedge, horned
rush, bald rush, panic grasses, sundews, Canadian St. John's-wort, bladderworts, gratiola,
ludwi~ia, rose coreopsis, and lar.e vellow-eyed grass.
Intermittent Stream Intermittent stream habitat is defined by Reschke (1990) as "the community of a small,
ephemeral stream, with a moderate to steep gradient, where water flows only during the
spring or after a heavy rain. Fauna is limited to species that do not require a permanent
supply of running water, or that inhabit the streambed only during the rainy season. The
streambed may be covered with mosses. "
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Eutrophic Pond
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Emergent Marsh
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Reedgrass/Purple
Loosestrife Marsh
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Like terrestrial habitats, ponds and other lacustrine communities may undergo succession as
silt and organic matter enter the system. As sllccession occurs, relatively nutrient poor
oligotrophic water becomes increasingly eutrophic. or nutrient rich. The decay of organic
matter increases levels of nitrogen and other nutrients, promoting the growth of algae and
other aquatic plants. The bottom sediments and deeper water column may then become
anoxic, or depleted of dissolved oxygen, as the decomposition process uses up the available
oxygen. This process is referred to eutrophication. Although eutrophication may occur in
natural systems, the process may be accelerated by high input of fertilizers. Aquatic
vegetation can become a nuisance within a small pond. particularly if nutrient input is high
and lack of turnover of the water column.
As defined by Reschke (1990), eutrophic pond habitat is "the aquatic community of a
shallow, nutrient rich pond. The water is usually green with algae and the bottom is mucky.
Eutrophic ponds are too shallow to become stratified in the summer; they are winter-
stratified, monomictic ponds. " Monomictic ponds have a single period of mixing, or
turnover, during the year. Aquatic vegetation is typically abundant in eutrophic systems,
and characteristic plants listed by Reschke (1990) include coon tail, duckweeds, waterweed,
pondweeds, water starwort, algae, yellow pond-lily, and white water lily.
Reschke (1990) recognizes deep emergent marsh and shallow emergent marsh as separate
habitats. These habitats occur on mineral soils or fine grained organic soils. Deep
emergent marsh is generally permanently flooded, with water depths ranging from 15 em to
2m; while shallow emergent marsh is generally only seasonally flooded, with water depths
ranging from 15 em to 1m.
As described by Reschke (1990), deep emergent marsh is characterized by emergent aquatic
vegetation such as yellow pond lily, white water lily, cattails, bulrushes, bur-reed, arrowleaf
and wild rice. Purple loosestrife and common reed are typical of marshes which have been
disturbed. Shallow emergent marsh is characterized by bluejoint grass, reed canary grass,
rice cutgrass, mannagrass, sedges, three-way sedge, bulrushes, sweetflag, wild iris, water
smartweed, marsh bellflower, and tufted loosestrife.
Reschke (1990) describes Reedgrass/Purple Loosestrife Marsh as "a marsh that has been
disturbed by draining filling, road salts, etc., in which reedgrass or purple loosestrife has
become dominant." On Long Island, reedgrass, or common reed, is more likely to colonize
such areas. The common reed (Phragmites australis) is an invasive weed which often
colonizes disturbed wetland habitats and cleared upland areas. There is contradictory
evidence on whether the species is native to North America, but it is clearly more
widespread than before European colonization. It typically forms dense, monospecific
stands with few other species, although poison ivy and other plants common to disturbed
habitats may be present in small numbers.
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Other freshwater wetland classifications as described by Reschke (1990) include: Pine Barrens Shrub
Swamp, Atlantic White Cedar Swamp, Coastal Plain Stream, Coastal Plain poor fen, Highbush Blueberry
Bog Thicket, Marsh Headwater Stream, Midreach Stream, Mesotrophic Dimictic Lake, Eutrophic
Dimictic Lake, and various other artificial wetland habitats.
HABITAT TYPE HABITA T DESCRIPTION
Oak- Tulip Tree The mature oak forest on site is most similar to Oak Tulip Tree as defined by Reschke
Forest (1990). Reschke (1990) describes the Oak Tulip Tree Forest as "a mesophytic hardwood
forest that occurs on moist, well drained sites in southeastern New York. The dominant
trees include a mixture of five or more of the following: red oak, tulip tree, beech, black
birch, red maple, scarlet oak, black oak and white oak. There is typically a subcanopy
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Native Deciduous Woodland Habitats
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stratum of smaller trees and tall shrubs dominated by flowering dogwood; common
associates include witch hazel, sassafras. red maple and black cherry. Common low
shrubs include maple-leaved viburnum, northern blackberry, and blueberries. The shrub
layer and groundlayer flora may be diverse. Characteristic groundlayer herbs are white
wood aster, New York fern, Virginia creeper, Jack-in-the-pulpit, wild geranium, Solomon's
seal and false Solomon's seal. "
Chestnut Oak As described by Reschke (1990), Chestnut Oak Forest is dominated by chestnut oak and
Forest red oak, with white oak, black oak, red maple also common. "American chestnut was a
common associate in these forests prior to the chestnut blight; chestnut sprouts are still
found in some stands." Ericaceous species dominate the shrublayer, including black
huckleberry, mountain lautel, and blueberry, and Pennsylvania sedge, sarsaparilla,
winter~reen and moss are common ~oundcovers.
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Successional Habitats
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HABITAT TYPE HABITAT DESCRIPTION
Successional Old Successional old field is the initial stage in the process of succession, which is the reversion
Field of disturbed habitats to climax forest. The habitat generally supports a wide variety of
weedy species that colonize readily, such as goldenrods, grasses, timothy, ragweed and
asters. Reschke (1990) defines an old field as "a meadow dominated by forbs and grasses
that occurs on sites that have been cleared or plowed, and then abandoned". Woody
species may be ptesent, but coverage by trees and shrubs is less than 50 percent as defined
by Reschke (1990).
Successional Successional shrubland follows old field vegetation in the process of succession. The two
Shrub land habitats are similar in species composition; however, within the shrubland, woody species
dominate rather than forbs and grasses. As defined by Reschke (1990) a successional
shrub land is "a shrubland that occurs on sites that have been cleared or otherwise disturbed.
This community has at least 50% cover of shrubs." Trees may be present, but occupy less
than 40 percent of the canopy. The typical woody species in early successional habitats on
Long Island are poison ivy, dogwood, red cedar, brambles, cherry, sumac and multiflora
rose. Herbaceous species found in old field habitats are also likely to be nresent.
Successional Trees occupy at least 60 percent of the canopy of woodland habitat as defined by the
Southern NYSDEC. Reschke (1990) describes successional southern hardwood habitat as "a
Hardwood Forest hardwood or mixed forest that occurs on sites that have been cleared or otherwise
disturbed. " Anyone of a number of species may dominate the canopy of successional
shrubland habitat, depending on the original forest and nearby tree species. Oaks, beech and
tulip-tree are the most common native species on Long Island. Also common are the
introduced black locust, buckthorn and tree-of-heaven, Successional hardwood forest
habitat is genetally characterized by small sized trees and dense understory, although latge
specimen trees may be present if the site was originally landscaped. The dense understoty
exists because the tree canopy is open, allowing high levels of light penetration, Given
sufficient time, the ttees more fully occupy the canopy, and the dense understoty will no
longer exist.
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Terrestrial Cultural Habitats
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HABITAT TYPE HABITA T DESCRIPTION
Agricultural Fields Agricultural uses are broken down into several different classifications systems. Reschke
defines these ateas c/Opland/row crops, cropland/field crops, pastute land, flower/hetb
garden/orchard, vineyard. and as several plantations based on species composition.
Cropland/row crops are defined as "an agricultural field planted in row crops such as corn,
Dotatoes, and soybeans. This community includes veRetable Rardens in residential areas. "
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Cropland/field crops are defined as "an agriculrural field planted in field crops such as
alfalfa, wheat, timothy, and oats. Thus community includes hay fields that are rotated to
pasture. " Pastureland is an "agricultural land permanently maintained or recently
abandoned as a pasture area for livestock." Flower/herb garden is a "residential,
commercial, or horticultural land cultivated from the production or ornamental herbs and
shrubs. This community includes gardens cultivated from the production of culinary herbs. "
An orchard is described as a "stand of cultivated fruit trees (such as applies, cherries,
peaches, pears, etc.), often with grasses as groundcover. An orchard may be currently
under cultivation or recently abandoned. "
Wooded Edge Wooded edge is not a habitat under the NYS Department of Environmental Conservation
classification (Reschke 1990), but this vegetational community is common on Long Island,
and is used here to describe windbreaks and buffers of planted or volunteer trees. The
habitat has some characteristics of the successional woodland habitat defined by Reschke
(1990), although the areas are narrow in width which typically allows development of a
dense understory. Under the NYSDEC classification, successional southern hardwood
habitat is "a hardwood or mixed forest that occurs on sites that have been cleared or
otherwise disturbed" in which trees occupy at least 60 percent of the canopy. Anyone of a
number of species may dominate the canopy of successional woodland habitat, depending on
the original forest and nearby tree species which contribute seedlings, A dense understory is
usually present because the canopy is open, allowing high levels of light penetration. Given
sufficient time, the trees more fully occupy the canopy, and the dense understory will no
longer exist. Windbreaks and treed buffers also often have a dense understory, as the narrow
width allows li~ht to penetrate, even under mature trees.
Golf Course As defined by Reschke (1990), the vegetated areas of the existing golf course would be
considered either Mowed Lawn or Mowed Lawn with Trees habitat. Mowed Lawn is
defined as "residential, recreational or commercial land in which the groundcover is
dominated by clipped grasses and forbs, and there is less than 30 percent cover by trees.
Ornamental and/or native shrubs may be present, usually with less than 50 percent cover"
(Reschke, 1990). Mowed lawn is defined similarly, although tree cover is over 30 percent.
The area of Mowed Lawn includes the fairways, tees, and greens, as well as portions of the
rough with few trees. The Mowed Lawn with Trees habitat includes the remainder of the
rough, where there are large native trees which appear to have been retained during
construction of the course.
Nursery Land Reschke (1990) does not include nursery lands within the description of habitats within the
state, The nursery area probably most resembles Orchard habitat as defined within the
NYSDEC classification, The primary vegetation type on the site is plant nursery stock,
including a variety of ornamental and native trees and shrubs. The nursery stock found on
site is a mix of native and ornamental soecies.
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SUCCESSIONAL HABITATS PLANT SPECIES
Trees
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Norway maple
red maple
Japanese maple
sugar maple
tree-of-heaven
hercules' club
devil's club
gray birch
white birch
pignut hickory
mockernut hickory
silky dogwood
flowering dogwood
red-osier dogwood
hawthorne
American beech
black walnut
eastern red cedar
magnolia
crab apple
common apple
mulberry
pitch pine
white pine
eastern cottonwood
bigtooth aspen
garden cherry
black cherry
choke cherry
white oak
scarlet oak
pin oak
chestnut oak
red oak
black oak
black locust
buckthorn
sassafras
yew
hemlock
Acer platanoides
Acer rub rum
Acer pa/malum
Acer saccharum
AIianthus altissima
Aralia elata
Aralia spinosa
Betula populifolia
Betula papyrifolia
Carya ovalis
Carya tomentosa
Cornus amomum
Cornus florida [p]
Cornus stolonifera
Craetagus sp.
Fagus gradifolia
Juglans nigra
Juniperus virginiana
Magnolia sp.
Malus coronaria[p]
Malus pumila
Moras alba
Pinus rig ida
Pinus strobus
Populus deltoides.
Populus grandidenta.
Prunus avium
Prunus seratina
Prunus virginiana
Quercus alba
Quercus coccinea
Quercus palustris
Quercus prinus
Quercus rubra
Quercus velutina
Robinia psuedo-acacia
Rhamnus spp.
Sassafras albidum
Taxus floridana
Tsuga canadensis
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Shrubs and Vines
Japanese barberry
boxwood
American bittersweet
oriental bittersweet
silverberry
autumn olive
winged spindle tree
forsythia
English ivy
bush clover
Berberis thunbergii
Bux sempeTVirens
Celastrus scandens [p]
Celastrus orbiculata
Elaeagnus commutata
Elaeagnus umbel/ata
Euonymus alata
Forsythia sp.
Hedera helix
Lespedeza sp.
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix C-2
Plant Species Lists
1
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New York State Department of Environmental Conservation
Division of Fish, Wildlife & Marine Resources
New York Natural Heritage Program
625 Broadway, 5" floor, Albany, New York 12233-4757
Phone: (518) 402-8935 . FAX: (518) 402-8925
Website: www.dec.state.nv.us
~
.....
~
Erin M. Crotty
Commissioner
February 20, 2003
Shana M. Lacey
Nelson, Pope & Voorhis
572 Walt Whitman Rd
Melville, 1'<'1' 11 747 - 2188
~~(G~~W[E[Q)
9- 1/
f:CP -';~, "1nr'{ V
, ~_...- .............
NELSON & POPE
Dear Ms. Lacey:
In response to your recent request, we have reviewed the New York Natural Heritage
Program database with respect to the Environmental Species listing for the Town of Southold,
Suffolk County.
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Enclosed is a report of rare or state-listed animals and plants, significant natural
communities, and other significant habitats, which our databases indicate occur, or may
occur, on your site or in the immediate vicinity of your site. The information contained
in this report is considered sensitive and may not be released to the public without
permission from the New York Natural Heritage Program.
The presence of rare species may result in your project requiring additional permits,
permit conditions, or review. For further guidance, and for information regarding other permits
that may be required under state law for regulated areas or activities (e.g., regulated wetlands),
please contact the appropriate J\TYS DEC Regional Office, Division ofEnviromnental Pemlits, at
the enclosed address.
For most sites, comprehensive field surveys have not been conducted; the enclosed report
only includes records from our databases. We cannot provide a definitive statement on the
presence or absence of all rare or state-listed species or significant natural communities. This
information should not be substituted for on-site surveys that may be required for envirOlIDlental
impact assessment.
Our databases are continually growing as records are added and updated. If this proposed
project is still under development one year from now, we recommend that you contact us again
so that we may update this response with the most current information.
Sincere!y,
Enc.
-- -.. . ,-
HeidI l KrahTtng, Information Servi~es
NY Natural Heritage Program
I RARE ELEMENTS WHICH OCCUR OR MAY OCCUR IN THE TOWN OF SOUTHOLD
New York Natural Heritage Program 151 FES 2003
I GROUP / GLOBAL STATE NY FEDERAL
SCIENTIFIC NAME COMMON NAME RANK RANK STATUS STATUS
I *BEETLES
CIC:NDELA PATRUELA CONSEh7ANEA A tiger bee:l€: G3T2T3 SF. U
I NICROPHORUS AMERlCANUS American burying beetle G2G3 SR E :"E
I *AMPHIBIANS
ACRIS CREPITANS Nor:hern cricket frog G5 Sl E
I
AMBYSTOMA TIGRlNUM Tiger salamande~ G5 5253 E ipS)
I *REPTI:..ES
I KINOSTERNON SUBRUERUM Eastern mud tur:le G5 Sl E
*BIRDS
I AP-DEA ALBA Great egret G5 S2 P
I ~riARADRIUS MELODUS Piping plover G3 S3B E LE
RYNCHOPS NIGER Slack skimmer G5 S2 p se
I STERNA ANT!LLARUM Least tern G4 S3B T (PS;LE)
STERNA DOUGALLI: Roseate tern G. SlB E ~PS:LE,LT)
I STERNA HI RUNDO Common tern G5 S3B T
I *VASCU.uAR. PLANTS
I AGRIMDNIA ROSTELLATA Woodland agrimony G5 S2 T
ANGELICA LUCIDA Angelica GS Sl E
I ASTER CONCOLOR Silvery aster G4? Sl E
ASTER SUBU"J\.TUS Saltmarsh aster G? S2 T
I ATRIPLEX GLABRIUS=uLA Seaside orach G. Sl E
BARTDNIA PANlCULATA Screw-stem G5 Sl E
,
I cb/list.s/voc: ir.data.report 1
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RARE ELEMENTS WriICH OCClJR OR MAY OCCUR IN THE TOWN OF SOUTHOLD
New York Natural Hericage Program 19 FEE 2003
GROUP/
SCIENT::FIC NAME
COMMON NAME
GLOBAL
PJ\NK
STATE
RANK
NY
FEDERAL
STATUS
STATUS
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19 (continued...)
CALLITRI:HE TERRESTRIS
Terrestrial starwort
G5
CARDAMlNE LONGII
Long's bitter=ress
G3
CAREX HORMATHODES
Marsh SCraw sedge
G4GS
CAREX MITCHELLIANA
Mitchell's sedge
G3G4
CA.t(EX STRAMlNEA
SCraw sedge
G5
CAREX TYPHINA
Cat-tail sedge
G5
CHENOPODIUM BERLANDIERI VAR
MACROCALYCIUM
Large calyx goosefoot
G4
CHENOPODIUM RUBRUM
Red pigweed
G5
COREOPSIS ROSEA
Rose coreopsis
G3
CYPERUS FLAVESCENS
Yellow flatseoge
G5
CYPERwS POLYSTACHYOS VAR TEXENS!S
Coast :aatsedge
GST5
CYSTOPTERIS PROTRUSA
Lowland fragile fern
G5
DESMODIUM CILIARE
Little-leaf tick-trefoi~
GS
DESMODIUM LAEV:GATUM
Smooth tick-clover
G5
DESMODIUM NUTTALL! I
Nuttall's tick-clover
G5
DIGITARIA FILIFORM!S
Slender crabgrass
G5
DIP~CHNE MAR!TI~~
Salt-meadow grass
GST3T4Q
DRABA REPTANS
Carolina whitlow-grass
G5
ELEDCHAR!S ENGELMANNII
Engelmann's spikerush
G4GSQ
ELEDCHARIS FALLAX
creeping spike rush
G4GS
ELEDCHARIS HALQpHILA
Salt-marsh spikerush
G4
ERECHT!7ES HIERACIIFOLIA VAR
MEGALOCARPA
Fireweed
GST1T2
FESTUCA SAXIMO:NTANA
Sheep fescue
G5
cb/lists/voc: ir.data.report
2
52S3
S2
S253
S2
Sl
S2
51S2
S2
S3
51
5152
51
5253
5H
5H
52
51
52
51
51
52
51
51
T
~
T
T
E
T
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T
R
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RARE ELEMENTS WHICH OCCUR OR MAY OCCUR IN THE TOWN OF SOUTHOLD
New York Natural Heritage Program 19 FEB 2003
GROUP!
SCIENTlFIC NAME
COMMON NAME
GLOBAL
RANK
FEDERAL
STATUS
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19 {continued...j
FIMBRISTYLIS CASTANEA
GNAPW':'IUM PURPUREUM
HELIANTHEMUM DUMOSUM
hYPERlCUM ADPRESSUM
IRIS PRISMATlCA
JUNCUS BRACHYCARPUS
JUNCUS r-'.ARGINATUS VAR BIFLORUS
~EMNA PERPUSILLA
LESPED~ZA STUEVE!
LIGUS~ICUM SCOTHlCUM
MYRIOPhJ.'"LLUM PI!I.'NATUM
OENOTHERP. LACINIATA
ONOSMODIUM VIRGINIANUM
PAKTCill: SCOPARIUM
PASPALUM LAEVE
PASPALUM SETACEUM VAR PSAMMOPHILUM
PLAh~AGO MARITIMA SSP JUNCOIDES
PLATANTHERA CILIARIS
POL YGALA LUTEA
POLYGALA MARIANA
POLYGONUM GLAUCUM
POLYGONUM HYDROPIPEROIDES VAR
OPELOUSANUM
POL YGONUM SETACEUM VAR INTERJECTUM
cb/lists/voc: ~r.data.report
STATE
RANK
NY
STATUS
Marsh fimbry
G5 S2 T
G5 51 -
03 S2 T
G2G3 S2 E
G4GS S2 T
G4GS S1 E
GST5 Sl E
G5 Sl E
G~? S2 T
G5 Sl E
G5 S1 E
G5 51 E
G, Sl E
G5 Sl E
G4G5 81 E
G5T4? Sl E
GS'!'S 8253 T
G5 51 E
G5 51 E
G5 8X U
G3 53 R
GS':'?Q 52S3 T
GST4 SlS2 E
Purple everlasting
Bushy rockrose
Creeping st. john's-wort
Slender blue flag
Short~fruit rush
Large grass~leaved rush
Minute ducKweed
Velvety lespedeza
Sco~ch lovage
Green parrot's-feather
CU~-leaved evening-primrose
Virginia false gromwell
Velvet panic grass
Field beadgrass
Slender beadgrass
Seaside plantain
Orange fringed orchis
Yellow milkwort
Pink milkwort
Seabeach knotweed
opelousa smartweed
Swamp smart weed
3
-.-.--
J RARE ELEMEN'!'S WHICH OCCUR OR MAY OCCUR IN THE TOWN OF SOUTHOLD
New York Natural Heritage Program 19 FEE 2003
I GROUP! GLOBAL STATE NY FEDERAL
SCIENTIFIC NAME COMMON NAME RANK RANK STATUS STATUS
119 (cont.lnued )
POPULUS HETEROPHT....LA Swamp cottonwood G5 82 T
I POTAMOGETON PULCHER Spotted pondweed G5 82 T
POTE~7~LLA ANSERlNA SSP EGEDIl 8ilverweed GST4TS 82 T
I RHYNCHOSPORA lNtJ1.F-lATA Drowned horned rush G3G4 82 T
ROTALA RAMOS lOR Tooth - cup G5 82 T
I
RUMEX MARITIMU5 VAR FUEGINU5 Golden dock G5TS 81 E
I SABA7IA STELLARI5 Sea-pink G5? 82 T
SAGINA DECUMBEN5 Small-flowered pearlwort G5 81 E
I SA~ICOP~IA EIGELOVII Owar: glasswort G5Q 52S3 T
SCIRPUS MARITlMU5 Seaside bulrush G5 82 E
I S~LERIA PAUCIFLORA VAR CAROLINIANA Few-:lowered nutrush G5T4'!'5 81 E
I SESL\fIUM MARITIWJM Sea purslane G5 81 E
STROFHOSTYLES UMBELLATA Pink wild bean G5 8H E
I TIPtJ~.IA DISCOLOR Cranefly orchid G4G5 81 E
TRIPSA~JM DACTYLOIDES No:cthern gamma grass G5 82 T
I V:EURNUM DENTATIJM VAR VEN05UM Southern arrowwood GST4TS 82 T
I VITIS VULPINA Winter grape G5 81 E
I *COMMtJNITIES
COASTAL SALT POND Coastal salt pond G4 8152 U
I HIGH SALT MARSH High sal t marsh G4 5384 U
MARINE ROCKY INTERTIDAL ~~rine rocky intertidal G5 5152 U
I MARITIME EEACH Maritime beach G5 85 U
MARITIME DUNES Maritime dunes G4 83 U
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RARE ELEME:t."TS WHlCH OCCUR OR MAY OCCUR IN THE TOWN OF SOUTHOLD
New York Natural Heritage Program 19 FEE 2003
I
GROUP /
SCIENTIFIC NAME
COMMON NAME
GLOBAL
RANK
STATE
RANK
NY
STATUS
FEDERAL
STATUS
.21 \Gont:mued ..)
~ARITIME POST OAK FOREST
Ma~itime post oak forest
G3G4
5253
u
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MARITI~E RED CEDAR FOREST
Maritime red cedar forest
G3G4
51
u
RED Y~PLE-SWEETGUM SWAMP
Red maple-sweetgum swamp
G4GS
5152
u
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-----
privet
honeysuckle
stagger-bush
bayberry
Virginia creeper
multiflora rose
pasture rose
pinkster bloom
azaelea
winged sumac
smooth sumac
staghorn sumac
currant
brambles
common dewberry
greenbriar
carrion flower
nightshade
common nightshade
poison-ivy
maple-leaved viburnum
grape
myrtle
Ligustrum vuLgare
Lonicera sp.
Lyonia mariana
Myrica pensylvanica [pi
Parthenocissus quinquefolia
Rosa multiflora
Rosa sp.
Rhododendron nudiflorum [p]
Rhododendron sp. [p, native only]
Rhus copallina
Rhus glabra
Rhus typhina
Ribes lacustre
Rubus sps.
Rubus flagellaris
Smilax rotundifolia
Smilax herbacea
Solanum dulcamara
Solanum nigrum
Toxicodendron radicans
Viburnum acerifolium
Vitissp.
Vinca minor
Herbs and Groundcovers
yarrow
redtop
garlic mustard
wild onion
bigbluestem grass
little bluestem grass
pigweed
ragweed
dogbane
cress
mugwort
common milkweed
milkweed
asters
wood aster
yellow rocket
mustard
sedge
spotted knapweed
common lamb's quarters
chicory
enchanter's nightshade
thistle
crown vetch
broom
poverty grass
Queen Anne's lace
cypress spurge
common strawberry
avens
Achillia millefolium
Agrostis gigantea
Alliaria petiolata
Allium stellatum
Andropogon gerardii
Andropogon scoparius.
Amaranthus sp.
Ambrosia artemisiifolia
Apocynum maculosa
Arabis sp.
Artemisia vulgaris
Asclepias syrica
Asclepias sp.
Aster sp.
Aster divaricatus
Barbarea vulgaris
Brassica sp.
Carex sp.
Centurea maculosa
Chenopodium album
Cichorium intybus
Circacea quadrisulcata
Cirsium sp.
Coronilla varia
Cytisus scoparius
Danthonia spicata
Daucus carota
Euphorbia cyparissias
Fragaria virginiana
Geum sp.
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ground ivy
woodland sunflower
hawkweed
common St. Johnswort
butter-n-eggs
rye grass
white campion
whorled loosestrife
evening primrose
sensitive fern
sweet cicely
panic grass
common reed
timothy
poke weed
bluegrass
Soloman's seal
plantain
gall-of-the-earth
cinquefoils
common buttercup
hooked buttercup
black-eyed Susan
dock
bouncing bet
goldenrod
false Soloman's seal
common dandelion
clover
common mullein
cow vetch
spring vetch
sweet violet
cocklebur
sp. - Abbreviation for species
[p] - NYS exploitably vulnerable species.
Glechoma hederaceae
Helianthus divaricatus
Hieracium sp.
Hypericum perforatum
Linaria vulgaris
Lolium sp.
Lychnis alba
Lysimachia quadrifolia
Oenethera biennis
Onoclea sensibilis
Osmorhiza claytoni
Panicum sp.
Phramites australis.
Phleum pratense
Phytolacca americana
Poa sp.
Polygonatum biflorum
Plantago sp
Prenathus sp.
Potentilla sp.
Ranunculus aeris
Ranunculus recurvatus
Rudbeckia hirta
Rumex crispus
Saponaria officinalis
Solidago sp.
Smilacina racemosa
Taraxacum officinale
Trifolium sp.
Verbascum thapsus
Vida cracca
Vida satvia
Viola blanda
Xanthium chinense
DECIDUOUS FOREST PLANT SPECIES
Trees
Norway maple
red maple
silver maple
sugar maple
black birch
gray birch
bitternut hickory
mockernut hickory
American chestnut
northern catalpa
flowering dogwood
American beech
holly
Acer platanoides
Acer rub rum
Acer saccharinum
Acer saccharum
Betula lenta
Betula populifolia
Carya cordifarmis
Carya tomentosa
Castanea dentata
Catalpa bignonioides
Cornus f10rida {p J
Fagus grandifolia
!lex opaca {p J
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I black walnut Juglans nigra
sweetgum Liquidambar styraciflua
tulip poplar Liriodendron tulipifera
I bigtooth aspen Populus grandidentata
black cherry Prunus serafina
sweet cherry Prunus avium
I white oak Quercus alba
scarlet oak Quercus coccinea
chestnut oak Quercus montana
northern red oak Quercus rubra
I black oak Quercus velutina
black locust Robinia pseudoacacia
sassafras Sassafras albidum
I eastern hemlock Tsuga canidensis
slippery elm Ulmus rubrai
Shrubs and Vines
I American bittersweet Celastrus scandens {p]
sweetfem Comptonea peregrina
trailing arbutus Epigaea repens{p]
I burningbush Euonymus atropurpureus [pJ
wintercreeper Euonymusfortunei {pi
black huckleberry Gaylussacia baccata
inkberry IIex glabra {p]
I mountain laurel Kalmia latifolia {pi
spicebush Lindera benzoin
honeysuckles Lonica spp.
I northern bayberry Myrica pensylvanica {p]
Virginia creeper Parthenocissus quinquefolia
rhododendron Rhododendron sp. {pi
winged sumac Rhus copallina
I smooth sumac Rhus glabra
staghorn sumac Rhus ryphina
gooseberry Ribes sp.
I multiflora rose Rosa multiflora
wild rose Rosa sp.
brambles Rubus phoenicolasius
common dewberry Rubus flagellaris
I cat briar Smilax glauca
elderberry Sambucus canadensisi
common dewberry Rubus flagellaris
I poison-ivy Toxicodendron radicans
low bush blueberry Vaccinium angustifolium
high bush blueberry Vaccinium corymbosum
grape Vitissp.
I maple-leaved viburnum Viburnum acerifolium
Herbaceous Species
I wild onion Allium stellatum
wild leek Allium tricoccum
wood anemone Anemone quinquefolia
wild sarsaparilla Aralia nudicaulis
I common mugwort Artemisia vulgaris
jack-in-the-pulpit Arisaema triphyllum
aster Aster sp.
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Lad y fern
Pennsylvania sedge
spotted wintergreen
creeping thistle
hay-scented fern
garlic mustard
woodfern
beech drops
wintergreen
wild geranium
tree club moss
club moss
whorled loosestrife
mayflower
Indian cucumber root
Indian pipe
sensitive fern
cinnamon fern
pachysandra
pokeweed
Soloman's seal
Virginia polyploid fern
Christmas fern
hair cap moss
bracken fern
shinleaf
nightshade
false Soloman's seal
goldenrods
New York fern
Virginia knot weed
periwinkle
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sp. - Abbreviation for species
[pJ - NYS exploitably vulnerable species.
Athyriumfilix-femina [pi
Carex pensylvanica
Chimaphila maculata [pi
Cirsium arvense
Dennstaedtia punctilobula
Dentaria sp.
Dryopteris spinulosa[p]
Epifagus virginiana
Gaultheria procumbens [pi
Geranium maculatum
Lycopodium obscurum [pi
Lycopodium sp. [p]
Lysimachia quadrifolia
Maianthemum canadense
M edeola virginiana
Monontropa uniflora
Onoclea sensibilis
Osmunda cinnamomea [pJ
Pachysandra terminalis
Phytolacca americana
Polygonatum biflorum
Polyploidium virginianum[p]
Polystichum acrostichoides [pi
Polytrichium sp.
Pteridium aquilinum
Pyrola sp.
Solanum sp.
Smilacina racemosa
Solidago sp.
Thelypteris novaboracensis [pi
Tovara virginina
Vinca minor
PINE BARRENS PLANT SPECIES
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Tree species
eastern red cedar
pitch pine
white pine
black cherry
white oak
scarlet oak
scrub (bear) oak
mossycup (bur) oak
blackjack oak
pin oak
chestnut oak
northern red oak
post oak
black oak
sassafras
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Juniperus virginiana
Pinus rigida
Pinus strobus
Prunus serotina
Quercus alba
Quercus coccinea
Quercus ilicifolia
Quercus macrocarpa
Quercus marilandia
Quercus palustris
Quercus prinus
Quercus rubra
Quercus stellata
Quercus velutina
Sassafras albidum
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I Shrub species
chokeberry Aronia sp.
a bittersweet Celastrus scandens [pI
meadowsweet Spiraea corymbosa
sweetfern Comptonia peregrina
I black huckleberry Gaylussica baccuta
golden heather Hudsonia ericoides
beach heather H udsonia tomentosa
mountain laurel Kalmia latifolia [pI
I honeysuckle Lonicera sp.
stagger-bush L yonia mariana
northern bayberry Myrica pensylvanica [pI
I virginia creeper Parthenocissus quinquefolia
buckthorn Rhamnus sp.
winged sumac Rhus copallina
smooth sumac Rhus glabra
I brambles Rubus sp.
poison-ivy Toxicodendron radicans
low bush blueberry Vaccinium angustifolium
I highbush blueberry Vaccinium corymbosum
Herbs and Groundcover Species
ragweed Ambrosia artemisiifolia
I little bluestem Andropogonscoparius
big bluestem Andropogon gerardii
bearberry Arctostaphylos uva-ursi
I aster sp. Aster sp.
eastern silvery aster Aster concolor [e I
stiff-leaved aster Aster linariifolius
Pennsylvania sedge Carex pensylvania
I spotted wintergreen Chimaphila maculata [pI
stripped pipsissewa Chimaphila umbellata [pI
ladyslipper Cypripedium sp.
I trailing arbutus Epigaea repens [pI
wintergreen Gaultheria procumbens [pI
orange grass Hypericum gentianoides
pinweed Lechea villosa
I round-headed bush clover Lespedeza capitata
hairy bush clover Lespedeza hirta
trailing bush clover Lespedeza procumbens
I club moss Lycopodium sp. [pI
wild lupine Lupinnus perenis
Indian pipe Monotropa uniflora
cinnamon fern Osmunda cinnamomea [pJ
I panic grass Panicum sp.
bluegrass Poa sp.
Christmas fern Polystichum acrostichoides [pI
I jointweed Polygonella articulata
bracken Pteridium aquilinum
milkwort Polygala nuttallii
hair cap moss Polytrichium sp.
a goldenrod Solidago sp.
Indian grass Sorghastrum nutans
goat's-rue Tephrosia virginiana
I
I
periwinkle
Vinca minor
sp. - Abbreviation for species
[eJ NYS endangered species
[p J NYS exploitably vulnerable protected plant
FRESHWATER WETLAND HABITAT PLANT SPECIES
Trees
red maple
alder
gray birch
pignut hickory
gray dogwood
red osier dogwood
butternut
walnut
mulberry
sour gum
cottonwood
black cherry
choke cherry
white oak
swamp white oak
pin oak
black locust
white willow
peach-leaf willow
pussy willow
gray willow
black willow
sassafras
linden
American elm
Acer rub rum
Alnus serrulata
Betula populifolia
Carya glabra
Camus foemina racemosa
Cornus stolonifera
Juglans cinerea
Juglans nigra
MaTus rubra
Nyssa sylvatica
Populus deltoides
Prunus seratina
Prunus virginiana
Quercus alba
Quercus bicoior
Quercus palustris
Robinia pseudo-acacia
Salix alba
Salix amygdaloides.
Salix discolor
Salix humilis.
Salix nigra
Sassafras albidum
Tiliasp.
Ulnus americana
Shrub and Vines
shadbush
chokeberry
buttonbush
leather-leaf
sweet pepperbush
inkberry
winterberry
fetterbush
spicebush
maleberry
bayberry
Virginia creeper
swamp azalea
currant
multiflora rose
swamp rose
brambles
common elderberry
Amelanchier canadensis
ATonia arbutifolia.
Cephalanthus occidentalis
Chamaedaphne calyculata
Clethra alnifolia
/lex glabra {pi
/lex verticil/ata {pi
Leucothoe racemosa
Lindera benzoin
Lyonia ligustrinan
Myrica pensylvanica {pi
Parthenocissus quinquefolia
Rhododendron viscosum {pi
Ribes lacustre
Rosa mulitflora
Rosa palustris
Rubus sp.
Sambucus canadensis
FAC
OBL
FAC
FACU-
FAC
FACW
FACU+
FACU
FACU
FAC+
FAC
FACU
FACU
FACU-
FACW
FACW
FACU-
FACW
FACU
FACW
FACU
FACW+
FACU-
FACU
FACW-
FAC-
FACW
OBL
OBL
FAC+
FACW-
FACW
FACW
FACW-
FACW
FAC
FACU
OBL
FACW
FACU
OBL
Various FAC
FACW-
I
I common green briar Smilax glauca FACU
catbriar Smilax rotundifolia FAC
bittersweet nightshade Solanum dulcamara FAC-
t meadowsweet Spirea latifolia FAC+
hardhack Spirea tomentosa FACW
poison-ivy Toxicodendron radicans FAC
I highbush blueberry Vaccinum corymbosum FACW-
wild raisin Viburnum cassino ides FACW
arrowwood Viburnum dentatum FAC
grape Vitissp. Various FAC
I Herbaceous Plants
sweet flag Acarus americanus OBL
I big bluestem Andropogon gerardii FAC
Jack-in-the-pulpit Ariasaema triphyllum FACW-
aster Aster sp. Various
bald rush Brasenia schreberi OBL
I bluejoint grass Calamag rotis canadensis FACW
marsh bellflower Campanula aparinoides FACU
bladder sedge Carex intumecens FACW+
I lurid sedge Carex lurida OBL
umbrella sedge Carex strigosus FAC
coontail Ceratophyllum demersum OBL
pink tickseed Coreopsia rosea {rJ FACW
I dodder Cuscuta gronovii nta
moccasin flower Cypripedium acaule[p] FACU
sundew Drosera filiformes[p J OBL
I sundew Drosera intermedia{ p} OBL
sundew Drosera rotundifolia [pI OBL
crested wood fern Dryopteris cristata[p] FACW+
three way sedge Dulichium arundinaceum OBL
I spikerush Eleocharis sp. OBL
waterweed Elodea sp. OBL
pipewort Eriocaulon aquaticum OBL
I cleavers Galium aparine FACU
manna grass Glyceria canadensis OBL
gratiola Gratia/a aurea OBL
Canadian St.John's-wort Hypericum canadense FACW
I jewelweed Impatiens capensis FACW
yellow flag Iris pseudoacorus OBL
blue flag Iris versicolor OBL
I Canada rush Juncus canadensis OBL
soft rush J uncus effusus FACW+
bayonet rush Juncus miUtaris OBL
rushes Juncus sp. Various
I rice cutgrass Leersia oryzoides OBL
duckweed Lemna sp. OBL
tiger lily Lilium canadense [p] FAC+
I club moss Lycopodium sp. OBL
bugleweed Lycopus virginicus OBL
seed box Ludwigia sphaerocarpa [r] OBL
purple loosestrife Lythrum salicaria FACW+
I tufted loosestrife Lythrum thrysiflora OBL
Canada mayflower Maianthemum canadense FAC-*
milfoil Myriophyllum sp. OBL
I
I
I
I
naiad
yellow pond lily
white waterlily
sensitive fern
cinnamon fern
royal fern
arrowleaf
canary grass
timothy
common reed
coolwort
Soloman's seal
water smartweed
nodding smartweed
pink smartweed
pond weed
bald rush
bracken fern
horned rush
water dock
duck potato
pitcher plant
wool grass
common three.square
soft-stem bulrush
hard-stem bulrush
nutrush
skullcap
false Soloman's seal
goldenrod
bur-reed
sphagum moss
skunk cabbage
marsh fern
cattails
bladderwort
large yellow-eyed grass
wild rice
water starwort
Najas flexilis
Nuphar luteum
Nymphaea odorata
Onoclea sensibilis
Osmunda cinnamomea {p ]
Osmunda regalis {pI
Peltandra virginica
Phalaris arundinacea
Phleum pratense
Phragmites austra/is
Pilea pumila
Polygonatum biflorum
Polygonum amphibium
Polygonum lapathifolium
Polygonum pensylvanicum
Potamogeton peifa/tatus
Psiloearya seirpoides{ r I
Pteridium aquilinum
Rhynchospora macrostachya
Rumex orhiculatus
Sagittaria latifolia
Sarracenia purpurea
Scirpus cyperinus.
Scirpus pungens
Scirpus validus
Scirpus acutus
Scferia retieularis {r I
Scutellaria galericulata
Smilacina racemosa
Solidago sp.
Sparganium eurycarpum
Sphagnum sp.
Symplocarpus foetidus {pI
Thelypteris thelypteroides {pI
Typha latifolia
Utricularia sp.
Xyris smalliana
Zizania aquatica
Zostere/la dubia
I
I
I
I
I
I
I
I
I
I
I
I
OBL
FACW
FAC
FACU
{pI -
{eI -
Obligate, always found in wetlands under natural conditions (frequency> 99%)
Facultative Wetland, usually found in wetlands (67% to 99% frequency)
Facultative, sometimes found in wetlands (34% to 66% frequency)
Facultative Upland, seldom found in wetlands (1 % to 33% frequency)
NYS Exploitably Vulnerable Protected Plant
NYS Rare Protected Plant
I
MARITIME! INTERTIDAL HABITAT PLANT SPECIES
I
salt marsh gerardia
water hemp
shadbush
American beach grass
bearberry
Agalinus maritima
Amaranthus cannabinus
Amelanchier canadensis
Ammophila breviligulata
Arctostaphylos uva-ursi
I
I
I
OBL
OBL
OBL
FACW
FACW
OBL
OBL
FACW+
FACU
FACW
FACW
FACU
OBL
FACW+
FACW
OBL
OBL
FACU
OBL
OBL
OBL
OBL
FACW+
FACW+
OBL
OBL
OBL
OBL
FAC-
Various
OBL
NI
OBL
FACW+
OBL
OBL
OBL
OBL
OBL
FACW+
OBL
FAC
FACU-
NI
I
I dusty miller Anemisia stelleriana FACU
salt marsh aster Aster tenuifolius FACW
seabeach orache Atriplex arenaria FAC-
t saltbush Atriplex patula FACW
groundsel-bush Baccharis halimifolia FACW
sea rocket Cakile edentula FACU
I sedge Carex si/icea NI
sand bur Cennchrus tribuloides NI
seaside spurge Chamaesyce polygonifolia NI
spike grass Distichlis spicala FACW+
I black huckleberry Gaylussacia baccala FACU
swamp rose-mallow Hibiscus moscheutos OBL
seabeach sand wort Honkenya peploides NI
I beach heather Hudsonia tomentosa NI
American holl y /lex opaca FACU+
salt marsh elder Iva fruescens FACW+
black grass Juncus gerardii FACW+
I red cedar Juniperus virginiana FACU
beach pea Lathyrus japonicus FACU-
sea lavender Limonium carolinianum OBL
I bayberry Myrica pensylvanica [pi FAC
prickly pear Opuntia humifusa [pi NI
short dune grass Panicum amarum FACU-
switchgrass Panicum virgatum FAC
I common reed Phragmites australis OBL
salt marsh plantain Plantago maritima junco ides FACU
marsh fleabane Pluchea odorata OBL
I seabeach knotweed Polygonum glaucum FACU
beach plum Prunus maritima NI
black cherry Prunus seratina FACU
shining sumac Rhus coppallinum Nl
I pasture rose Rosa carolina NI
multiflora rose Rosa multiflora FACU
sand rose Rosa rugosa FACU-
a widgeon grass Ruppia maritima OBL
slender glasswort Salicomia europaea OBL
Virginia glasswort Salicornia virginica OBL
salt marsh bulrush Scirpus robustus OBL
I soft stemmed bulrush Scirpus validus OBL
seaside goldenrod Solidago sempervirens FACW
cordgrass Spartina alterniflora OBL
I salt meadow grass Sparlina patens FACW+
slough grass Spartina pectinata OBL
salt marsh sand spurry Spergularia marina OBL
lesser seabight Suaeda maritima OBL
I poison-ivy Toxicodendron radicans FAC
arrow grass Triglochin maritimum OBL
blueberry Vaccinium corymbosum FACW
I cocklebur Xanthium echinatum NI
OBL Obligate, always found in wetlands under natural conditions (frequency> 99%)
FACW Facultative Wetland, usually found in wetlands (67% to 99% frequency)
I FAC Facultative, sometimes found in wetlands (34% to 66% frequency)
FACU Facultative Upland, seldom found in wetlands (1 % to 33% frequency)
[pI - NYS Exploitably Vulnerable Protected Plant
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Southold Comprehensive Implementation Strategy
Draft Generic ElS
Appendix C-3
Wildlife Species Lists
I
I Snowy Egret' Egretta thula MBTA PB
Little Blue Heron' Egretta caerulea MBTA PB
I Tricolored Heron Egretta tricolor MBTA PB
Cattle Egret' Bubulcus ibis MBTA PB
Green Heron' Butorides virescens MBTA PB
Black-crowned Night-Heron' Nycticorax nycticorax MBTA PB
I Yellow-crowned Night-Heron'Nyctanassa violacea MBTA PB
Ibises
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Glossy Ibis' Plegadis falcinellus MBTA PB
I Vultures
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Black Vulture Coragyps atratus MBTA PB
I Turkey Vulture Cathartes aura MBTA PB
Swans. Geese. and Ducks
, COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Snow Goose Chen caerulescens MBTA PB-GS
Canada Goose' Branta canadensis MBTA PB-GS
I Brant Branta bernicla MBTA PB-GS
Mute Swan' Cygnus olor Un PB-GN
Trumpeter Swan Cygnus buccinator MBTA PB-GN
I Tundra Swan Cygnus colurnbianus MBTA PB-GN
Wood Duck' Aix sponsa MBTA PB-GS
Gadwall' Anas strepera MBTA PB-GS
Eurasian Wigeon Anas penelope MBT A-CA3 PB-GS
I American Wigeon Anas americana MBTA PB-GS
American Black Duck' Anas rubripes MBTA PB-GS
Mallard' Anas platyrhynchos MBTA PB-GS
I Blue-winged Teal' Anas discors MBTA PB-GS
Northern Shoveler Anas clypeata MBT A-CA3 PB-GS
Northern Pintail Anas acuta MBTA-CA3 PBGS
I Green-winged Teal' Anas crecca MBTA-CA3 PB-GS
Canvasback Aythya valisineria MBTA PB-GS
Redhead Aythya americana MBTA PB-GS
I Ring-necked Duck Aythya collaris MBTA PB-GS
Greater Scaup Aythya marila MBTA PB-GS
Lesser Scaup Aythya affinis MBTA PB-GS
I King Eider Somateria spectabilis MBTA PB-GS
Common Eider Somateria mollissima MBTA PB-GS
Harlequin Duck Histrionicus histrionicus MBTA PB-GN
Surf Scoter Melanitta perspicillata MBTA PB-GS
I White-winged Scoter Melanitta fusca MBTA PB-GS
Black Scoter Melanitta nigra MBTA PB-GS
Long-tailed Duck Clangula hyemalis MBTA PB-GS
I Bufflehead Bucephala albeola MBTA PB-GS
Common Goldeneye Bucephala clangula MBTA PB-GS
Barrow's Goldeneye Bucephala islandica MBTA PB-GS
I Hooded Merganser Lophodytes cucullatus MBTA PB-GS
I
---- ----
I
I Common Merganser Mergus merganser MBTA PB-GS
Red-breasted Merganser* Mergus serrator MBTA PB-GS
I Ruddy Duck Oxyura jamaicensis MBTA PB-GS
Osprey, Eaales, and Hawks
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Osprey* Pandion haliaetus MBT A-CA2 PB-SC
Bald Eagle Haliaeetus leucocephalus MBTA-T-CA1 PB-T
Northern Harrier* Circus cyaneus MBTA-CA2 PB-T
I Sharp-shinned Hawk Accipiter striatus MBT A-CA2 PB-SC
Cooper's Hawk Accipiter cooperii MBT A-CA2 PB-SC
Northern Goshawk Accipiter gent/lis MBTA-CA2 PB-SC
I Red-shouldered Hawk Buteo Iineatus MBT A-CA2 PB-SC
Broad-winged Hawk* Buteo platypterus MBT A-CA2 PB
Red-tailed Hawk* Buteo jamaicensis MBT A-CA2 PB
I Rough-legged Hawk Buteo lagopus MBTA-CA2 PB
Golden Eagle Aquila chrysaetos MBTA-CA2 PB-E
Falcons
. COMMON NAME SCIENTIFIC NAME FEDERAL STATE
American Kestrel* Falco sparverius MBTA-CA2 PB
Merlin Falco columbarius MBTA-CA2 PB
I Peregrine Falcon Falco peregrinus MBT A-CA 1 PB-E
Gallinaceous Birds
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Gray Partridge Perdix perdix Un PB-GN
Ring-necked Pheasant* Phasianus colchicus Un PB-GS
I Ruffed Grouse Bonasa umbel/us Un PB-GS
Spruce Grouse Falcipennis canadensis Un PB-GN-E
Wild Turkey* Meleagris gal/opavo Un PB-GS
I Northern Bobwhite* Colinus virginianus Un PB-GS
Rails
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
. Yellow Rail Cotumicops noveboracensis MBT A PB-GN
Black Rail Lateral/us jamaicensis MBTA PB-GN-E
Clapper Rail* Ral/us longirostris MBTA PB-GN
I King Rail Ral/us elegans MBTA PB-GN-T
Virginia Rail* Ral/us Iimicola MBTA PB-GS
Sora Porzana carolina MBTA PB-GS
I Purple Gallinule Porphyrula martinica MBTA PB-GS
Common Moorhen Gallinula chloropus MBTA PB-GS
American Coot Fulica americana MBTA PB-GS
I Plovers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Black-bellied Plover Pluvialis squatarola MBTA PB-GN
I American Golden-Plover Pluvialis dominica MBTA PB-GN
Semipalmated Plover Charadrius semipalmatus MBTA PB-GN
Piping Plover* Charadrius melodus MBTA-Eff PB-GN-E
I Killdeer* Charadrius vociferus MBTA PB-GN
I
-
I
I Ovstercatchers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I American Oystercatcher* Haematopus palliatus MBTA PB-GN
Sandpipers. Phalaropes and Other Shorebirds
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Greater Yellowlegs Tringa melanoleuca MBTA PB-GN
Lesser Yellowlegs Tringa f1avipes MBTA PB-GN
Solitary Sandpiper Tringa solitaria MBTA PB-GN
I Willet* Catoptrophorus semipalmatus MBTA PB-GN
Spotted Sandpiper* Actitis macularia MBTA PB-GN
Upland Sandpiper Bartramia longicauda MBTA PB-GN-T
I Whimbrel Numenius phaeopus MBTA PB-GN
Hudsonian Godwit Limosa haemastica MBTA PB-GN
Marbled Godwit Limosa fedoa MBTA PB-GN
I Ruddy Turnstone Arenaria interpres MBTA PB-GN
Red Knot Calidris canutus MBTA PB-GN
Sanderling Calidris alba MBTA PB-GN
I Semipalmated Sandpiper Calidris pusilla MBTA PB-GN
Western Sandpiper Calidris mauri MBTA PB-GN
Least Sandpiper Calidris minutilla MBTA PB-GN
White-rumped Sandpiper Calidris fuscicollis MBTA PB-GN
I Baird's Sandpiper Calidris bairdii MBTA PB-GN
Pectoral Sandpiper Calidris melanotos MBTA PB-GN
Purple Sandpiper Calidris maritima MBTA PB-GN
I Dunlin Calidris alpina MBTA PB-GN
Stilt Sandpiper Calidris himantopus MBTA PB-GN
Buff -breasted Sandpiper Tryngites subruficollis MBTA PB-GN
I Ruff Philomachus pugnax MBTA PB-GN
Short-billed Dowitcher Limnodromus griseus MBTA PB-GN
Long-billed Dowitcher Limnodromus scolopaceus MBTA PB-GN
I Common Snipe Gallinago gallinago MBTA PB-GS
American Woodcock* Scolopax minor MBTA PB-GS
Wilson's Phalarope Phalaropus tricolor MBTA PB-GN
I Red-necked Phalarope Phalaropus lobatus MBTA PB-GN
Red Phalarope Phalaropus fulicaria MBTA PB-GN
I Jaeaers. Gulls. and Terns
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Pomarine Jaeger Stercorarius pomarinus MBTA PB
Parasitic Jaeger Stercorarius parasiticus MBTA PB
. Laughing Gull Larus atricilla MBTA PB
Franklin's Gull Larus pipixcan MBTA PB
Little Gull Larus minutus MBTA PB
I Black-headed Gull Larus ridibundus MBTA PB
Bonaparte's Gull Larus philadelphia MBTA PB
Ring-billed Gull Larus delawarensis MBTA PB
I Herring Gull* Larus argentatus MBTA PB
Thayer's Gull Larus thayeri MBTA PB
Iceland Gull Larus glaucoides MBTA PB
I Lesser Black-backed Gull Larus fuscus MBTA PB
I
I
I Glaucous Gull Larus hyperboreus MBTA PB
Great Black-backed Gull' Larus marinus MBTA PB
I Black-legged Kittiwake Rissa tridactyla MBTA PB
Gull-billed Tern Sterna nilotiea MBTA PB
Caspian Tern Sterna easpia MBTA PB
Royal Tern Sterna maxima MBTA PB
I Sandwich Tern Sterna sandvicensis MBTA PB
Roseate Tern' Sterna dougal/Ii MBTA-E PB-E
Common Tern' Sterna hirundo MBTA PB-T
I Forster's Tern Sterna forsteri MBTA PB
Least Tern' Sterna antil/arum MBTA PB-T
Black Tern Chlidonias niger MBTA PB-E
I Black Skimmer' Rynchops niger MBTA PB-SC
Auks. Murres and Puffins
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Dovekie AI/eal/e MBTA PB
Razorbill Alca torda MBTA PB
I Doves and Piaeons
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Rock Dove' Columba livia Un-CA3 Un
Mourning Dove' Zenaida macroura MBTA PB
I Parrots
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Monk Parakeet Myiopsitta monachus Un-CA2 Un
. Cuckoos
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Black-billed Cuckoo' Coccyzus erythropthalmus MBTA PB
I Yellow-billed Cuckoo' Coeeyzus amerieanus MBTA PB
Owls
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Barn Owl' Tyto alba MBT A-CA2 PB
Eastern Screech-Owl' Otus asio MBTA-CA2 PB
I Great Horned Owl' Bubo virginianus MBT A-CA2 PB
Snowy Owl Nyetea seandiaca MBTA-CA2 PB
Barred Owl' Strix varia MBT A-CA2 PB
I Long-eared Owl Asio otus MBT A-CA2 PB
Short-eared Owl Asio f1ammeus MBTA-CA2 PB-E
Northern Saw-whet Owl Aegolius aeadieus MBTA-CA2 PB
I Goatsuckers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Common Nighthawk' Chordeiles minor MBTA PB-SC
I Chuck-will's-widow Caprimulgus earolinensis MBTA PB
Whip-poor-will' Caprimulgus voeiferus MBTA PB-SC
I
I
I
I Swifts
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Chimney Swift- Chaetura pelagica MBTA PB
I
Humminabirds
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Ruby-throated Hummingbird- Archi/ochus colubris MBTA-CA2 PB
I Kinafishers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Belted Kingfisher- Ceryle alcyon MBTA PB
I Woodpeckers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Red-headed Woodpecker- Melanerpes erythrocephalus MBT A PB-SC
I Red-bellied Woodpecker- Melanerpes carolinus MBTA PB
Yellow-bellied Sapsucker Sphyrapicus varius MBTA PB
Downy Woodpecker- Picoides pubescens MBTA PB
I Hairy Woodpecker- Pieoides vil/osus MBTA PB
Three-toed Woodpecker Pieoides tridactylus MBTA PB
Black-backed Woodpecker Pieoides arctieus MBTA PB
I Northern Flicker- Colaptes auratus MBTA PB
Pileated Woodpecker Dryoeopus pi/eatus MBTA PB
I Flvcatchers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Olive-sided Flycatcher Contopus cooperi MBTA PB
Eastern Wood-Pewee- Contopus virens MBTA PB
I Yellow-bellied Flycatcher Empidonax f1aviventris MBTA PB
Acadian Flycatcher- Empidonax virescens MBTA PB
Alder Flycatcher- Empidonax alnorum MBTA PB
I Willow Flycatcher- Empidonax traillii MBTA PB
Least Flycatcher Empidonax minimus MBTA PB
Eastern Phoebe- Sayornis phoebe MBTA PB
I Great Crested Flycatcher- Myiarehus erinitus MBTA PB
Western Kingbird Tyrannus verticalis MBTA PB
Eastern Kingbird Tyrannus tyrannus MBTA PB
I Shrikes
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Loggerhead Shrike Lanius ludovicianus MBTA PB-E
Northern Shrike Lanius excubitor MBTA PB
I Vireos
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
White-eyed Vireo- Vireo griseus MBTA PB
Yellow-throated Vireo- Vireo f1avifrons MBTA PB
I Blue-headed Vireo Vireo solitarius MBTA PB
Warbling Vireo- Vireo gi/vus MBTA PB
Philadelphia Vireo Vireo phi/adelphicus MBTA PB
I Red-eyed Vireo- Vireo olivaeeus MBTA PB
I
I
I Javs. Crows. and Ravens
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Gray Jay Perisoreus canadensis MBTA PB-GN
I Blue Jay' Cyanoeitta eristata MBTA PB-GN
American Crow' Corvus braehyrhynchos MBTA PB-GS
Fish Crow' Corvus ossifragus MBTA PB-GS
I Common Raven Corvus corax MBTA PB-GN
Larks
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Horned Lark' remophila alpestris MBTA PB-SC
I Swallows
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Purple Martin' Progne subis MBTA PB
I Tree Swallow' Tachyeineta bicolor MBTA PB
N. Rough-winged Swallow' Stelgidopteryx serripennis MBTA PB
Bank Swallow' Riparia riparia MBTA PB
I Cliff Swallow Petrochelidon pyrrhonota MBTA PB
Barn Swallow' Hirundo rustiea MBTA PB
I Chickadees and Titmice
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Black-capped Chickadee' Poecile atrieapilla MBTA PB
Boreal Chickadee Poecile hudsonica MBTA PB
I Tufted Titmouse' Baeolophus bieolor MBTA PB
I Nuthatches and Creeoers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Red-breasted Nuthatch' Sitta Canadensis MBTA PB
White-breasted Nuthatch' Sitta carolinensis MBTA PB
I Creeoers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Brown Creeper' Certhia amerieana MBTA PB
Wrens
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Carolina Wren' Thryothorus ludovicianus MBTA PB
House Wren' Troglodytes aedon MBTA PB
I Winter Wren Troglodytes troglodytes MBTA PB
Sedge Wren Cistothorus platensis MBTA PB-T
Marsh Wren Cistothorus palustris MBTA PB
I Kinalets
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Golden-crowned Kinglet Regulus satrapa MBTA PB
I Ruby-crowned Kinglet Regulus calendula MBTA PB
I
I
------------
I
I Gnatcatchers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Blue-gray Gnatcatcher' Polioptila caerulea MBTA PB
I
Thrushes
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Eastern Bluebird Sialia sialis MBTA PB
Veery> Catharus fuscescens MBTA PB
Gray-cheeked Thrush Catharus minimus MBTA PB
I Bicknell's Thrush Catharus bicknelli MSTA PB-SC
Swainson's Thrush Catharus ustulatus MBTA PB
Hermit Thrush Catharus guttatus MBTA PB
I Wood Thrush> Hylocichla mustelina MBTA PB
American Robin' Turdus migratorius MBTA PB
I MockinQbirds and Thrashers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Gray Catbird' DumeteJ/a carolinensis MBTA PB
I Northern Mockingbird' Mimus polyglottos MBTA PB
Brown Thrasher> Toxostoma rufum MBTA PB
I StarlinQs
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
European Starling> Sturnus vulgaris Un Un
I Pipits
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
American Pipit Anthus rubescens MBTA PB
I
WaxwinQs
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Bohemian Waxwing Bombycilla garrulus MBTA PB
Cedar Waxwing> Bombycilla cedrorurn MBTA PB
I Warblers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Blue-winged Warbler' Vermivora pinus MBTA PB
I Golden-winged Warbler Vermivora chrysoptera MBTA PB-SC
Tennessee Warbler Vermivora peregrina MBTA PB
Orange-crowned Warbler Vermivora celata MBTA PB
I Nashville Warbler Vermivora ruficapilla MBTA PB
Northern Parula Parula americana MBTA PB
Yellow Warbler' Dendroica petechia MBTA PB
I Chestnut-sided Warbler' Dendroica pensylvanica MBTA PB
Magnolia Warbler Dendroica magnolia MBTA PB
Cape May Warbler Dendroica tigrina MBTA PB
I Black-throated Blue Warbler Dendroica caerulescens MBTA PB
Yellow-rumped Warbler Dendroica coronata MBTA PB
Black-throated Green Warbler Dendroica virens MBTA PB
Blackburnian Warbler Dendroica Fusca MBTA PB
I Yellow-throated Warbler Dendroica dominica MBTA PB
I
--------
I
I Pine Warbler Dendroica pinus MBTA PB
Prairie Warbler' Dendroica discolor MBTA PB
I Palm Warbler Dendroica palmarum MBTA PB
Bay-breasted Warbler Dendroica castanea MBTA PB
Blackpoll Warbler Dendroica striata MBTA PB
Cerulean Warbler Dendroica cerulea MBTA PB-SC
I Black-and-white Warbler' Mniotilta varia MBTA PB
American Redstart' Setophaga ruticilla MBTA PB
Prothonotary Warbler Protonotaria citrea MBTA PB
I Worm-eating Warbler Helmitheros vermivorus MBTA PB
Ovenbird' Seiurus aurocapillus MBTA PB
Northern Waterthrush Seiurus noveboracensis MBTA PB
I Louisiana Waterthrush Seiurus motacilla MBTA PB
Kentucky Warbler Oporornis formosus MBTA PB
Connecticut Warbler Oporornis agilis MBTA PB
I Mourning Warbler Oporornis phi/adelphia MBTA PB
Common Yellowthroat' Geothlypis trichas MBTA PB
Hooded Warbler' Wi/sonia citrina MBTA PB
I Wilson's Warbler Wi/sonia pusi/la MBTA PB
Canada Warbler Wi/sonia canadensis MBTA PB
Yellow-breasted Chat' Icteria virens MBTA PB-SC
I Tanaaers
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Summer Tanager Piranga rubra MBTA PB
I Scarlet Tanager' Piranga olivacea MBTA PB
I Sparrows
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Eastern Towhee' Pipi/o erythrophthalmus MBTA PB
American Tree Sparrow Spizella arborea MBTA PB
I Chipping Sparrow' Spizella passerina MBTA PB
Clay-colored Sparrow Spizella pal/ida MBTA PB
Field Sparrow' Spizella pusilla MBTA PB
I Vesper Sparrow' Pooecetes gramineus MBTA PB-SC
Lark Sparrow Chondestes grammacus MBTA PB
Savannah Sparrow' Passerculus sandwichensis MBTA PB
I Grasshopper Sparrow' Ammodramus savannarum MBTA PB-SC
Henslow's Sparrow Ammodramus henslowii MBTA PB-T
Nelson's Sharp-tailed Sparrow Ammodramus nelsoni MBTA PB
I Saltmarsh Sharp-tailed Sparrow' Ammodramus caudacutus MBTA PB
Seaside Sparrow' Ammodramus maritimus MBTA PB-SC
Fox Sparrow Passerella iliaca MBTA PB
Song Sparrow' Melospiza melodia MBTA PB
I Lincoln's Sparrow Melospiza lincolnii MBTA PB
Swamp Sparrow' Melospiza georgiana MBTA PB
White-throated Sparrow' Zonotrichia albicollis MBTA PB
I White-crowned Sparrow Zonotrichia leucophrys MBTA PB
Dark-eyed Junco Junco hyemalis MBTA PB
Lapland Longspur Calcarius lapponicus MBTA PB
I Snow Bunting Plectrophenax nivalis MBTA PB
I
---.---- --
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Grosbeaks and Buntinqs
COMMON NAME SCIENTIFIC NAME
Northern Cardinal' Cardinalis cardinalis
Rose-breasted Grosbeak' Pheucticus ludovicianus
Blue Grosbeak Guiraca caerulea
Indigo Bunting' Passerina cyanea
Dickcissel Spiza americana
Blackbirds and Orioles
COMMON NAME
Bobolink
Red-winged Blackbird*
Eastern Meadowlark*
Western Meadowlark
Rusty Blackbird
Brewer's Blackbird
Common Grackle*
Boat-tailed Grackle
Brown-headed Cowbird'
Orchard Oriole*
Baltimore Oriole*
Finches
COMMON NAME
Pine Grosbeak
Purple Finch*
House Finch*
Red Crossbill
White-winged Crossbill
Common Redpoll
Pine Siskin
American Goldfinch*
Evening Grosbeak
European Sparrows
COMMON NAME
House Sparrow*
FEDERAL
MBTA
MBTA
MBTA
MBTA
MBTA
SCIENTIFIC NAME FEDERAL
Dolichonyx oryzivorus MBTA
Agelaius phoeniceus MBTA
Sturnella magna MBTA
Sturnella neg/ecta MBT A
Euphagus carolinus MBTA
Euphagus cyanocephalus MBTA
Quisca/us quiscula MBT A
Quisca/us major MBT A
Mo~~rusarer MBTA
Icterus spurius MBTA
Icterus ga/bula MBTA
SCIENTIFIC NAME FEDERAL
Pinicola enuc/eator MBT A
Carpodacus purpureus MBTA
Carpodacus mexican us MBT A
Loxia curvirostra MBT A
Loxia leucoptera MBT A
Carduelis f1ammea MBT A
Carduelis pinus MBT A
Carduelis tristis MBT A
Coccothraustes vespertinus MBT A
SCIENTIFIC NAME
Passer domesticus
FEDERAL
Un
E = Endangered MBTA = Migratory Bird Treaty Act
T = Threatened Un = Unprotected
SC = Special Concern SR = Special Regulations
MMPA = Marine Mammal Protection Act
PB = Protected Bird
GS = Game (Season Set)
GN = Game (No Season)
STATE
PB
PB
PB
PB
PB
STATE
PB
PB
PB
PB
PB
PB
PB
PB
PB
PB
PB
STATE
PB
PB
PB
PB
PB
PB
PB
PB
PB
STATE
Un
CA 1 = CITES Appendix 1
CA2 = CITES Appendix 2
CA3 = CITES Appendix 3
I
I CHECKLIST OF AMPHIBIANS, REPTILES, BIRDS AND MAMMALS OF
NEW YORK STATE (NYSDEC, 2001)
I MAMMALS
/rspecies that are not abundant, uncommon or do not occur or on Long Island
I Marsupials
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Virginia Opossum Didelphis virginiana Un GS
Shrews and Moles
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Masked Shrew Sorex einereus Un Un
Water Shrew' Sorex palustris Un Un
Smoky Shrew' Sorex fumeus Un Un
I Long-tailed Shrew' Sorex dispar Un Un
Pygmy Shrew' Sorex hoyi Un Un
Northern Short-tailed Shrew Blarina brevieauda Un Un
I Least Shrew' Cryptotis parva Un Un
Hairy-tailed Mole' Parasealops breweri Un Un
Eastern Mole Sea/opus aquatieus Un Un
I Star-nosed Mole Condylura eristata Un Un
Bats
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Little Brown Bat Myotis lueifugus Un Un
Keen's Bat Myotis septentrionalis Un Un
I Indiana Bat' Myotis sodalis E E
Small-footed Bat' Myotis leibii Un Un-SC
Silver-haired Bat Lasionyeteris noetivagans Un Un
I Eastern Pipistrelle Pipistrellus subflavus Un Un
Big Brown Bat Eptesieus fuseus Un Un
Red Bat Lasiurus borealis Un Un
Hoary Bat Lasiurus einereus Un Un
I
Can ids
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Coyote' Canis latrans Un GS
Red Fox Vulpes vulpes Un GS
Gray Fox Uroeyon einereoargenteus Un GS
I Bear
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Black Bear' Ursus amerieanus Un-CA2 GS
Raccoon
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Raccoon Procyon lotor Un GS
I
I
---.----
I
I
Mustelids
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Marten- Martes americana Un GS
Fisher- Martes pennanti Un GS
I Ermine- Mustela erminea Un GS
Long-tailed Weasel Mustela frenata Un GS
Mink Mustela vison Un GS
I Striped Skunk Mephitis mephitis Un GS
River Otter Lontra canadensis Un-CA2 GS
I Felids
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Bobcat- Lynx rufus Un-CA2 GS
I Marine Mammals
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I Harbor Seal Phoca vitulina MMPA SR
Harp Seal Phoca groenlandica MMPA Un
Gray Seal Halichoerus grypus MMPA Un
Hooded Seal Cystophora cristata MMPA Un
I Saddleback Dolphin Delphinus delphis MMPA-CA2 Un
Spotted Dolphin Stenella plagiodon MMPA-CA2 Un
Striped Dolphin Stenella coeruleoalba MMPA-CA2 Un
I Bottlenosed Dolphin Tursiops truncatus MMPA-CA2 Un
Grampus (Rissols Dolphin) Grampus griseus MMPA-CA2 Un
White-beaked Dolphin Lagenorhynchus albirostris MMPA-CA2 Un
I Atlantic White-sided Dolphin Lagenorhynchusacutus MMPA-CA2 Un
Atlantic Pilot Whale Globicephala melaena MMPA-CA2 Un
Harbor Porpoise Phocoena phocoena MMPA-CA2 Un-SC
I Sperm Whale Physeter catodon MMPA-E-CA1 E
Pygmy Sperm Whale Kogia breviceps MMPA-CA2 Un
Fin Whale Balaenoptera physalus MMPA-E-CA1 E
I Sei Whale Balaenoptera borealis MMPA-E-CA1 E
Minke Whale Balaenoptera acutorostrata MMPA-CA1 Un
Humpback Whale Megaptera novaeangliae MMPA-E-CA1 E
Right Whale Eubalaena glacialis MMPA-E-CA1 E
I
Unqulates
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
I White-tailed Deer Odocoileus virginianus Un GS
Moose- Alces alces Un GN
I Rodents
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Eastern Chipmunk Tamias striatus Un Un
I Woodchuck Marmota monax Un Un
Gray Squirrel Sciurus carolinensis Un GS
Fox Squirrel- Sciurus niger Un GS
I Red Squirrel- Tamiasciurus hudsonicus Un Un
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Southern Flying Squirrel
Northern Flying Squirrel*
Beaver*
Deer Mouse*
White-footed Mouse
Alleghany Woodrat*
Southern Red-backed Vole*
Meadow Vole
Rock Vole*
Pine Vole
Muskrat
Southern Bog Lernming*
Black Rat
Norway Rat
House Mouse
Meadow Jumping Mouse
Woodland Jumping Mouse*
Porcupine*
Rabbits and Hares
COMMON NAME
Eastern Cottontail
New England Cottontail
Varying Hare*
Glaucomys volans
Glaucomys sabrinus
Castor canadensis
peromyscus maniculatus
Peromyscus leucopus
Neotoma magister
Clethrionomys gapperi
Microtus pennsylvanicus
Microtus chrotorrhinus
Pitymys pinetorum
Ondatra zibethicus
Synaptomys cooperi
Rattus rattus
Rattus norvegicus
Mus musculus
Zapus hudsonius
Napaeozapus insignis
Erethizon dorsatum
SCIENTIFIC NAME
Sylvilagus floridanus
Sylvilagus transitionalis
Lepus americanus
E = Endangered MBTA = Migratory Bird Treaty Act
T = Threatened Un = Unprotected
se = Special Concern SR = Special Regulations
MMPA = Marine Mammal Protection Act
PB = Protected Bird
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
FEDERAL
Un
Un
Un
GS = Game (Season Set)
GN = Game (No Season)
Un
Un
GS
Un
Un
E
Un
Un
Un
Un
GS
Un
Un
Un
Un
Un
Un
Un
STATE
GS
GS-SC
GS
CA 1 = CITES Appendix 1
CA2 = CITES Appendix 2
CA3 = CITES Appendix 3
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
CHECKLIST OF AMPHIBIANS, REPTILES, BIRDS AND MAMMALS OF
NEW YORK STATE (NYSDEC, 2001)
AMPHIBIANS
'species that are not abundant, uncommon or do not occur or on Long Island
Hellbender. Mudpuppv and Salamanders
COMMON NAME SCIENTIFIC NAME
'Hellbender Cryptobranchus alleganiensis
'Common Mudpuppy Necturus maculosus
Marbled Salamander Ambystoma opacum
'Jefferson Salamander Ambystoma jeffersonianum
Blue-spotted Salamander Ambystoma laterale
Spotted Salamander Ambystoma maculatum
Eastern Tiger Salamander Ambystoma t/grinum
Red-spotted Newt Notophthalmus viridescens
'Northern Dusky Salamander Desmognathus tuscus
* Allegheny Mtn Dusky Salamander Desmognathus ochrophaeus
Eastern Red-backed Salamander Plethodon cinereus
*Northern Slimy Salamander Plethodon glut/nasus
*Wehrle's Salamander Plethodon wehrlei
Four-toed Salamander Hemidactylium scutatum
*Northern Spring Salamander Gyrinophilus porphyriticus
*Northern Red Salamander Pseudotriton ruber
Northern Two-lined Salamander Eurycea bislineata
*Long-tailed Salamander Eurycea longicauda
FEDERAL
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Toads and Froas
COMMON NAME
Eastern Spadefoot
*Eastern American Toad
Fowler's Toad
*Eastern (Northern) Cricket Frog
Gray Treefrag
Spring Peeper
*Western Chorus Frog
American Bullfrog
Northern Green Frog
*Mink Frog
Wood Frog
Northern Leopard Frag
Southern Leopard Frog
Pickerel Frog
SCIENTIFIC NAME
Scaphiopus holbrookii
Buto americanus
Buto woodhousii
Acris crepitans
Hyla versicolor
Pseudacris cruciter
Pseudacris triseriata
Rana catesbeiana
Rana clamitans
Rana septentrionalis
Rana sylvatica
Rana pipiens
Rana sphenocephala
Rana palustris
FEDERAL
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
STATE
GS-SC
GS
GS
GN-E
GS
GS
GS
GS
GS
GS
GS
GS
GS-SC
GS
E == Endangered MBT A == Migratory Bird Treaty Act
T = Threatened Un == Unprotected
SC = Special Concern SA = Special Regulations
MMPA == Marine Mammal Protection Act
PB == Protected Bird
CA 1 = CITES Appendix 1
CA2 = CITES Appendix 2
CA3 = CITES Appendix 3
GS == Game (Season Set)
GN == Game (No Season)
STATE
Un-SC
Un
Un-SC
Un-SC
Un-SC
Un
E
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un-SC
I
I REPTILES
I Turtles
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Snapping Turtle Chelydra serpentina Un Un
I Common Musk Turtle Sternotherus odoratus Un Un
Eastern Mud Turtle Kinosternon subrubrum Un E
Spotted Turtle Clemmys guttata Un Un-SC
I 'Bog Turtle Clemmys muhlenbergii T-CA1 GN-E
'Wood Turtle Clemmys insculpta Un-CA2 GN-SC
Eastern Box Turtle T errapene carolina Un GN-SC
I N. Diamond-backed Terrapin Ma/aclemys terrapin Un SR
'Northern Map Turtle Graptemys geographica Un Un
Red-eared Slider Trachemys scripta Un Un
Painted Turtle Chrysemys picta Un Un
I 'Blanding's Turtle Emydoidea blandingii Un T
Sea Turtles
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Common Green Seaturtle Chelonia mydas T-CA1 T
Loggerhead Seaturtle Caretta caretta T-CA1 T
I Kemp's Ridley Seaturtle Lepidochelys kempii E-CA 1 E
Softshell Turtles
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
'Eastern Spiny Softshell Apalone spinitera Un Un-SC
I Lizards
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
'Northern Fence Lizard Sceloporus undulates Un T
Italian Wall Lizard Podarcis sicula Un Un
I 'Common Five-lined Skink Eumeces tasciatus Un Un
'Northern Coal Skink Eumeces anthracinus Un Un
I Snakes
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Common Watersnake Nerodia sipedon Un Un
I 'Queen Snake Regina septemvittata Un E
Northern Brownsnake Storeria dekayi Un Un
'Northern Redbelly Snake Storeria occiptomaculata Un Un
I Eastern Gartersnake Thamnophis sirtalis Un Un
'Shorthead Gartersnake Thamnophis brachystoma Un Un
Common Ribbonsnake Thamnophis sauritus Un Un
I Eastern Hog-nosed Snake Heterodon platirhinos Un Un-SC
Northern Ring-necked Snake Diadophis punctatus Un Un
Eastern Worm Snake Carphophis amoenus Un Un-SC
Northern Black Racer Coluberconstrictor Un Un
I Smooth Greensnake Opheodrys vernalis Un Un
'Black Ratsnake Elaphe obsoleta Un Un
Eastern Milk Snake Lampropeltis triangulum Un Un
I
I
I
I
'Northern Copperhead
'Eastern Massasauga
'Timber Rattlesnake
Agkistrodon contortrix
Sistrurus catenatus
Crotalus horridus
I
I
E = Endangered MBTA = Migratory Bird Treaty Act
T = Threatened Un = Unprotected
se = Special Concem SA = Special Regulations
MMPA = Marine Mammal Protection Act
GS = Game (Season Set)
GN = Game (No Season)
PB = Protected Bird
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Un
Un
Un
Un
E
T
CAl = CITES Appendix 1
eA2 = CITES Appendix 2
CA3 = CITES Appendix 3
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
CHECKLIST OF AMPHIBIANS, REPTILES, BIRDS AND MAMMALS OF
NEW YORK STATE (NYSDEC, 2001)
AMPHIBIANS
*species that are not abundant, uncommon or do not occur or on Long Istand
Hellbender. Mudpuppv and Salamanders
COMMON NAME SCIENTIFIC NAME
Hellbender' Cryptobranchus alleganiensis
Common Mudpuppy' Necturus maculosus
Marbled Salamander Ambystoma opacum
Jefferson Salamander' Ambystoma jeffersonianum
Blue-spotted Salamander Ambystoma laterale
Spotted Salamander Ambystoma maculatum
Eastern Tiger Salamander Ambystoma tigrinum
Red-spotted Newt Notophthalmus viridescens
Northern Dusky Salamander' Desmognathus tuscus
Allegheny Mtn Dusky Salamander' Desmognathus ochrophaeus
Eastern Red-backed Salamander Plethodon cinereus
Northern Slimy Salamander' Plethodon glutinosus
Wehrle's Salamander' Plethodon wehrlei
Four-toed Salamander Hemidactylium scutatum
Northern Spring Salamander' Gyrinophilus porphyriticus
Northern Red Salamander' Pseudotriton ruber
Northern Two-lined Salamander Eurycea bislineata
Long-tailed Salamander' Eurycea longicauda
FEDERAL
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Toads and Fro~s
COMMON NAME
Eastern Spadefoot
Eastern American Toad'
Fowler's Toad
Eastern (Northern) Cricket Frog'
Gray Treefrog
Spring Peeper
Western Chorus Frog'
American Bullfrog
Northern Green Frog
Mink Frog'
Wood Frog
Northern Leopard Frog
Southern Leopard Frog
Pickerel Frog
SCIENTIFIC NAME
Scaphiopus holbrookii
Buto americanus
Buto woodhousii
Acris crepitans
Hyla versicolor
Pseudacris crucifer
Pseudacris triseriata
Rana catesbeiana
Rana clamitans
Rana septentrionalis
Rana sylvatica
Rana pipiens
Rana sphenocephala
Rana palustris
FEDERAL
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
STATE
GS-SC
GS
GS
GN-E
GS
GS
GS
GS
GS
GS
GS
GS
GS-SC
GS
E = Endangered MBTA = Migratory Bird Treaty Act
T = Threatened Un = Unprotected
SC = Special Concern SR = Special Regulations
MMPA = Marine Mammal Protection Act
PB = Protected Bird
CA 1 = CITES Appendix 1
CA2 = CITES Appendix 2
CA3 = CITES Appendix 3
GS = Game (Season Set)
GN = Game (No Season)
STATE
Un-SC
Un
Un-SC
Un-SC
Un-SC
Un
E
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un
Un-SC
I
I REPTILES
I Turtles
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Snapping Turtle Chelydra serpentina Un Un
I Common Musk Turtle Stemotherus odoratus Un Un
Eastern Mud Turtle Kinostemon subrubrum Un E
Spotted Turtle Clemmys guttata Un Un-SC
I Bog Turtle* Clemmys muhlenbergii T-CA1 GN-E
Wood Turtle* Clemmys insculpta Un-CA2 GN-SC
Eastern Box Turtle Terrapene carolina Un GN-SC
N. Diamond-backed Terrapin Malaclemys terrapin Un SR
I Northern Map Turtle* Graptemys geographica Un Un
Red-eared Slider Trachemys scripta Un Un
Painted Turtle Chrysemys picta Un Un
I Blanding's Turtle* Emydoidea blandingii Un T
Sea Turtles
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Common Green Seaturtle Chelonia mydas T-CA1 T
Loggerhead Seaturtle Caretta caretta T-CA1 T
I Kemp's Ridley Seaturtle Lepidochelys kempii E-CA1 E
Softshell Turtles
I COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Eastern Spiny* Softshell Apalone spinifera Un Un-SC
I Lizards
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Northern Fence Lizard* Sceloporus undulates Un T
Italian Wall Lizard Podarcis sicula Un Un
I Common Five-lined Skink* Eumeces fasciatus Un Un
Northern Coal Skink* Eumeces anthracinus Un Un
I Snakes
COMMON NAME SCIENTIFIC NAME FEDERAL STATE
Common Watersnake Nerodia sipedon Un Un
I Queen Snake* Regina septemvittata Un E
Northern Brownsnake Storeria dekayi Un Un
Northern Redbelly Snake* Storeria occiptomaculata Un Un
I Eastern Gartersnake Thamnophis sirtalis Un Un
Shorthead Gartersnake* Thamnophis brachystoma Un Un
Common Ribbonsnake Thamnophis sauritus Un Un
I Eastern Hog-nosed Snake Heterodon platirhinos Un Un-SC
Northern Ring-necked Snake Diadophis punctatus Un Un
Eastern Worm Snake Carphophis amoenus Un Un-SC
Northern Black Racer Coluber constrictor Un Un
I Smooth Greensnake Opheodrys vernalis Un Un
Black Ratsnake* Elaphe obsoleta Un Un
Eastern Milk Snake Lampropeltis triangulum Un Un
I
I
I
I
Northern Copperhead'
Eastern Massasauga'
Timber Rattlesnake'
Agkistrodon contortrix
Sistrurus catenatus
Crotalus horridus
I
I
E :: Endangered MBT A = Migratory Bird Treaty Act
T = Threatened Un = Unprotected
SC = Special Concern SR = Special Regulations
MMPA = Marine Mammal Protection Act
GS = Game (Season Set)
GN = Game (No Season)
PB = Protected Bird
I
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Un
Un
Un
Un
E
T
CA 1 = CITES Appendix 1
CA2 = CITES Appendix 2
CA3 = CITES Appendix 3
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South aid Comprehensive Implementation Strategy
Draft Generic EIS
Appendix C-4
NPV Wildlife Species Model
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PROJECTION OF WILDLIFE ECOLOGICAL RESPONSE (POWER)
NELSON, POPE & VOORHIS, LLC, MICROCOMPUTER MODEL
SPECIES LIST
INTRODUCTION
This appendix has been included to present the results of a computer model used to investigate
the various wildlife species which can be expected to be found on the site considering the
habitats established. This model was developed by and for the use of Nelson, Pope & Voorhis,
liC using available information and references for the various species. The model utilizes the
Lotus 1-2-3 spreadsheet to identify wildlife species commonly found in various Long Island
habitats, based upon thorough research of available literature. Some of the species listed in this
model would not be expected on the property given the surrounding development, but are present
in similar habitats.
The first column identifies the common name of the species, presented with the main common
name in alphabetical order (for example: red-tailed hawk would come before blue jay). The
scientific name of particular species is in the second column. The third column shows the legal
status of the species, of which there are four possible entries (Endangered, Threatened, Special
Concern and Local Concern). The fourth column indicates the seasons during which the species
might be expected to be present and the fifth column, of particular importance to the
environmental setting, contains information on frequency of the species in the habitat (abundant,
common, rare and non expected); the species activity in the habitat (nesting, hunting and resting).
References are provided with the reference list provided at the end of the appendix. The printout
contained in this appendix, coupled with the discussions provided in the main body of the report,
provides significant information of the wildlife found, or expected to be found on site.
Appendix C-4
Page 1
-------------------
Successional Old Field Species - Inventory and Characteristics
Birds
red-winged blackbird
Eastern bluebird
common bobwhite
indigo bunting
Northern cardinal
gray catbird
black capped chickadee
brown-headed cowbird
American crow
black-billed cuckoo
yellow-billed cuckoo
mourning dove
rock dove
American goldfinch
house finch
common flicker
least flycatcher
willow flycatcher
common grackle
ruffed grouse
rose-breasted grosbeak
Northern harrier
Cooper's hawk
red-tailed hawk
sharp-shinned hawk
blue jay
Northern (dark-eyed) junco
American kestrel
Eastern kingbird
Eastern meadowlark
Northern mockingbird
Agelaius phoeniceus
Sialia sialis
Colinus virginianus
Passerina cyanea
Cardinalis cardinalis
Dumetella carolinensis
Parus atricapillus
Molothrus ater
Corvus brachyrhynchos
Coccyzus erythropthalmus
Coccyzus americanus
Zenaida macroura
Columba livia
Carduelis tristis
Carpodacus mexicanus
Colaptus auratus
Empidonax minimus
Empidonax traillii
Quiscalus quiscula
Bonasa umbellus
Pheucticus ludovicianus
Circus cyaneus
Accipiter cooperii
Buteo jamaicensis
Accipiter striatus
Cyanocifla cristatta
Junco hyemalis
Falco sparverius
Tyrannus tyrannus
Stumella magna
Mimus polyglottos
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
threatened
special concern
none
special concern
none
none
none
none
none
none
........'..........-----.
...............-.-..
..--..............
.......................
.......................
...........................
......------....-.--..-
....................
.._,.-,-................
.........h.................
.....------.....--...
..................
.--,-.............
~WJilf)t
x
x
x
x
x
X
X
X
X
X
X
X
X
X
X
X
'P" ...........(1........0.. ........j..................
..,.....- .'; , -,-..'- ". ' ".:.,.,.,.;.;.,.-.;.-.-.;
........... . "-'--'-' - - ................
.......I'li~.ti'II~~..
X
X
X
Late
X
Late
X
X
X
Late
Late
X
X
X
X
X
Late
Late
X
X
Late
X
X
X
X
X
X
X
Late
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Early
Early
X
Early
X
X
Early
X
X
X
X
X
X
X
X
Early
X
X
X
X
Late
X
Early
X
Ef~q9@"9Yl
ffl~~l!it~$~.
C/N,F
RI N,F
C/N,F
C/N,F
C/N,F
AI N,F
CI H
AI H
AI H
C/N,F
C/N,F
A/N,H
AI N,F
C/N,F
A/N,F
C/N,F
R/N,F
CI N,F
A/N,F
C/N,F
CI N,F
RI H
N/N,H
CI H
N/N,F
A/N,F
C/N,F
CI H
A/N,F
C/N,F
A/N,F
46
47
48
420
420
49
411
46
411
411
412
48
48
420
420
414
415
415
46
48
420
416
417
416
416
410
421
417
415
46
49
-----------------~-
common nighthawk
barn owl
great-horned owl
ring-necked pheasant
American robin
chipping sparrow
fox sparrow
field sparrow
grasshopper sparrow
house sparrow
Savannah sparrow
song sparrow
swamp sparrow
white-crowned sparrow
European starling
barn swallow
brown thrasher
rufous-sided towhee
black-and-white warbler
blue-winged warbler
chestnut-sided warbler
prairie warbler
yellow warbler
cedar waxwing
whip-poor-will
American woodcock
red-headed woodpecker
house wren
common yellowthroat
Mammals
Eastern chipmunk
Eastern cottontail
white-tailed deer
red fox
Chordeiles minor
Tyto alba
Bubo virginianus
Phasianus colchicus
T urdus migratorius
Spizella passerina
Passerella iliaca
Spizella pusilla
Ammodramus savannarum
Passer domesticus
Passerculus sandwichensis
Melospiza melodia
Melospiza georgiana
Zonotrichia leucophrys
Stumus vulgaris
Hirundo rustica
T oxostoma rulum
Pipi/o erythrophthalmus
Mniotilta varia
Vermivora pinus
Oendroica pensylvanica
Oendroica discolor
Oendrocica petchia
Bombycilla cedrorum
Caprimulgus vociferous
Phi/hela minor
Melanerpes erythrocephalus
T roglody/es aedon
Geothlypis trichas
Tamis striatus
Sylvilagus f10ridanus
Odocoileus virginianus
Vulpes vulpes
special concern
none
none
none
none
none
none
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
special concern
none
none
none
none
none
none
....""" '" .
.-.-.'.-.-.',-.-,',---',',--,','-,'-"",
"---""'-,-""'-"""
...........-.....-..-.-.--.-.---..
..................
..,...---.-'-......"......
............"....".......
'---,------,--"-'-'-"''''
.-..............-...-......-...-....---.
............... .....
.""..,,,,, .
...........................
.W. " .
..... .
"'-"" - .' :-,-:.,.
:....I:fl'r...
x
X
X
X
X
X
X
X
X
X
X
X
X
X
...mq~9~@Q,~I~Q............:.
~prjmg~qm!'fi~r
Late X
X X
X X
X X
X X
X X
X
X X
X X
X X
X X
X X
X X
X
X X
Late X
X X
Late X
X X
Late X
Late X
Late X
Late X
X X
Late X
X X
X X
Late X
X X
X X
X X
X X
X X
X
X
X
Early
X
X
X
Early
X
Early
X
X
X
X
Early
Early
Early
Early
X
Early
Early
Early
X
X
X
X
mf:i9~~~E~~j
ffQljt~~Q$~
R/N,F
RI H
C/N,H
C/N,F
A/N,F
C/N,F
CI F
C/N,F
C/N,F
C/N,F
RI N,F
A/N,F
C/N,F
CI F
A/N,F
C/N,F
C/N,F
AI N,F
R/N,F
C/N,F
R/N,F
C/N,F
R/N,F
C/N,F
CI F
C/N,F
C/N,F
C/N,F
C/N,F
C/N,F
A/N,F
CI F
CI H
412
417
417
48
47
421
2021
421
420
420
421
422
422
2232
423
415
49
420
418
414
419
419
418
42332
412
430
414
49
419
129
129
12529
129
-------------------
Eastern rnole
house mouse
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
black rat
Norway rat
least shrew
short-tailed shrew
striped skunk
meadow vole
pine vole
long-tailed weasel
woodchuck
Herptiles
Eastern garter snake
eastern hog nose snake
eastern milk snake
Fowler's toad
KEY:
FreQuencv:
A- abundant
C- common
R- rare
N- not expected
-.......... .......
..........,.,.....,...,.,...,.,.,.:.,.-,-.;.;.;.;.:.;.,.,.,.,.;.;."..'-...,..:-'..,:..,..'....,......'.......
','.' '.'-~:-:,:.: .;.:.:.-.:.:.-.:.:.;.:.:.:.:.:.:.:.:.:.:.:.:.:.:.'.'."" :::,::: ::: ::: ::: :
_ti~igil. i.....ii... i i..
Scalopus aquaticus
Mus musculus
Zapus hudsonicus
Peromyscus leucopus
Didelphis virginiana
Procyon lotor
Rattus rattus
Rattus norvegicus
Cryptotis parva
Blarina breuicauda
Mephitis mephitis
Microtus pennsylvanicus
Microtus pinetorum
Mustela trenata
Marmota monax
Thamnophis sirtalis
Heterodon platyrhinos
Lampropettis d. triangulum
Buto woodhousei towleri
Activitv:
N- nesting
H- hunting
R- resting
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
none
.............................
...... ". . ... ....
..................................,
. .........._-....--..
...-....................
..d_________..__,_.._...
.............................
.....-..........-.-.--...-.-...
........ ..............
.. .._-. ..._-,-.....-......
...........................----..
....... .....
..........................
..._,-,-...",......
...........................
.m....................
. . ,........".
..... ... ....
... ....
.... ..
.. . .....
..... .. ....
.... ,......
................J.'L.
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
fl.......................................................
11i'liillll~
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X
X X
X X
X X
X
X
X
X
rr~Ij:iM~nEV~
IAQ,ltltllu
C/N,F
R/N,F
R/N,F
C/N,F
C/ N,F
C/ F
R/N,F
C/N,F
N/ N,F
A/N,F
N/N,F
C/N,F
C/N,F
R/N,H
R/N,F
C/N,F
R/N,H
C/N,F
C/ F
. '.,...,.,",.-.,..,...,"....'."...,...,..,....
.,.,.,.,.,..,....,.,.,.,...,...,.,...,.;.,.,.;.",.:.,-:,:"".,.,...,...,.,.;.
. ................."....,.,.............
.. ...,........,....--...."...........
..........,..,."...........,.......,.....,...,...........y...........
":""':"::'"::",:,:,:,:,::"::,:",:,,,,,::,,;,,:,:",:,:,,::':':::':"::
...I~t~r~n.
129
129
129
129
129
129
129
129
129
129
129
2945
129
129
129
3840
38
3839
3337
---------~---------
Successional Shrubland Species-Inventory and Characteristics
red-winged blackbird
common bobwhite
indigo bunting
Northern cardinal
gray catbird
black capped chickadee
brown-headed cowbird
American crow
black-billed cuckoo
yellow-billed cuckoo
mourning dove
American goldfinch
common flicker
least flycatcher
willow flycatcher
common grackle
ruffed grouse
rose-breasted grosbeak
Northern harrier
Cooper's hawk
red-tailed hawk
sharp-shinned hawk
blue jay
Northern (dark-eyed) junco
American kestrel
Eastern kingbird
golden-crowned kinglet
ruby-crowned kinglet
Eastern meadowlark
Northern mockingbird
barn owl
great-horned owl
.................
.,................
....."..........
.................
',---,-,--,-,-,',-'-,-'-'
.................
.'-:.-.'....'-'--.'_.....'-'.
.................
.-,....-,.-.-...,-.'--....
."."...........
.:.:.;.:.;.,.;.;.;.,.;.;.;.,.;.;.;.;.,.;.:.,.:.,.,.:.;-,-,.;.:.:.;.,.:.;.:.:.:';';"':':':',
:::::;:::::::::::':::::'::::::::::::::::::::::::::::::::::::::::::::;:{:=:=:::::::::::::::
11;1,111..
Agelaius phoeniceus
Colinus virginianus
Passerina cyanea
Cardinalis cardinalis
Dumetella carolinensis
Parus atricapillus
Molothrus ater
Corvus brachyrhynchos
Coccyzus erythropthalmus
Coccyzus americanus
Zenaida macroura
Carduelis tristis
Colaptus auratus
Empidonax minimus
Empidonax traillii
Quiscalus quiscula
Bonasa umbel/us
Pheucticus ludovicianus
Circus cyaneus
Accipiter cooperii
Buteo jamaicensis
Accipiter striatus
Cyanocitta cristatta
Junco hyemalis
Falco sparverius
Tyrannus tyrannus
Regulus satrapa
Regulus calendula
Stumella magna
Mimus polyglottos
T yto alba
Bubo virginianus
.................
..,;...-.......w.'.........'..
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
threatened
special concern
none
special concern
none
none
none
none
none
none
none
none
none
none
..........,."....,.".
.-.-.'.-.-.'.-.-,'.-,'.-.-,'.-.-.'.,'.'.-,'.-.
, ..-....-....."-,,.
'-'-""-'.-'-"---.-.'-."-'--'
................
.,..,...,...,..-..-.'....
..........,.......,.....
,....".,."..,.,.."".
......._-.-,-.-..-.-..-..-.--.-.-..-.
.......................
..,-....,.,.....,."..,.
Wl~t~..
..Fi:i . .a.. ..D........ ... .... .....
............-.--.--.-..-..----.-..-, ..-,..-.-,......-.-...-.','.-......,'.'.-.'.'...
....... .... - '-." . .........
.......... . -'. ,'" ........
..~!'!Mr!9fi1,)
...Ip~i!l~$qmm~t
x X
X X X
Late X
X X X
Late X
X X X
X X
X X X
Late X
Late X
X X X
X X
X X X
Late X
Late X
X X X
X X X
Late X
X X X
X X
X X X
X X X
X X X
X
X X X
X X
X X
X X
Late X
X X X
X X X
X X X
"::":";"::':-;:-"'.';'.';'.'
'-'-',"-"''''','''''',''
-.:...'..-.,.... ',"',' ",'
.-.-.....,.....,.._,_n.
........iF.I..I..
............ldl;....
Early
X
Early
X
X
Early
X
X
X
Early
X
X
X
X
Late
X
Early
X
X
X
X
X
X
X
X
..............!819!1!~f!R~~
J~~Qi*~I~~~
CI N,F
C/N,F
C/N,F
CI N,F
AI N,F
A/N,F
A/N,F
AI H
C/N,F
C/N,F
A/N,H
C/N,F
RI H
R/N,F
C/N,F
A/N,F
C/N,F
C/N,F
RI H
N/N,H
CI H
N/N,F
AI N,F
C/N,F
CI H
A/N,F
R/N,H
RI N,H
C/N,F
A/N,F
RI H
CI N,H
46
48
420
420
49
411
46
411
411
412
48
420
414
415
415
46
48
420
416
417
416
416
410
421
417
415
47
47
46
49
417
417
-------------------
ring-necked pheasant
American redstart
American robin
pine siskin
fox sparrow
field sparrow
grasshopper sparrow
song sparrow
swamp sparrow
white-crowned sparrow
white-throated sparrow
European starling
barn swallow
brown thrasher
hermit thrush
wood thrush
rufous-sided towhee
white eyed vireo
black-and-white warbler
blue-winged warbler
chestnut-sided warbler
prairie warbler
cedar waxwing
whip-poor-will
American woodcock
Carolina wren
house wren
common yellowthroat
MAMMALS
Eastern chipmunk
Eastern cottontail
white-tailed deer
red fox
Eastern mole
.....-.-,.-.,........
,;,;,;,;,:-,-,-".-.-'-,.:-,-.,.-:,:.:,.:
:,;,:,:,:,:-,,:,;.;.:.:.:.,.:-..:,.;,_.,"
....."........"...."..
_........-----,..,-,.,-,,-,
........................
..-..,........"....",.
.,.,...,......-.,.,.....
...............,..,........,......--....-,.............-,..".".....
1~!~luINA........i..
Phasianus calchicus
Setophaga ruticilla
T urdus migratorius
Carduelis pinus
Passerella iliaca
Spizella pusilla
Ammodramus savannarum
Melospiza melodia
Melospiza georgiana
Zonotrichia leucophrys
Zonotrichia albicollis
Stumus vulgaris
Hirundo fUstica
T oxostoma rufum
Catharus guttatus
Hylocichla mustetina
Pipi/o erythrophthalmus
Vireo griseus
Mnioti/ta varia
Vermivora pinus
Oendroica pensylvanica
Oendroica discolor
Bombycilla cedrorum
Caprimulgus vociferous
Phi/hela minor
Thryothorus ludovicianus
Troglodytes aedon
Geothlypis trichas
none
none
none
none
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
none
none
none
.........,..,........
....-.-..-,-....-...,'_...,......
,n,_,,_,,_,........,
.-.-............................
..................p-..
..... ...........
'"".'''''''''''''''''
limil!
X
X
X
X
X
X
X
X
X
x
iY'i'I~III~
X X
Late X
X X
X X
X
X X
X X
X X
X X
X
X X
X X
Late X
X X
X X
X X
Late X
Late X
X X
Late X
Late X
Late X
X X
Late X
X X
X X
Late X
X X
T amis striatus none X X X
Sylvi/agus f10ridanus none X X X
Odocoi/eus virginianus none X X X
Vulpes vulpes none X X X
Scalopus aquaticus none X X X
,,,-,:,(",::::"<-:::':,:-,::
'.'..'....................
.-'-.....--.,. ','"
.............t.U
...-...........
X
X
Early
X
X
X
Early
X
X
X
X
X
Early
X
Early
Early
Early
Early
X
X
Early
Early
X
X
X
X
X
...............111.11.
C/N,F
C/N,F
A/N,F
N/N,F
CI F
C/N,F
C/N,F
AI N,F
C/N,F
CI F
C/N,F
A/N,F
C/N,F
C/N,F
R/N,F
C/N,F
A/N,F
C/N,F
R/N,F
C/N,F
C/N,F
C/N,F
C/N,F
CI F
C/N,F
C/N,F
C/N,F
C/N,F
C/N,F
A/N,F
CI F
C/N,H
C/N,F
................,...........
"'-' - ................,-..,-,-.,
-.-..-.-.-.-...............-..-........'.....
............----,--,. ..-
...........--.---........"....-.......
...,.....,--.,.,...,.,..............,..
:-..-.............-...-..-.......-..,-..,-,--.,.-...-.....-'..-....,........
."...,...,.,....,-.-............,.,..
:,-:..-......,.:.-.:....-.:.....:...:.:.;.:.,.;-;.,.;.:.,.,.,.,..-.:....,.:.:.
1~~~r~n~l~
48
419
47
420
2021
421
420
422
422
2232
422
423
415
49
47
47
420
423
418
414
419
419
42332
412
430
49
49
419
129
129
12529
129
129
-------------------
house mouse
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
black rat
short-tailed shrew
striped skunk
meadow vole
pine vole
long-tailed weasel
woodchuck
HERPTILES
Eastern garter snake
eastern hognose snake
eastern milk snake
Fowler's toad
.....----.-------,-.-,...
.............. .
.-.,-.,....,...,.,....
................................-.-...,'..".
. . .. .. . .. .. .._--. ..
.,----.----..................,....,.
.........-...-,-...-.-.-.-,-.-,-...-.-.'.-,..".:"..,.
.-...-.....-.-.-.-...-.'.-.-.'.'.-.'.'...'.'......-.......
.........................-.. -,
..----..................
..............."........
--.................,..
IJ!llftlg;III~)i ...............i.....
Mus musculus
Zapus hudsonicus
Peromyscus leucopus
Didelphis virginiana
Procyon lotor
Rattus rattus
Blarina breuicauda
Mephitis mephitis
Microtus pennsylvanicus
Microtus pinetorum
Mustela frenata
Marmota monax
Thamnophis sir/alis
Heterodon platyrhinos
Lampropettis d. triangulum
Bufo woodhousei fowleri
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
none
.,..-..,.....--........".
.........................
......-..-......--...,-.
.......... n.
.,-,,-.--..,.--...'"
-...-................--........
..................-,--.,.
................. ......--
.-.--..-.,-,-..--
........................
.".,..,..,..,....,.
..-..........,.,...,.,....
..----...-.-.,.....".".
Ilhtjil
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
..................~!-!~~~Il~!!~...............
..$g(mg~gml~(
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
.....-....,.:':.:-:':.-.-,-.'...
....." ,.......
.'.'..-.--,......,.......
.... .........
.......,..,...,...,....
.'---,_..,...,.,.,....
......,...,...,...,...,.
It4
..,.........,-.,..
.................
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
illl<<11
R/N,F
R/ N,F
C/N,F
C/N,F
C/ F
R/N,F
A/N,F
N/N,F
C/N,F
C/ N,F
R/N,H
R/N,F
C/N,F
R/N,H
C/ N,F
C/ F
..._-,_._-,-,..,-,..,......"........._,._".
;,,:,:--.,-,-.-..-,-:-,-,-.,-.-,.,,:-:.;,;.:,;.;.;.:.:':':':-:-:""":'-'-'
-.-.-..,......,.,.,..-...-........'....,....,"
_._'..----,_._,-,_._,-,_._,.,--....-,;.-.-,-.-.'.....'.'-'-'-'-,-'..,-'.
..........-,-,---,-:-.-,.:.....;';.;.:'..:.:.;.:.:.;',.:-,.,-:.:...:-:...:-:
-.-,..-.,....,...,........,...................
...................-..........-.-..-..-'-...-.-.-'-.-.-'-'._'.,-...
...... .-.----,-.,.".,.,.- ,-..
.t@r~n~~~.
129
129
129
129
129
129
129
129
2945
129
129
129
3840
38
3839
3337
-------------------
Successional Woodland Species - Inventory and Characteristics
Ir s
gray catbird
black capped chickadee
brown-headed cowbird
brown creeper
American crow
yellow-billed cuckoo
mourning dove
rock dove
house Ii nch
common Ilicker
common grackle
ruffed grouse
rose-breasted grosbeak
Coope~s hawk
red-tailed hawk
sharp-shinned hawk
blue jay
Northern (dark-eyed) junco
American kestrel
Eastern kingbird
golden-crowned kinglet
ruby-crowned kinglet
Northern mockingbird
great-horned owl
long-eared owl
American redstart
American robin
yellow-bellied sapsucker
fox sparrow
house sparrow
song sparrow
.i~~tii~!li.......................
I S
Dumetella carolinensis
Parus atricapiffus
Molothrus ater
Certhia familiaris
Corvus brachyrhynchos
Coccyzus americanus
Zenaida macroura
Columba livia
Carpodacus mexicanus
Colaptus auratus
Quiscalus quiscula
Bonasa umbellus
Pheucticus ludovicianus
Accipiter cooperii
Buteo jamaicensis
Accipiter striatus
Cyanocitta cristatta
Junco hyemalis
Falco sparverius
Tyrannus tyrannus
Regulus satrapa
Regulus calendula
Mimus polyglottos
Bubo virginianus
Asio otus
Setophaga ruticiffa
T urdus migratorius
Sphyrapicus varius
Passerella iliaca
Passer domesticus
Melospiza melodia
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
.....-,.,.,.............
.......................
.....................
.......................
.-.-,-.-,-.-.-.-.-.'.-.-,'.-...-,'.-.-.'.
..........--....-.-...
......................,
...........-.,...-...,-.
..........................
..._..--,-,,--,--..
............-...,........
......-.-_.,----.-...
1!.Qlit
x
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
t6UndIQUrlngIIi
.........$htl~I...~~II~~
_n_,_,__,_,..,_,....
...'...,................
...............
.......,...,.,..,:.........
':::':::::::',::-:,:-::::::-;.:,:.:-:-
......-.---.,....,..,.,.......
.....-.,...,...,...,'"
.................fall
.""":";""-'-"..;...-..",-",:
..............!if~9q.EY4
ii!1m!:l~@~~~~it
......................-,....................
.. ......"----...,,.......
....,...,..,.,...,.........,.............,...,.
.._,..,.,_.._,---,_.._,...._.,.-....-.-,-..,-,._-.._..'-'-'-,-"
.............__._.-............-...-.-...-.-...-.-.'...',........'..
......-,-.........,..,..,..,..----.,.
......-..-................--"..........._.
. .. ....--.--.--......
......------.--....................'"
.....-:.,.--:-,_.-:-,,-:,..:.'...'.',.,'.......-,-...-,..,.:,.:.
j~I~~gg~
X
Late X C/N,F 49
X X X A/N,F 411
X v Early A/N,F 46
^
X X Early C/N,F 49
X X X A/N,H 411
Late X C/ N,F 412
X X X C/N,H 48
X X X C/N,F 48
X X X A/N,F 420
X X X A/N,F 414
X X X A/N,F 46
X X X R/N,F 48
Late X Early R/N,F 420
X X N/N,H 417
X X X C/ H 416
X X X N/N,F 416
X X X A/ N,F 410
Late C/N,F 421
X X X C/N,H 417
X X Early C/ N,F 415
X X R/ N,H 47
X X R/N,H 47
X X X C/N,F 49
X X X C/N,H 417
X X X C/N,H 417
Late X X C/ N,F 419
X X Early A/N,F 47
Late X Early C/N,F 14
X X R/ F 2021
X X X C/ N,F 420
X X X A/N,F 422
X
X
X
-------------------
white-throated sparrow
European starling
barn swallow
brown thrasher
hermit thrush
wood thrush
rufous-sided towhee
red-eyed vireo
black-and-white warbler
blue-winged warbler
chestnut-sided warbler
cedar waxwing
whip-poor-will
Eastern wood-peewee
American woodcock
downy woodpecker
hairy woodpecker
red-bellied woodpecker
Carolina wren
house wren
big-brown bat
hoary bat
Keen's bat
Mammals
little-brown bat
red bat
silver-haired bat
Eastern chipmunk
Eastern cottontail
white-tailed deer
red fox
Eastern mole
meadow-jumping mouse
white-footed mouse
:,:::::',::::;:::::"::,,,::::,,:::",:::,';:';,,;:-:-:-c.:-:-'::-:-,-:-:-..-..-.....-..
:=:';,?:::=}:{:::}:::=::::):')::;:)}::{}}::}::):{}:
I;liitl~!q!NQ.:~"......
Zonotrichia albicollis
Stumus vulgaris
Hirundo rustica
T oxostoma rufum
Catharus guttatus
Hylocichla mustelina
Pipilo erythrophthalmus
Vireo olivaceus
Mnioti/ta varia
Vennivora pinus
Oendroica pensylvanica
Bombycifla cedrorum
Caprimulgus vociferous
Contopus virens
Philhela minor
Picoides pubescens
Picoides viflosus
Melanerpes carolinus
Thryothorus ludovicianus
Troglodytes aedon
Eptesicus fuscus
Lasiurus borealis
Myotis keenii
Myotis lucifugus
Lasiurus borealis
Lasionycteris noctivagans
T amis striatus
Sylvilagus fforidanus
Odocoileus virginian us
Vulpes vulpes
Scalopus aquaticus
Zapus hudsonicus
Peromyscus leucopus
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
.................... .
...-...'.-.'...-.'.....'..,..'...'.'...'.'...'.
..........."............
.,-.-.-,-.....-..,-...'...............
...,;.;.:.;.;.:...........
.':',0:'::,':'::,':::':',',::'::,'-;:'":,,,.,.,,:.;.:"
IlntQr
X
X
X
X
X
X
X
X
11111r:1~IrI~tr'~;llllI1ll~rll ;~I~~n.
X X X C/N,F 422
X X X A/N,F 423
Late X C/N,F 415
X X Early C I N,F 49
X X X R I N,F 47
X X Early C/N,F 47
Late X Early A I N,F 420
Late X C I N,F 423
X X C I N,F 4 18
Late X C/N,F 414
Late X C/N,F 419
X X Early C/N,F 42332
Late X C/N 412
X X C I N,F 4 15
X X X R/N,F 430
X X X A/N,F 414
X X X R/N,F 414
X X X R I N,F 414
X X X C I N,F 49
Late X Early C I N,F 49
X X X C I N,F 1 29
Late Early C I N,F 45
X Early R/N 129
X X X
Late X
X
X X X
X X X
X X X
X X X
X X X
X X X
X X X
X
Early
C/N,F
C/N,F
R/N,F
C/N,F
AI N,F
CI F
C/N,H
C/N,F
R/N,F
C/N,F
129
129
129
129
129
12529
129
129
129
129
X
X
X
X
X
X
X
-------------------
Virginia opossum
racoon
masked shrew
short-tailed shrew
striped skunk
Eastern gray squirrel
meadow vole
pine vole
long-tailed weasel
woodchuck
Herptiles
Eastern garter snake
eastern hognose snake
eastern milk snake
............. .
."..."...............
.....................
.................
.-...........................
........-......-......,-.
.......................
....................
........,--.........
..................
.......,..............
.....-.-.-..-..-.-.-.-.....w...w
:,:,.:,':,,::,'.:;:,::::,;.:.:.,.........
se,lentllfc1Na...........................
,..........._,._,..w.._......................,.._..._.....-.-.-.-...-.-.-.-.-.....-.-....-.
Didelphis virginiana
Procyon lotor
Sorex cinereus
Blarina breuicauda
Mephitis mephitis
Sciurus carolinensis
Microtus pennsylvanicus
Microtus pinetorum
Mustela frenata
Marmota monax
Thamnophis sirtalis
Heterodon platyrhinos
Lampropettis d. triangulum
none
none
none
none
none
none
none
none
none
none
none
special concern
none
...................------,
.................."."....
................................
..----.-._-.-...-....,...-.
............... ....
-.-.'.-.-.'.-.-.'.-.-.'.-.-,'.-.-,'.-.-,'.-.'..-,',-.
..,..,......,....,..,..,.,..
.-...,.......,..................
._d_d_____.__.....
-.-.-.-.-.-..-.,..-.....-.,.-.-..-.-,.-.-...-'...
......................".........'..
.............. ..
...\iitliiter.....
..........'.w............,...,.............'..
X
X
X
X
X
X
X
X
X
X
x
X
X
.p..........................................
11111r:111r11~!!
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
fall
X
X
X
X
X
X
X
X
X
X
...............mfll~~~~~... ...IP....{.......... ...
.I!lfIIf~I~IA. ....I@llImI$11
C/N,F 129
C/N,F 129
C / N,F 1 29
A/N,F 129
N/N,F 129
C/N,F 129
R/N,F 2945
C/N,F 129
R / N,H 1 29
R/N,F 129
X
X
X
C/N,F 3840
R / N,H 38
C / N,F 3839
-------------------
Moist oak Forest Species - Inventory and Characteristics
Ir s
black capped chickadee
brown creeper
American crow
black-billed cuckoo
yellow-billed cuckoo
common flicker
Acadian flycatcher
great-crested flycatcher
blue-grey gnatcatcher
common grackle
rose-breasted grosbeak
broad-winged hawk
Cooper's hawk
red-tailed hawk
sharp-shinned hawk
blue jay
Northern (dark-eyed) junco
golden-crowned kinglet
ruby-crowned kinglet
white-breasted nuthatch
northern oriole
common screech owi
great-horned owl
long-eared owl
American robin
yellow-bellied sapsucker
European starling
scarlet tanager
brown thrasher
hermit thrush
wood thrush
..,.........-.,.................
...-..................-..........-..... .
.....'.....'.-.-.-.,.-.'.,.....:.....:..-'-.-..'.........-.....-.....-.....--'-,...:...'_....'.....'...
.:;:,:;:::::;:,::.:.:.::,::;,:,:,,:::::.,;;:;,,;;:;:::::::::::;::,::,:,,::,:::::,:::;.::;:,,::;::;::;:::,:
:';':':';':':"-:';-'-:':-'-:';-":':"':<".":-:':':':':,;,;,;",:-:,:-,-:,:,:",:,:,;,:".:.:.:.:.:.,.:
&iliimli!ili.
Ir s
Parus atricapillus
Certhia familiaris
Corvus brachyrhynchos
Coccyzus erythropthalmus
Coccyzus americanus
Colaptus auratus
Empidonax virescens
Myiarchus crinitus
Poliopti/a caerulea
Quiscalus quiscula
Pheucticus ludovicianus
Buteo platypterus
Accipiter cooperii
Buteo jamaicensis
Accipiter striatus
Cyanocitta cristatta
Junco hyemalis
Regulus satrapa
Regulus calendula
Sitta carolinensis
Icterus galbula
Otus asia
Bubo virginianus
Asia otus
Turdus migratorius
Sphyrapicus varius
Stumus vulgaris
Piranga olivacea
T oxostoma rufum
Catharus guttatus
Hylocichla mustelina
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
',",-,--,--',"',"-"-","-"
,.:.;.:.;-
.-.-......".....
"'-';"'-':'-""';--':""'-"'-""-'
.,.-,.-...-.--..-.,..............-,...:.,--.;
Ilnt~t
IIii\1rlJft~ril
x
x
x
x
x
X
X
X
X
X
X
X
X
X
X
X
X
X
Late
Late
X
Late
Late
X
X
Late
X
X
X
X
X
X
X
X
X
Late
X
X
X
X
Late
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
...,-,..,-----,---,.-,-.-..
.'...-....-...............'..
.... ......
.....,...,...,.,.....,
....'....-....,........-,-...-.....
...-,.....-:..-:.:...:.:.:.:.'.:.:.,.:.
"-'-"""",":' .
...-...............-...................
.'..........e...'..J..
,pl..,.
X
Early
X
X
X
Early
X
X
X
X
X
X
Early
Early
X
Early
X
Early
X
Early
X
X
..............!i19Y!n91~
I~piJ~!I~e
A/N,F
C/N,F
A/N,H
RI N,F
RI N,F
C/N,F
RI N,F
C/N,F
RI N,F
C/N,F
C/N,F
R/N,H
N/N,H
C/N,H
N/N,F
A/N,F
N/N,F
R/N,H
R/N,H
A/N,F
C/N,F
C/N
C/N,H
C/N,H
A/N,F
CI N,F
C/N,F
C/N,F
R/N,F
CI N,F
C/N,F
...,...---..--'-...-.-...-'.......-,-...-.-----..-.-.-'-.-.,.-.,.....,-,..
........................,....-.......
,-.-...-..-,--..-,.'..'."......,-...
.:.,.:.,:;.-:-,::..:,:,.,-;:,...;,:.:.;,:-,.:.:-;-:.:-;.,..-;,::,.;
....lliltlll
411
49
411
411
412
414
415
415
47
46
420
416
417
416
416
410
421
47
47
49
46
417
417
417
47
14
423
4
49
47
47
-------------------
tufted titmouse
veery
red-eyed vireo
yellow throated vireo
blue-winged warbler
cedar waxwing
Eastern wood-peewee
American woodcock
downy woodpecker
hairy woodpecker
red-bellied woodpecker
house wren
Mammals
big-brown bat
hoary bat
Keen's bat
lillie-brown bat
red bat
Eastern pipistrelle
silver-haired bat
Eastern chipmunk
Eastern collontail
while-tailed deer
red fox
Eastern mole
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
masked shrew
short-tailed shrew
striped skunk
Eastern gray squirrel
southern-flying squirrel
Parus bie%r
Catharus fuseeseens
Vireo olivaeeus
Vireo f1avifrons
Vermivora pinus
Bombyeil/a eedrorum
Contopus virens
Philhe/a minor
Pieoides pubeseens
Pieoides vil/osus
Melanerpes earolinus
Troglodytes aedon
Eptesieus fuseus
Lasiurus borealis
Myotis keenii
Myotis /ueifugus
Lasiurus borealis
Pipistrellus subflavus
Lasionyeteris noetivagans
T amis striatus
Sylvilagus f10ridanus
Odoeoileus virginianus
Vulpes vulpes
Sea/opus aquatieus
Zapus hudsonieus
Peromyseus /eueopus
Dide/phis virginiana
Procyon lotor
Sorex cinereus
Blarina breuieauda
Mephitis mephitis
Seiurus earolinensis
Glaueimys volans
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
....".'_.-...................
....... ......---
............-.'-..'-..............
................,-..-...-.-...-,..-,..'...
....'u._........"...,
..............................
................--
........................
.......---............,
.....-.,.-.-.......,...,.....,...,........'....-.
...........-..............
..-.-..............'.-.-.....
"W"""""t":':
.." . " .-'
':':"::,..,..:"n,.~r,
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
illrll!~1111
X X
Late X
Late X
Late X
Late X
X X
X X
X X
X X
X X
X X
Late X
X X
Late
X
X X
Late X
X X
X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
....-.----......_-'-.'......,..,
.-....-....-..-.,....,--,-.-,-..
.-,-...,--,-,...,.-,.....-...-.
.,.'.,.:._.,._...:.,.,....,.-.;.-.-.,.-...
.,-.,,_.,.,_....,-,---.-,-.....
.........._._..............-.-.'.-....
. .' .-.--.....,.."..
'.-'-'.'-',"',-',--',',",'"
......_..............----..-.-.
.....6....'...,..
.-':--_..... -. .-.
-. ... ..
...,.... ...
.d_..... "
........'.",..a '.'
"-'",''' ..
.-..._.............,...,.-......
X
Early
X
X
X
X
Early
X
Early
Early
X
Early
Early
X
X
X
X
X
X
X
X
X
X
X
X
X
X
........mlqij!i'!5Y~
........I~~litl~~
C/N,F
C/N,F
C/N,F
C/N,F
R/N,F
C/N,F
C/N,F
CI N,F
AI N,F
CI N,F
C/N,F
RI N,F
C/N,F
CI N,F
R/N
C/N,F
CI N,F
RI N,F
R/N,F
C/N,F
CI N,F
C/N,F
CI H
R/N,F
RI N,F
CI N,F
CI N,F
CI N,F
C/N,F
A/N,F
N/N,F
AI N,F
C/N,F
L)?~}{}\(t}t{:~;':()?(
:~ :"':',':\'",{::;:\"""':':',',::,:::::,:,,:;;:<:,,,,,
...Bt~t~i1~i
411
47
423
423
414
42332
415
430
414
414
414
49
129
45
129
129
129
129
129
129
129
12529
129
129
129
129
129
129
129
129
129
129
129
-------------------
meadow vole
pine vole
long-tailed weasel
Herptiles
common gray treefrog
wood frog
red-spotted newt
spring peeper
red-backed salamander
spotted salamander
marbled salamander
Eastern 9arter snake
eastern milk snake
Northern brown snake
Northern ringneck snake
;.,.,.::::-:-;.;.;.;.:.:.:.:.:.:-,-:.,.,.:.:.;.:.,.-,-.......
-;:':':;:::::::::;:~::~::;:::::':':':':::. .. .
6l1il'j.il.ll.....................'
Microtus pennsylvanicus
Microtus pinetorum
Mustela frenata
Hyla versicolor
Rana sylvatiea
Notophthalmus viridescens
Hyla crucifer
Plethodon einerus einerus
Ambystoma maeu/atum
Ambystoma opaeum
Thamnophis sirta/is
Lampropettis d, triangu/um
Storeria dekayi
Diadophis punetatus
none
none
none
none
none
none
none
none
special concern
none
none
none
none
none
.........,----,.........
..........,..,..-....
,-"." .------'-,..,
.-.-.,.-.......,.,......,.....".
""'''W'.''n''''t.'''''''''''''''..''
"". ..
..... ....
.... ., ....
't".,.i!..,...".@(t'
X
X
X
X
X
X
X
X
X
X
X
X
X
X
iirlllliiililiii~lilllftB
X X X R / N,F
X X X C / N,F
X X X R / N,H
X X X C/N,F
X X X RI N,F
X X X CI F
X X X C/N,F
X X X C/N,F
X X X RI N,F
X X X R/N,F
X X X C/N,F
X X X C/N,F
X X X C/N,H
X X X C/N,H
..,......,-...',.....--................
,.:,.,.,:".::::;,.:::::::::.,:;.::.::::.:::::':::':';:::':'::::::::':'::,
.-----'-"-'-..,..-..,....-----,
.-.-...-.,.....,.....,....-...-......,.........,...,.....,.......
.......-,.......,-.-.-...,...,-.....,
li;tlllil
2945
129
129
3337
3337
3638
33 35 38
3436
34 36 38
34 36 38
3840
3839
38
38
-------------------
Pine Oak Forest Species - Inventory and Characteristics
gray catbird
black capped chickadee
brown-headed cowbird
brown creeper
American crow
yellow-billed cuckoo
mourning dove
house finch
purple finch
common flicker
great-crested flycatcher
common grackle
ruffed grouse
broad-winged hawk
Cooper's hawk
red-tailed hawk
sharp-shinned hawk
blue jay
Northern (dark-eyed) junco
Eastern kingbird
golden-crowned kinglet
ruby-crowned kinglet
Northern mockingbird
white-breasted nuthatch
northern oriole
ovenbird
common screech owl
great-horned owl
long-eared owl
American robin
yellow-bellied sapsucker
pine siskin
..-...-.-.................,-......-.-.-.-..
..........---..........
:;:';:;:;:,:;::.;:;:::::::;:;::;:::;,:::.,:
.................-.......
.......................
...........-..-.....
.............;.;....-....
Dumetella carolinensis
Parus atricapillus
Molothrus ater
Certhia familiaris
Corvus brachyrhynchos
Coccyzus americanus
Zenaida macroura
Carpodacus mexicanus
Carpodacus purpureus
Colaptus auratus
My/archus crin/tus
Ouiscalus quiscula
Bonasa umbellus
Buteo platypterus
Accipiter cooperii
Buteo jamaicensis
Accipiter striatus
Cyanocitta cristatta
Junco hyemalis
Tyrannus tyrannus
Regulus satrapa
Regulus calendula
Mimus polyglottos
Sitta carolinensis
Icterus galbula
Seiurus aurocapillus
Gtus asio
Bubo virginianus
Asio otus
Turdus migratorius
Sphyrapicus varius
Carduelis pinus
none
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
.............-.......-...
.....-...........-,.
...........................
...............-...-...--...
...........--- .......
......--..............
...,..,...........,........
....,.:..:.:.,..,.....,....__.......
wmte~.
x
x
x
x
X
x
X
x
X
X
X
X
X
X
X
X
X
X
X
!i~~p.~.gYr!!lI . w
...iIPr!PD!i!!,I;mMiI
Late X
X X
X X
X X
X X
Late X
X X
X X
X X
X X
Late X
X X
X X
X X
X X
X X
X X
X X
X X
X
X
X X
X X
Late X
Late X
X X
X X
X X
X X
Late X
X X
..,.-.-..,.............
............'.'--'-'--...
. --.-.--,.....,..
.......-'-......,............,..--,..-..,
..-._._._._.-..-,-.-,-,...........
........--..,.....,
..----..."... .
.-.-.....-..-.-,-,-,-,.,--.....
........-...,.,-,.-....
.-......----....-.
..........--.....
.if.'..I........
.la)i
X
Early
Early
X
X
X
X
X
X
X
X
X
X
Late
Early
X
X
X
X
Early
X
X
X
Early
Early
X
...............".
".\'Iqy~g9Yf
Fil8i1iUte
......................................,,-...'_................-.....
RI N,F
A/N,F
A/N,F
CI N,F
A/N,H
RI N,F
C/N,H
AI N,F
CI N,F
CI N,F
C/ N,F
C/N,F
R/N,F
R/N,H
N/N,H
C/N,H
R/N,H
A/N,F
C/N,F
C/N,F
R/N,H
R/N,H
C/N,F
AI N,F
R/N,F
CI N,F
C/N
C/N,H
C/N,H
A/N,F
C/ N,F
N/N,F
...II~llllil
49
411
46
49
411
412
48
420
420
414
415
46
48
416
417
416
416
410
421
415
47
47
49
49
46
419
417
417
417
47
14
420
-------------------
;,....;....,-,.-'-.-.-...,......;..,-,-....,.-.........,-.-..,...-....;,..........-,.....-.-...-'-.....,-,-.-.--,-.
:.;,.::-,-,;,-,-,::.;.:::.;.;,.;:.::::,.;.;.;.:,:.:.;.;-'-',:,;,,::,.-;,;';';':-":-:.'v.:,',;,:,,-,-:-:-,,;-,
1111111111
fox sparrow Passerella iliaca
house sparrow Passer damesticus
song sparrow Melospiza melodia
white-throated sparrow Zonotrichia albicollis
European starling Stumus vulgaris
chimney swift Chaetura pelagica
scarlet tanager Piranga olivacea
brown thrasher Toxostoma rufum
hermit thrush Catharus guttatus
wood thrush Hylocichla mustelina
tufted titmouse Parus bicolor
veery Catharus fuscescens
red-eyed vireo Vireo olivaceus
black-and-white warbler Mniotilta varia
black-throated blue warbler Dendroica caerulescens
pine warbler Dendroica pinus
prairie warbler Dendroica discolor
yellow-rumped warbler Dendroica coronata
cedar waxwing Bombycilla cedrorum
whip-poor-will Caprimulgus vociferous
Eastern wood-peewee Contopus virens
downy woodpecker Picoides pubescens
hairy woodpecker Picoides villosus
red-bellied woodpecker Melanerpes carolinus
house wren Troglodytes aedon
Mammals
big-brown bat
hoary bat
Keen's bat
little-brown bat
red bat
Eastern pipistrelle
silver-haired bat
Eastern chipmunk
Eptesicus fuscus
Lasiurus borealis
Myotis keenii
Myotis lucifugus
Lasiurus borealis
Pipistrellus subflavus
Lasionycteris noctivagan
T amis striatus
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
...".,-....."...,...,.....
._......_..._._,.._N...,..,.._._..._._...
..----..........---.-.....
.........--........
.---............,."..
;.;.:.;.:.:.;';.;-,.;.;.,::.;.;.;.:.:.:.;.,-;.;
;:;:::::::::::;:::::::;:;-:'.:';:.::;::::::'::;':
...--,.,..,.......".
Imti~
X
X
X
X
X
X
x
X
X
X
X
x
x
...............................~g9!j!l!..!I!~i~g
.....~pggj~g~i
X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
Late X
Late X
X X
Late X
X X
Late X
X X
X X
Late X
X X
X X
X X
X X
Late X
X X
Late
X
X X
Late X
X X
X
X X
;;~I...............lil'III.II~I~III.11
X
X
X
X
X
Early
X
Early
X
Early
Early
Early
Early
Early
X
X
X
Early
X
Early
Early
X
Early
Early
X
RI F 2021
C/N,F 420
R/N,F 422
R/N,F 422
C/N,F 423
CI F 442
C/N,F 4
RI N,F 49
C/N,F 47
R/N,F 47
R/N,F 411
R/ N,F 47
R/ N,F 423
R/N,F 418
C/ N,F 18
C/N,F 419
C/N,F 419
C/N,F 48
R/ N,F 42332
C/N 412
C/N,F 415
AI N,F 414
C/N,F 414
RI N,F 414
R/N,F 49
C/N,F 129
CI N,F 45
R/N 129
C/N,F 129
C/N,F 129
R/ N,F 129
R/N,F 129
CI N,F 129
-----------~-------
Eastern cottontail
white-tailed deer
red fox
Eastern mole
house mouse
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
masked shrew
short-tailed shrew
striped skunk
Eastern gray squirrel
southern-flying squirrel
pine vole
long-tailed weasel
woodchuck
Herptiles
common gray treefrog
red-backed salamander
Eastern tiger salamander
marbled salamander
Eastern garter snake
eastern hognose snake
eastern milk snake
Eastern spadefoot toad
Fowler's toad
Eastern box turtle
Key:
FreQuencv
A- abundant
C- common
R- rare
N- not expected
..,.....,-...-.,,'_.,.,.....,.,.......,...,.,...,.,...,.........,.,.-.-...-..
w :'~; I::;:,i::::::::'::i:::;:;:=,::;:i:::;:i:};,::;::';:;{:::;,::':';::::
......,....'.......-,-...-,.......,.......,'..
...,...,...................
.."...__.......-...-,-.'.-......_'....:....
.:...,-:".,.:.,.;.:.;.:.;.:.,.;.:-:.;.",...:.;
.,...,.-...........-.-............,...__..-,..
II 11111
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
"'.""..'..'p.'.'.""..'..'.a'.'D""'i ""..,.
.... .. - . - ..
ilMli~1I1
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
...,'.......'...,--......
....'.....'.'-.-.......
,:,-":,,-,-.,:,,".,,.-.,-.-,.
I 11.11111,
C/N,F
CI N,F
C/N,H
C/N,F
N/N,F
RI N,F
CI N,F
C/N,F
C/N,F
C/N,F
A/N,F
N/N,F
C/N,F
C/N,F
C/N,F
R/N,H
R/N,F
"."'''''','.'''''.'' tall
..................
................
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
II~IIIII
129
12529
129
129
129
129
129
129
129
129
129
129
129
129
129
129
129
Hyla versicolor none X X X X CI N,F 3337
Plethodon cinerus cineru none X X X X R/N,F 3436
Ambystoma tigrinum tigri endangered X X X X RI F 3638
Ambystoma opacum none X X X X R/N,F 34 36 38
Thamnophis sirtalis none X X X X C/N.F 3840
Heterodon platyrhinos special concern X X X X R/N,H 38
Lampropeffis d. triangulu none X X X X C/N,F 3839
Scaphiopus holbrooki special concern X X X X C/N,F 33
Bufo woodhousei fowleri none X X X X CI F 3337
T errepene carolina none X X X X C/N,F 41
Activitv:
N- nesting
H- hunting
R- resting
-------------------
Dry Oak Forest Species - Inventory and Characteristics
:::,;:::::::::::::::::::::::'::::,:::::::::::::::::::::::::::,::::::::::::::::::'::::::,:::::::::::::::::::::::::,:::::, .'-: ':':':':':':':':"-:':':':':':':':':':':':':.:...,....". :~:::::::;:.:.:.-: ::::::!:::::~:::::r::::::::::'
11111111I,II .....I!iii~itiIil.;
gray catbird
black capped chickadee
brown-headed cowbird
brown creeper
American crow
yellow-billed cuckoo
house finch
common flicker
Acadian flycatcher
great-crested flycatcher
common grackle
ruffed grouse
broad-winged hawk
Cooper's hawk
red-tailed hawk
sharp-shinned hawk
blue jay
Northern (dark-eyed) junco
Eastern kingbird
golden-crowned kinglet
ruby-crowned kinglet
purple martin
Northern mockingbird
white-breasted nuthatch
northern oriole
ovenbird
common screech owl
great-horned owl
long-eared owl
American robin
yellow-bellied sapsucker
fox sparrow
Dumetella carolinensis
Parus atricapillus
Molothrus ater
Certhia tamiliaris
Corvus brachyrhynchos
Coccyzus americanus
Carpodacus mexicanus
Colaptus auratus
Empidonax virescens
Myiarchus erinitus
Quisea/us quiscu/a
Bonasa umbellus
Buteo p/atypterus
Accipiter cooperii
Buteo jamaicensis
Accipiter striatus
Cyanocitta cristatta
Junco hyemalis
Tyrannus tyrannus
Regulus satrapa
Regulus calendula
Progne subis
Mimus polyglottos
Sitta carolinensis
Icterus galbula
Seiurus aurocapillus
Dtus asio
Bubo virginianus
Asio otus
T urdus migratorius
Sphyrapicus varius
Passerella iliaca
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
111~1~1;11~li'~rr~III'
.........-.-....,._._............
.....".......
................,..........'..-...,.
......-............,...,........._-,.
.-.....,.....-...-.-....
...-:...-.-.-.-...,'.......-,..,-.
.............,.....
i;fjJ!
late X
X X X X
X X Early
X X Early
X X X X
late X
X X X
X X X X
late X
late X
X X X X
X X X X
X X
X X
X X X X
X X X X
X X X X
X X Early
X X Early
X X X
X X X
late X
X X X X
X X X X
late X
late X Early
X X X X
X X X X
X X X X
X X Early
late X Early
X X X
p..................................
.............. dillrlll
RI N,F
AI N,F
A/N,F
CI N,F
A/N,H
RI N,F
A/N,F
C/N,F
N/N,F
C/N,F
C/N,F
C/N,F
R/N,H
N/N,H
C/N,H
N/N,F
A/N,F
R/N,F
C/N,F
R/N,H
R/N,H
RI N,F
C/N,F
A/N,F
C/N,F
C/N,F
C/N
C/N,H
C/N,H
A/N,F
C/N,F
RI F
'::':::':'::'::'::':::':':',:,::::,,:::::::::;,,::::::;:'::::':':':
::;:::::;:::::::::::;:::::;::,::;,:::::::;::::;:;:,:;:::;:::;:::;:";
.:.:._.:.:'.........-.'......'.-:.:'.........-....-_..'......-.'...-.....
....-.. .-----....,
1.I~g~
49
411
46
49
411
412
420
414
415
415
46
48
416
417
416
416
410
421
415
47
47
415
49
49
46
419
417
417
417
47
14
2021
-------------------
.::::::;:::::::::::::::::::::::::::::::::~{:::::;:".:.;.......---.
:,,:-::::::;,::::'::';':';:'::'::;:::::;':'::;::':'::::':"':;:':::::::::':::::':::"':''','
1~II~fili~l.
.........,..,-........
-:-"-,-,',-,-,'",,,--.',.'.-.-.-.-.-.
-":':';';-;.;.:.;..,:...:.:.:.:.:.>;.,-,-,
.............m...........
............. ...-
..,..-..........--......
..............-.-.w..........
111~I~Blil~I
... ..........P........g... .....................,............
x x
x x
x x
x x
x x
x x
x x
x X
Late X
Late X
Late X
X X
Late X
Late X
X X
Late X
X X
X X
X X
X X
Late X
.....................................E.............................1... ..........................................
:::j............... ~~1I11illi iil~i~
X
X
X
.....-'...,
winte.r
X
X
X
house sparrow Passer domestieus
song sparrow Me/ospiza me/odia
European starling Stumus vulgaris
scarlet tanager Piranga olivaeea
brown thrasher T oxostoma rufum
hermit thrush Catharus guttatus
wood thrush Hy/oeieh/a mustelina
tufted titmouse Parus bie%r
veery Catharus fuseeseens
red-eyed vireo Vireo olivaeeus
yellow throated vireo Vireo f1avifrons
black-and-white warbler Mniotilta varia
black-throated blue warbler Dendroiea caeruleseens
blue-winged warbler Vermivora pinus
cedar waxwing Bombyeil/a eedrorum
whip-poor-will Caprimu/gus vociferous
Eastern wood-peewee Contopus virens
downy woodpecker Pieoides pubeseens
hairy woodpecker Picaides villosus
red-bellied woodpecker Me/anerpes earolinus
house wren T rog/odytes aedon
Mammals
big-brown bat
hoary bat
Keen's bat
little-brown bat
red bat
Eastern pipistrelle
silver-haired bat
Eastern chipmunk
Eastern cottontail
white-tailed deer
red fox
Eastern mole
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
C/N,F 420
CI N,F 422
C/N,F 423
CI N,F 4
R/N,F 49
C/N,F 47
CI N,F 47
C/N,F 411
RI N,F 47
C/N,F 423
R/N,F 423
C/N,F 418
C/N,F 18
RI N,F 414
C/N,F 4 23 32
C/N 412
CI N,F 415
A/N,F 414
CI N,F 414
C/N,F 414
RI N,F 49
CI N,F 129
C/N,F 45
R/N 129
C/N,F 129
C/N,F 129
RI N,F 129
R/N,F 129
C/N,F 129
CI N,F 129
CI N,F 12529
C/N,H 129
CI N,F 129
Early
X
Early
X
X
X
Early
Early
X
X
X
X
X
X
Early
Eptesieus fuseus
Lasiurus borealis
Myotis keenii
Myotis lueifugus
Lasiurus borealis
Pipistrel/us subflavus
Lasionyeteris noetivagan
Tamis striatus
Sylvilagus f10ridanus
Odocoileus virginianus
Vu/pes vulpes
Sea/opus aquatieus
X
X X
Late
X
X X
Late X
X X
X
X X
X X
X X
X X
X X
none
none
none
none
none
none
none
none
none
none
none
none
X
Early
Early
X
Early
Early
X
X
X
X
X
X
X
X
X
X
X
-------------------
house mouse
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
masked shrew
short-tailed shrew
striped skunk
Eastern gray squirrel
southern-flying squirrel
pine vole
long-tailed weasel
Herptiles
spring peeper
red-backed salamander
marbled salamander
Eastern garter snake
eastern milk snake
Eastern spadefoot toad
.-.:.:.....-.._.,._..',._...,....-,-,-.-.-.._.,..'.......-,..-,-....,.....,._._.
.;..,.,:".",-:-:,:.:,;.:.;.;.;.,.,.;.;.,.;.;-:;,.;.:.:.c.;.;.,.:.,-:.;.,.,.:.;
.-..._...,...,.,._,_........-.-.-.-.........,..._........-.-.-.....
-........................-.-...................._-.
111.illll.I.........
Mus musculus
Zapus hudsonicus
Peromyscus leucopus
Didelphis virginiana
Procyon lotor
Sorex cinereus
Blarina breuicauda
Mephitis mephitis
Sciurus carolinensis
Glaucimys volans
Microtus pinetorum
Mustela frenata
Hyla crucifer
Plethodon cinerus cineru
Ambystoma opacum
Thamnophis sir/alis
Lampropettis d. triangulu
Scaphiopus holbrooki
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
...................-........
.......--- .....
.-...............-.....
...-..-.....-.-,-...-.-...-...........
....----.-.........
:.,::-;.;.:.:.:.:.;.:.;':';':':-;":";",.'
......-.._-.-.-.-.-.-.-.'..,...,............
.......-.-.............
.,..,..,..-...'.'....,..,.
;Iinilr
.........................'......,.,............
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
ii",rlllli
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
.,...,.....'-.....-.,.,.,,-,..,.,
'-'-'-"',"',",-,'-',':':'
...................,..
.... ............
....-...-.-..............
.... .........
.,-,......,......,...
...-.-.-..................-...._,.
'''''''.-''''''''''''-
...... ...............
"1..1',.'1.'.
.....,..... ...-.
:::;:::::::::;:::. .:::::::
,:;:::r:;:::;::'..;.......:'.:,..::::;:~
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
.......I~lIfii~
N/N,F
RI N,F
C/N,F
C/N,F
C/N,F
CI N,F
AI N,F
NI N,F
AI N,F
C/N,F
C/N,F
R/N,H
R/N,F
R/N,F
RI N,F
C/N,F
C/N,F
CI N,F
::;:;::'::;:::':':':',::::::::,::::;::":::::,,,::::::':::':':"'X:':"
;:,: ;:;:.;:;:.;:.;::'.::;:::::;'::;:;:;:.::;:.::.;:::.;:;::::":::,:;:;:::',:,,,:
. ......... -......-......
...-.-....,-,......-.-.....,-..,......,...-,....
....1.111$;
129
129
129
129
129
129
129
129
129
129
129
129
33 35 38
3436
34 36 38
3840
3839
33
-------------------
Terrestrial Cultural Species - Inventory and Characteristics
..........-,.,--,.............,---..
.,.,.,.,.;.,-..,-....:...,.;.;.,.;.;.,.;.;.;.;.:...;.:.;.,.;
...........-.-............-......
.'.."---,'-.---.-"."",'-"-,
. .... , . .........., ....
..............-.--.-....'..................w.
.,..,.,-,'-,-,....,.".-,..-,......'.......,.-.-,..,......'...........-......
~~ml~gllJ. ....cc
Birds
red-winged blackbird
Eastern bluebird
common bobwhite
indigo bunting
Northern cardinal
gray catbird
brown-headed cowbird
American crow
mourning dove
rock dove
great-crested flycatcher
common grackle
Northern harrier
Cooper's hawk
red-tailed hawk
sharp-shinned hawk
blue jay
American kestrel
killdeer
Eastern kingbird
Eastern meadowlark
Northern mockingbird
common nighthawk
barn owl
great-horned owl
ring-necked pheasant
black-bellied plover
American robin
chipping sparrow
field sparrow
grasshopper sparrow
.............................,..........
.... ........ ....... ....w..
Age/aius phoeniceus
Sialia sialis
Colinus virginianus
Passerina cyanea
Cardinalis cardinalis
Dumetella carolinensis
M%thrus ater
Corvus brachyrhynchos
Zenaida macroura
Columba livia
Myiarchus crinitus
Ouisca/us quiscu/a
Circus cyaneus
Accipiter cooperii
Buteo jamaicensis
Accipiter striatus
Cyanocitta cristatta
Fa/co sparverius
Charadrius vociferus
Tyrannus tyrannus
Stumella magna
Mimus po/yg/ottos
Chordeiles minor
Tyto alba
Bubo virginianus
Phasianus co/chicus
P/uvialis squataro/a
T urdus migratorius
Spizella passerina
Spizella pusil/a
Ammodramus savannarum
none
special concern
none
none
none
none
none
none
none
none
none
none
threatened
special concern
none
none
none
none
none
none
none
none
special concern
special concern
none
none
none
none
none
none
special concern
.,..........,...,-.-,.......
..-.,-.-,..-.-.-.-.'...-...,.-.......-.-.-.-...'.
,,-...,.......,....,..,
.-,.........'.,..-..........
............-...-.-.'............-.............-.-.
......--.-"........".
......-,....-..,.....,..,..
..,-,...,..........'._...,...,-,_..,..-.,...-.
....,...,.-.-...-,.................,.....,-.
;1~lii
Ilrf~I_IIlI~
. .....JitJlI..........................................................
...............1'_'111
...............'........,...,..............'...'.............-...........,..
...._'.-.-.'....,'.....'....,'....-
"'-'-'-"-:'-":-'-'-"-'-'
...........-'...,'-.,...-.
',"-"-"",",-,'"
..".".....,.,-,-.
.-.-....,......-,-....
,...'........,.....
."...."...,-.,.".
:::.:.::ra:'....l.:
......,-, .
,-..'..,.--.... .
........-,-,- .
.-...'...,......... ..
..............
........".......
....",':.-.:"_._'.._-..,..-,-,..-...._..'_..'...-,-.-.-,...,'-'.....-,-.-.-,..
,:::::,:,:;:';:::':':::'::::';:::,:::::,:,:::,:::,:::;:,:,:,:,:::,:,::','::,:,:,
....:lltl~I~111
x
x X Early CI N,F 46
X X Early R/N,F 47
X X X C/N,F 48
Late X Early N I F 420
X X X C/N,F 420
Late X CI F 49
X X Early AI H 46
X X X AI N,H 411
X X X A/N,H 48
X X X A/N,F 48
Late X CI N,F 415
X X X A/N,F 46
X X X RI H 416
X X N/N,H 417
X X X CI H 416
X X X N/N,F 416
X X X A/N,F 410
X X X CI N,H 417
X X X CI N,F 43132
X X Early AI N,F 415
Late X CI N,F 46
X X X A/N,F 49
Late X R/N,F 412
X X X R/N,H 417
X X X R/N,H 417
X X X C/N,F 48
Early X Early RI F 3132
X X Early A/N,F 47
X X X C/N,F 421
X X X RI N,F 421
X X Early R/N,F 420
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
-------------------
.....-.......---...........----......----.,....
,.. """"'----'''''''''..-.".",.--.."...
...,.....,--,-,..,.......,.....,--..............--,-..........
....,...........,-.,-,-.-.-..--.........-...-,-..,-.........-.__.....-.-.-.-.....-......
'.....---........--..........--".......
.'..'.....,..,..-.....,...,..........,.,..,.,........,...,.....
...,.,-_..,.,.........-...-......,-_....,-..,-.-....,......_,.......-..-,.......,.
:::::.:-:,.::;.;:,:;::;::::::::::::;:.:::.::::;:;:::::::;':::':-.::::;::::-:':::::'::;:,:".::.::;.:::
........................',.--........'...,.-................
C. QmIQoNa. iii
.......--.......................-..............
house sparrow
Savannah sparrow
song sparrow
white-crowned sparrow
European starling
barn swallow
chimney swift
brown thrasher
chestnut-sided warbler
cedar waxwing
whip-poor-will
American woodcock
red-headed woodpecker
house wren
Mammals
Eastern pipistrelle
Eastern cottontail
white-tailed deer
red fox
house mouse
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
black rat
Norway rat
least shrew
striped skunk
pine vole
long-tailed weasel
Heptiles
Eastern garter snake
eastern milk snake
Fowler's toad
Passer domesticus
Passerculus sandwichensis
Melospiza melodia
Zonotrichia leucophrys
Sturnus vulgaris
Hirundo rustica
Chaetura pelagica
T oxostoma rutum
Dendroica pensylvanica
Bombycilla cedrorum
Caprimulgus vociferous
Philhela minor
Melanerpes erythrocephalus
Troglodyles aedon
Pipistrellus subflavus
Sylvilagus floridanus
Odocoileus virginianus
Vulpes vulpes
Mus musculus
Zapus hudsonicus
Peromyscus leucopus
Didelphis virginiana
Procyon lotor
Rattus rattus
Rattus norvegicus
Cryptotis parva
Mephitis mephitis
Microtus pinetorum
Mustela trenata
Thamnophis sirtalis
Lampropettis d. triangulum
Buto woodhousei towleri
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
...-,.-.-.'.-.__..'.,'..,..-,-....
...,-."........:.,.:.:...-...-,..,...,..,..
..................;.;.......
:':':'::":":""":':-":'::"::;:;":':'::
:,-,:",:,."":,:"-,,,-,,:,,.:,-";.:.:.;.:
Mllnter
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
mg~~~'9.~i!li
Isi'iijIHtot.sQwlimr
..... ..........-...If!.'.:~::......-.:tf. ..... ...._.........._..,.,........_._..._.'_.........._....
X X
X X
X X
X
X X
Late X
X X
X X
Late X
X X
Late X
X X
X X
Late X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
..-,-':..,-,.,..-......-.....-,-...'..
.:..',..,.....--.....,...
"':':"""-":"':':':':"';':"':'.':':'
.,."..,.,..............,....-
.,...:.;.......,.:..-;.:.:.>:.;.,...:.....
.....,.-.,.......,......,..
.'.'.-.-..........-...,......,.........
..........."..,..
.,'..-,.-.,.............,...
..........t.......'...l.....
...............a.. ....
...... ....
........ -....
.'.-.... , ..
...-..... ....
,.,.....- . ....
....-.... ......
"..... - ..
........... ....
,............,..,....
....................
X
Early
X
X
X
Early
Early
X
Early
Early
Early
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Fr...................................
..1"111rill
A/N,F
R/N,F
C/N,F
C/ F
A/N,F
A/N,F
C/ F
R/ N,F
N/N,F
C/ N,F
C/ F
R/ N,F
C/N,F
C/N,F
,- -.'.",..,....'........--....,.,..,....,
:-:':"':'..":.:.:".,-..;-:<.,.:._".,...;-,.,-,-,,,.,."..,...;-,-,-,.,
:':':':"':"':;':::'::::':':"'::,::"::,:,:,:,:,;,,,::"::,;:::;:",::::,
.-".-.-....,..........-..--....-...--.-,..--,-.-.-....,.'.-,'-
.........................................
...-...................,.,........,....
...".-........................-...........
.. ......... -...... ...-
l@t~tlJp@$
420
421
422
2232
423
415
442
49
419
42332
412
430
414
49
N / F 129
A/N,F 129
C/ F 12529
C/ H 129
C/N,F 129
R/ N,F 129
C/N,F 129
C/N,F 129
C/ F 129
N / N,F 129
C/N,F 129
N/N,F 129
N/ N,F 129
C/N,F 129
R/N,H 129
C/N,F 3840
C/N,F 3839
C/ F 3337
-------------------
Fresh Water Pond Species - Inventory and Characteristics
Ijl.II~IIII'llil
Birds
red-winged blackbird
canvasback
American coot
American black duck
ring-necked duck
wood duck
great egret
gadwall
blue-grey gnatcatcher
Canada goose
horned grebe
pied-billed grebe
great blue heron
green heron
Eastern kingbird
belted ki ngfisher
mallard
hooded merganser
common screech owl
semipalmated plover
least sandpiper
spotted sandpiper
greater scaup
lesser scaup
fox sparrow
European starling
barn swallow
rough-winged swallow
tree swallow
mute swan
green-winged teal
Age/aius phoeniceus
Aythya valisineria
Fulica americana
Anas rubripes
Aythya collaris
Aix sponsa
Casmerodius albus
Anas strepera
Polioptila caerulea
Branta canadensis
Podiceps auritus
Podilymbus podiceps
Ardea herodias
Butorides striatus
Tyrannus tyrannus
Megacery/e a/cyon
Anas platyrhynchos
Lophodytes cucullatus
Otus asio
Charadrius semipalmatus
Calidris minutilla
Actitus macu/aria
Aythya marila
Aythya affinis
Passerella iliaca
Sturnus vulgaris
Hirundo rustica
Ste/gidopteryx ruficollis
T achycineta bicolor
Cygnus %r
Anas crecca
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
x
x
X
x
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Late
X
X
Early
X
Late
X
X
X
X
X
X
Late
X
X
X
Late
Late
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
.,..,...........,...,........
,:.:,:;:,"::::::;::::'::::,:,:<,::,:::::'::::::::
...-..........-...-.-.'....-........-.-......
......-.........--.-......
-...,.,.,..,..,.,...--.....,...,....
.................-...........,........-....
. .,.,...-......,..,......
..,.,-..,.......-,.,.,....,...,....,..,-.-....
..............f...........I...I............
._.m,.... . . .......
..,.....,....... - ..............
.............-.'... ..w.......
;;;..;....;......ll...;.;..."'.;.
Early
Late
Early
X
X
Early
X
X
X
Early
Early
Early
X
X
X
X
Early
Early
X
X
X
X
X
X
.lili1rfl~
A/N,F
R I F
RI N,F
R/N,F
CI F
C/N
CI N,F
C/N,F
RI N,F
C/N,F
C/N,F
RI F
RIM
C/N,F
A/N,F
C/N,F
CI N,F
C/N,F
C/N,H
RI F
RI F
R/N,F
CI F
CI F
RI F
R/N,F
C/N,F
R/N,F
C/N,F
C/N,F
C/N,F
.....111_111
46
427
426
427
427
427
426
427
47
428
3242
32
426
426
415
412
427
427
417
3132
32
43132
3244
3244
2021
423
415
415
415
4
427
-------------------
common tern
American widgeon
lesser yellowlegs
Mammals
big-brown bat
Keen's bat
little-brown bat
red bat
Eastern pipistrelle
silver-haired bat
white-tailed deer
red fox
mink
meadow-jumping mouse
white-footed mouse
muskrat
Virginia opossum
raCDon
Norway rat
striped skunk
meadow vole
long-tailed weasel
bull frog
Herptiles
common gray treefrog
green frog
wood frog
red-spotted newt
spring peeper
spotted salamander
Eastern tiger salamander
marbled salamander
Eastern garter snake
eastern milk snake
......,.-'.,..,.....-....................
:::.,:,::::::::,:::::-:::'::'::":':::::;:::;':'::::-:.:.:........
...... .............
..................
....-----............,
."..........---,..,....
.-........,...,.,.....
..-.-.-,-.'....,......-.......
II~tllllll.i
Stema hirundo
Anas americana
T riniga f1avipes
........., .......
.........................
......".'.........-.-.
...............,.-.....-...-......
... - ...
..-....................
'.."............'...-.
..,..--.........,.-...
.-.....-.-...-.-'............'..
..-...................
.,..-...........,.,.,....
.,.......-..,....-_.....................
..............-...-..-.
.-........,....,.,...
..........-.-.w...,...........
Eptesicus fuscus
Myotis keenii
Myotis lucifugus
Lasiurus borealis
Pipistrellus subflavus
Lasionycteris noctivagans
Odocoileus virginianus
Vulpes vulpes
Mustela vison
Zapus hudsonicus
Peromyscus leucopus
Ondarta zibethicus
Didelphis virginiana
Procyon lotor
Rattus norvegicus
Mephitis mephitis
Microtus pennsylvanicus
Mustela frenata
Rana catesbeiana
Hyla versicolor
Rana clamitans
Rana sylvatica
Notophthalmus viridescens
Hyla crucifer
Ambystoma maculatum
Ambystoma tigrinum tigrinum
Ambystoma opacum
Thamnophis sirtalis
Lampropettis d. triangulum
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
endangered
none
none
none
...,n_...............,......
...'......-.-...-.-...-.'..........-.-.....-.......'.
.--..-................. .
...,......................,...
.........................'.........N................
.-,-..-......"..... .
.....-........................
........,-...............
.......................,.,...,.,...,......
............ . .
.............---..................
. .... .......... ... .
..,.,........--....,.,..,......,..
..WJ.........t...............
........ ... ....
..., ....
..... . ....
n., ..
....... ... ......
... ....
...,..........,....1'1..1[:".,'.
x
x
x
x
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
....e...........,....
....................'..f1~Mnli!p;~~!n!~.
sliitlna.$ijmmer
..............M...,.w.):l'....... _._._._._._........................,........_....._.
Late X
X X
Early
X X
X
X X
Late X
X X
X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
.....................
""_n._._...,....,',_,
.,n,.....,............,......
....................,...........-...
.......--..--..,.
. ---..,..,..,........--
.-.,...,.....-.........,-.....
c.....:.:...:.:.;.:.:.,.:.:.:.:.:.:.:',.:.:.:.:.:.
._....,.....,-----,----,..,..
...........,.......'..1.....
...........8. .......
"',''',' .....
.................. ,'--.-.'--.'
........- .,......
.......... ..,....
....,...,. ,""'"
................., ....-...-.-...
.......................................,...
X
X
Early
X
Early
Early
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
"'..........................
..ffitt99~n~y~
..Iltibitituile}
R/N,F
C/N,F
RI F
lillll:
424
427
3032
RI H 129
R/N 129
CI H 129
RI F 129
RI F 129
RI N,F 129
CI F 12529
CI H 129
C/N,F 1
R/N,F 129
C/N,F 129
C/N,F 129
CI F 129
C/N,F 129
CI N,F 129
N I F 129
R/N,F 2945
R/N,H 129
C/N,H 33 34 35 37
C/N,F 3337
C/N,H 33 35 37
C/N,F 3337
C/N,F 3638
RI N,F 33 35 38
R/N 34 36 38
R/N,F 3638
RI F 34 36 38
C/N,F 3840
C/N,F 3839
-------------------
Eastern ribbon snake
Northern ringneck snake
Northern water snake
stink pot
Fowler's toad
Eastern box turtle
painted turtle
snapping turtle
spotted turtle
....,...,...........,.".
......-..............-.'...'.........
..,...-.-........,....
.....:.;.:.;.;.:.-.-,.....
'W'"
-.w...'..,..............,._,.,:._.'_'......._.,...:..,......................,._..
Blnt.li.
""n.
...'....;.:....'......'.
Thamnophis s. sauritus
Diadophis punctatus
Natrix sipedon sipedon
Stemotherus odoratue
Bufo woodhousei fowleri
T errepene carolina
Chrysemys picta
Chelydra serpentina
Chlemys guttata
none
none
none
none
none
none
none
none
special concern
...........................
,-"". ...,..,.......
......---,.,...........,
....... -........"....
.'...,-.-..,.,.......,..-..
.......................,............-.....-..
.-...-.......'-'_.........-.-...-,..'...'-'_...
""""'. --,...........
.........................
...............-,......".
.....------.. ..........
,.......--,-.........
"""""'"''n''''m'''''''''''''
.... -.
...'.. .. .
""""WJ.,..'.....,r
X
X
X
X
X
X
X
X
X
. .......,...i!!gggQurlnlJ
... tlirl~giil.t
X X
X X
X X
X X
X X
X X
X X
X X
X X
.,',...-.-.....,---,.,.......,'.
...,.....--,-.......-.,.,.._'..
.............,.....-.'.-.-.'_.-...........
.....................
..-....,.,.....--..........
...........,..........,...........,.......
...--............-...
......,.,.,...........-.-.-,...,...,.........
..........................
. ., ..-........... ,
"",'""f"4"""1'..,"""'"
.-.....,.-.. . ",'"
................ .........
....:.....'........ ,.-......
;:':.,:::::::::,::'...'.'....:..-,-.;:::::::~
X
X
X
X
X
X
X
X
X
.....I;Tillrilll
C I N,F 3840
CI H 38
C/N,F 3839
C/N,F 38
C/N,F 3337
C I N,F 41
C I N,F 38
C/N,F 3841
R/N,F 3841
-------------------
Wooded Swamp Species: Inventory and Characteristics
Birds
red-winged blackbird
Northern cardinal
wood duck
great-crested flycatcher
blue-grey gnatcatcher
rose-breasted grosbeak
yellow-crowned night-heron
mallard
white-breasted nuthatch
osprey
great-horned owl
saw-whet owl
Eastern phoebe
spotted sandpiper
swamp sparrow
European starling
tree swallow
tufted titmouse
veery
yellow warbler
American woodcock
downy woodpecker
hairy woodpecker
red-bellied woodpecker
Mammals
big-brown bat
little-brown bat
Eastern cottontail
white-tailed deer
red fox
mink
Ilil~~II~WIII~11I1
Agelaius phoeniceus
Cardinalls cardinalls
Aix sponsa
Myiarchus crinitus
Polloptila caerulea
Pheucticus ludovicianus
Nyetieorax violaceus
Anas ptatyrhynchos
Sitta earollnensis
Pandion hallaetus
Bubo virginianus
Aegolius aeadicus
Sayornis phoebe
Actitus maeularia
Melospiza georgiana
Stumus vulgaris
T aehyeineta bieolor
Parus bieolor
Catharus fuseeseens
Dendroeiea petehia
Philhela minor
Pieoides pubeseens
Picoides villosus
Melanerpes carolinus
none
none
none
none
none
none
none
none
none
threatened
none
none
none
none
none
none
none
none
none
none
none
none
none
none
Eptesieus fuscus
Myotis lueifugus
Sylvilagus floridanus
Odoeoileus virginianus
Vutpes vutpes
Musteta vison
none
none
none
none
none
none
x
x
x
x
X
X
X
X
X
X
X
X
X
X
X
X
X
.-...,...,.............
..-.................,
.....n.____'._,.."..
..........".......
.....................
......'......-.-.-.....
...................-.
.................-.
.....................
..-................
.....-................,..
..........._,--..
...................
........ "'fa" "1'"
...... . _n
........... . ....
....... .
.......... -."
........ ..
.-.--.... ...
.........-.- ...
.-....... ....
........ ..
...------,. ....
......................
.................
.........lillrllill~~111
X X Early A/N,F 46
X X X CI N,F 420
X X Early C/N,F 427
Late X CI N,F 415
X X R/N,F 47
Late X Early R/N,F 420
X X X C/N,H 426
X X X C/N,F 427
X X X A/N,F 49
X X Early C/N,H 416
X X X C/N,H 417
X X X C/N,H 417
X X Early CI N,F 415
X X Early RI N,F 43132
X X X C/N,F 422
X X X R/N,F 423
X X C/N,F 415
X X X C/N,F 411
Late X C/N,F 47
Late X C/N,F 418
X X X CI N,F 430
X X X AI N,F 414
X X X CI N,F 414
X X X CI N,F 414
X X X RI H 129
X X X RI H 129
X X X AI F 129
X X X CI F 12529
X X X C/ H 129
X X X C/N,F 1
-------------------
star-nosed mole
meadow-jumping mouse
white-footed mouse
muskrat
Virginia opossum
racoon
Norway rat
masked shrew
short-tailed shrew
Eastern gray squirrel
southern-flying squirrel
meadow vole
pine vole
long-tailed weasel
Herptiles
bull frog
common gray treefrog
green frog
Southern leopard frog
wood frog
red-spotted newt
spring peeper
spotted salamander
Eastern tiger salamander
marbled salamander
Eastern garter snake
eastern milk snake
Eastern ribbon snake
Northern brown snake
Northern ringneck snake
Northern water snake
painted turtle
............... . ---.--'~...,.,.....,.".._...
,. "W :tIItIWlIHiF: /~I~!%)?;:{{:}'::::':':::::::::<':"
sClebtlfljiNameiiiiIiI
Condylurn eristata
Zapus hudsonieus
Peromyseus leueopus
Ondarta zibethieus
Didelphis virginiana
Procyon lotor
Rattus norvegieus
Sorex einereus
Blarina breuieauda
Seiurus earolinensis
Glaucimys volans
Microtus pennsylvanicus
Microtus pinetorum
Mustela frenata
...-._,-......"..
...__n'_.........
.........-,-,...................--..
..... .........
.................-..........
.. .........----,.
.......................
....illlltnllli
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
...................,
:.-.............'...,..'....'..'-.-'.-.,..'.......
.............
......,-...........,
.............--..-...
....,...-...-...-.......................
...........,.,.....
.......... Ef~quencyl.......... ....................................................................
.1~11111~1..I~tlill..
R/N,F 129
R/N,F 129
C / N,F 1 29
C/N,F 129
C/N,F 129
C / N,F 1 29
C/N,F 129
C/N,F 129
A/N,F 129
A/N,F 129
C/N,F 129
R/N,F 2945
R/N,F 129
R / N,H 1 29
........................
......................
...-........-..-,.......
......-...-...--..--
..--,.,--".,..,.".,..
...... w.......'. 1.".1....8. t
..... .... ......
....--,.......,........
X
X
X
X
X
X
X
X
X
X
X
X
X
X
-.-..-.-.-.-..-.-.....'..'.'.
.....,....,.....,..--
.....................
.........ra....'...I......
...--.... ..
......... ..
........... .
......... ....
........., ..
......... ...
'.:.:.;.:.;.;.;.:;:..;..........;.,
X
X
X
X
X
X
X
X
X
X
X
X
X
X
none
none
none
none
none
none
none
none
none
none
none
none
none
none
Rana catesbeiana none X X X X C/N,H 33 34 35 37
Hyla versicolor none X X X X C/N,F 3337
Rana clamitans none X X X X C/N,H 33 35 37
Rana pipiens sphenoeephala special concern X X X X R/N,F 35 37 38
Rana sylvatiea none X X X X C/N,F 3337
Notophthalmus viridescens none X X X X C/N,F 3638
Hyla crucifer none X X X X A/N,F 33 35 38
Ambystoma maculatum special concern X X X X C/N,F 34 36 38
Ambystoma tigrinum tigrinum endangered X X X X R/ N,F 3638
Ambystoma opacum none X X X X R/N,F 34 36 38
Thamnophis sirtalis none X X X X C/N,F 3840
Lampropettis d. triangulum none X X X X C/N,F 3839
Thamnophis s. sauritus none X X X X C/N,F 3840
Storeria dekayi none X X X X C/N,H 38
Diadophis punctatus none X X X X C/ H 38
Natrix sipedon sipedon none X X X X C/N,F 3839
Chrysemys picta none X X X X N/N,F 3840
-------------------
Salt Marsh Species: Inventory and Characteristics
......................................----....
............................... .
..............-......................
.......... .... .....,...---.-..
......... .....................
.,-..-.-..................
........................h...
...............
..-.....-.........
.,...,.,..'.....,..-.,.,.,.,........._'.........,..'.-......,-.-....,....-.-.-.-.-.-...-,.,-.-.-...-.
leimtfle.INamei
......................................................................w...-.....-.....w.
Birds
red-winged blackbird Age/aius phoeniceus
brant Brant bernicla
canvasback Aythya valisineria
American coot Fulica americana
double-crested cormorant Pha/acrocorax auritus
fish crow Corvus ossifragus
short-billed dowitcher Limnodromus griseus
American black duck Anas rubripes
ring-necked duck Aythya col/aris
ruddy duck Oxyura jamaicensis
great egret Casmerodius a/bus
snowy egret Egretta thu/a
peregrine falcon Falco peregrinus
gadwall Anas strepera
Canada goose Branta canadensis
horned grebe Podiceps auritus
pied-billed grebe Podilymbus podiceps
Bonaparte's gull Larus philadelphia
great-black-backed gull Larus marinus
herring gull Larus argentatus
ring-billed gull Larus de/awarensis
Northern harrier Circus cyaneus
little-blue heron Egretta caerulea
tricolored heron Egretta tricolor
yellow-crowned night-heron Nycticorax vio/aceus
glossy ibis Plegadis fa/cinel/us
belted kingfisher Megacery/e a/cyon
common loon Gavia immer
red-throated loon Gavia stel/ata
mallard Anas platyrhynchos
hooded merganser Lophodytes cucul/atus
.................................."..
........'......'..-...'....'.....................-.-..'.-.-.-'-'-'.-'-'-'.-'-'..'-'.'-'.'
.......... .........-.....
.,.-,-...-.-.-.-,-...-.-...-...-,-.......,.,...,.,.,...
.....-...-.-...,..,-...
....................................................
............. ...... ...
.......-....-.-.........-........,-.,..
.................. ...
...........m.......'.,.....,.......
...-..."..,..,....,.,'-,..,.'..................
.......................... ..
...".,.,..,.".,....".,..,.".
tiStatus
.........................................
... ..................
.............................
.".,..,..,..,..,..,."....,......
..-...................,...............
... .... ....
................Ijiti~
none
none
none
none
none
none
none
none
none
none
none
none
endangered
none
none
none
none
none
none
none
none
threatened
none
none
none
none
none
special concern
none
none
none
x
x
x
X
X
X
X
X
X
X
X
X
X
X
X
X
X
.............................."''''....'''.'''',............................
...1....... !tY\!niilY!if!ngI
....-......."...."..-.... -,..,..,..,..,..,..,..,..,. ..,.".".,..,..,.,..
..$pifig;$pllir;fitl
X
March
X
Late
X
X
X
x
X
Late
Late
X
Early
X
X
X
X
X
X
Late
X
X
Late
X
X
X
... 111'1111 1IIIIIi
X
Early R/N,F 46
C/F 28
Late RI F 427
Early CI N,F 426
C/N,H 432
X C/N,H 411
Early RI F 32
X C/N,F 427
X N I F 427
Early R/N,F 428
C/N,F 426
Early C/N,F 426
X R/N,H 417
X N/N,F 427
X C/N,F 428
X CI F 3242
Early RI F 32
X RI F 24
X C/N,F 424
X C/N,F 424
X N/N,F 424
X R/N,H 416
R/N,F 426
R/N,F 426
X C/N,H 426
R/N,F 426
X C/N,F 412
X C/N,F 3132
X R/N,F 3242
X C/N,F 427
X R/N,F 427
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
-------------------
red-breasted merganser
merlin
oldsquaw
osprey
saw-whet owl
short-eared owl
American oystercatcher
black-bellied plover
piping plover
semipalmated plover
clapper rail
Virginia rail
sanderling
least sandpiper
semipalmated sandpiper
spoiled sandpiper
greater scaup
Northern shoveler
black skimmer
common snipe
Savannah sparrow
seaside sparrow
European starling
mute swan
common tern
I east tern
roseate tern
ruddy turnstone
American widgeon
willet
greater yellowlegs
lesser yellowlegs
Mammals
Keen's bat
""'-'-:;:':"""':':':':";::":::'-',::::::::,::::::,:,;,::,:"",.::,.;-;.;... ::::.:,':)\}::::::':::=:)\::::;:,-:-:.,.',.....
._..._....,_,___,...,_..,,_._,...,........N_,__,_....,.'-'_"_-'"_'_"",'" "-"c.-c:.:-,.".,_,."_"_','"
""'-"":"-'---":'";,;,;';"-'--"-:,,,:<-,.:.,.;.:.;.,.,.:...:,..:.:-:.;.:.,.,-:-,-,.:.;-;.::.::::., ,...". ,"","',"""",',"",'"
~~lgiii!;Ilill. ........Il@(y$
Mergus serrator
Falco columbarius
Clangula hyemalis
Pandion haliaetus
Aegolius acadicus
Asio flammeus
Haematopus palliatus
Pluvialis squatarola
Charadrius melodus
Charadrius semipalmatu
Ral/us longirostris
Ral/us limico/a
Calidris alba
Calidris minutil/a
Calidris pusilla
Actitus macularia
Aythya marila
Anas clypeata
Rynchops niger
Gallinago gal/inago
Passerculus sandwichen
Ammodramus maritimus
Stumus vulgaris
Cygnus olor
Sterna hirundo
Sterna antil/arum
Sterna dougal/if
Arenaria interpres
Anas americana
Catoptrophorus semi pal
Tringa melanoleuca
Triniga flavipes
Myotis keenif
..?EpUn(:lPdrlij'"
lit!tlt~pl~~
X X
none
none
none
threatened
none
special concern
none
none
endangered
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
threatened
endangered
endangered
none
none
none
none
none
none
X
X
X
X
x
x
x
x
X
X
X
x
X
X
X
X
X
Early
X
Late
X
Late
X
X
X
Late
X
X
X
X
X
Late
Late
Late
Late
X
X
X
Early
.,'.._'-'.._----.-.-......._'.....
... .........- .",
..,...,......,-.......,.,....,..,-..
.-.-......-..........-,-.-.....'....-_..-...,..,-.
.........-,..-,-"...-..--.
.:-.,:..-,...:.:.:.,..:.:-:.:-.,:....,......
, .--...,.... -.'"''
"'-"""'-""'--"'''-'','',---"
$. ulme,
...........................
X
X
X
X
X
X
X
X
X
X
Late
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Ijl'~lllll
X R/N,F 427
X RI H 32 17
X RI F 3242
Early C/N,H 4 16
X CI N,H 4 17
X NI N,H 4 17
X C/N,F 431
Early NI F 31 32
CI F 431 32
Early CI F 31 32
X CI N,F 42632
Early R/N,F 4 26 32
X RI F 3032
CI F 32
Early CI F 32
Early CI N,F 431 32
X CI F 3244
Early CI N,F 427
CI N,F 424
X N/N,F 430
Early C/N,F 421
X CI N,F 421
X R/N,F 423
X C/N,F 4
C/N,F 424
CI N,F 424
Early R/N,F 424
Early RI F 31 32
C/N,F 427
Early R/N,F 431
Early C/N,F 3032
X CI F 3032
Early R/N 1 29
-------------------
red bat
silver-haired bat
white-tailed deer
red fox
mink
meadow-jumping mouse
white-footed mouse
muskrat
Virginia opossum
racoon
Norway rat
pine vole
long-tailed weasel
Herptiles
diamond backed terrapin
,.,.,.,.:.;.:.;.;.:-,-,.,-:-;.:.:.,.:.;.;.,.......
.-...'........,......._-,-..,.,.,'..,.,'.-
n........_____".
...,..,-..,..'.,'....---.
.......:.;...
, --........ -........-
...,-:-,.:.:.:.:.:.;.;.;.:-".:.:.:.;.,.:.,.:.:-:.:
IgliijJII~.li
Lasiurus borealis
Lasionycteris noctivagan
Odocoileus virginianus
Vulpes vulpes
Mustela vison
Zapus hudsonicus
Peromyscus leucopus
Ondarta zibethicus
Didelphis virginiana
Procyon lotor
Rattus norvegicus
Microtus pinetorum
Mustela frenata
Malaclemys terrapin
.............-.........-.-.--........-...
"_'_'_' _n.._."..,......._...._'.__..
......__......__.........d.......
...,-,...,---,...".._-,........--,.-.
.,.....,.-.,...-......-,.....,'-.,...,.,..-......-,-.,-..,-"--','-'
..,...,.,.,....--,......,...,...,......,.,......
.......,_.,...,_._,_......,-,....:-,-,.._,-,.._,.-,-...-,"-,"',-'-'.
.......-.-.....,.._...........-,-..................-.-......-.......
......................-............
.....-...................................
..- ..................- ...
tI~IY~
.".;.;.:-::,.,-,.,.
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
EQq.Qy~ingI??Ii.................. .
ijojitIi~Ptlig .....IBit
Late X
X
X X X
X X X
X X X
X X X
X X X
X X X
X X X
X X X
X X X
X X X
X X X
X
X
X
r~llrllllllllll
RI F 129
R I N,F 1 29
C I F 1 25 29
RI H 129
CI N,F 1
R/N,F 129
R I N,F 1 29
C/N,F 129
C I F 1 29
C/N,F 129
C/N,F 129
R/N,F 129
R / N,H 1 29
Early
X
X
X
X
X
X
X
X
X
X
X
X
R/N,F 3841
-------------------
Intertidal Flat Species: Inventory and Characteristics
{{::~(:{}tt:)j:>)ti{(:{j:t::!/(:mttt! ..... -. ,-.'. '::';"'::;:::;:;:;::';:::::::;::::::;:;::;::;::::::::;:::::,;;;::;::::::;::;:;;:::::::::;::t::;:::.
;:-..:.......;.-.-.-........:.....:....-...'.....,...-:.-...................,.-...;.....'....
111111..,
Birds
brant
American coot
double-crested cormorant
fish crow
short-billed dowitcher
American black duck
great egret
peregrine falcon
Bonaparte's gull
great-black-backed gull
herring gull
ring-billed gull
little-blue heron
tricolored heron
glossy ibis
common loon
red-throated loon
red-breasted merganser
merlin
osprey
short-eared owl
American oystercatcher
black-bellied plover
piping plover
semipalmated plover
clapper rail
Virginia rail
sanderling
least sandpiper
semipalmated sandpiper
spotted sandpiper
...-..........,.......
:.;.,..,-.;.:...,.:.......-..-.
W'"
:"':':';';.;.::::;':.:.:: ::;:::,:::'::::;::::::::::::::,:::;:':'::::::,,::::::::::::::::::::::::::::":::::::::::;:;::': ,::::::;::::::;:::;:::::::(::::::::::;:;:;:;:::::::::::;:':;';:;:::;.;::.:::.;
..............., .l~lif!AI~.'..........~J;lg~
Brant bernicla
Futica americana
Phalacrocorax auritus
Corvus ossitragus
Limnodromus griseus
Anas rubripes
Casmerodius albus
Falco peregrinus
Larus philadelphia
Larus marinus
Larus argentatus
Larus delawarensis
Egretta caerulea
Egretta fricolor
Plegadis talcinellus
Gavia immer
Gavia stellata
Mergus serrator
Falco columbarius
Pandion hatiaetus
Asia flammeus
Haematopus palliatus
Pluviatis squafarola
Charadrius melodus
Charadrius semipalmatu
Rallus longirostris
Rallus timicola
Catidris alba
Catidris minutilla
Catidris pusilla
Actitus macularia
none
none
none
none
none
none
none
endangered
none
none
none
none
none
none
none
special concern
none
none
none
threatened
special concern
none
none
endangered
none
none
none
none
none
none
none
...'......----..--....'....--....,
...............................
.,....,.................,...,..,....
......','..........,..,.,...........................,..........
............,.--..............
.........,.....,.."....,.,.,.,......,...
...,..........,...,.............,....................'.'.
...,........."............--..
........,.,..................,.................
. -- --......... ....
.................'..,..',".,....
I Milntet
.....,......... ...'.......w.-.....'...........,......
;fiq9~~.JI!~!tI;m
.....~p~!~g~gm!1l~..f~U
x
x
x
X
X
X
X
X
X
X
X
X
X
X
March
X X
Late X
X X
X X
X X
X X
X
X X
X X
X X
Late X
X X
Late X
X X
X X
X X
X X
Early X
X X
Late X
X X
Late X
Late
X
X X
X X
Early
X
Early
X
X
X
X
X
Early
X
X
Early
Early
X
Early
X
Early
Early
.......liIlBIIIBIIII
X
X
X
X
X
C/F
CI N,F
C/N,H
CI H
RI F
C/N,F
C/N,F
R/N,H
RI F
CI F
CI F
N/N,F
R/N,F
RI F
RI F
C/N,F
R/N,F
R/N,F
RI H
C/N,H
NI H
CI F
N I F
CI F
CI F
CI F
N I F
RI F
CI F
CI F
C/N,F
28
426
432
411
32
427
426
417
24
424
424
424
426
426
426
3132
3242
427
3217
416
417
431
3132
43132
3132
4 26 32
42632
3032
32
32
43132
-------------------
greater scaup
Northern shoveler
black skimmer
common snipe
Savannah sparrow
seaside sparrow
European starling
mute swan
common tern
least tern
roseate tern
ruddy turnstone
willet
greater yellowlegs
lesser yellowlegs
Mammals
Keen's bat
red bat
silver-haired bat
white-tailed deer
red fox
mink
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
Norway rat
long-tailed weasel
Herptiles
diamond backed terrapin
:'::;:::,:::,:::::::"':,::':::;::':::::':';'::::::;,::;:::::::::::",:,,:::,.
1IIIiil..li.111I ...............iiiii
Aythya marila
Anas clypeata
Rynchops niger
Gal/inago gal/inago
Passerculus sandwichen
Ammodramus maritimus
Stumus vulgaris
Cygnus olor
Sterna hirundo
Sterna antil/arum
Sterna dougallii
Arenaria interpres
Catoptrophorus semi pal
Tringa melanoleuca
T riniga flavipes
:c::::-,-:-;.:.:.;.:.;.;::_:_:::_;.,::.:.;_:_,_;_:_:_;.:."
._.,..,...._._......-..-.........-.......,-.-.....'.'.
-...,.............'......,._......._..N..
...-............-...".
....-..".-...........,-.
..........--.---.--.-.
Myotis keenii
Lasiurus borealis
Lasionycteris noctivagan
Odocoi/eus virginianus
Vulpes vulpes
Mustela vison
Zapus hudsonicus
Peromyscus leucopus
Didelphis virginiana
Procyon lotor
Rattus norvegicus
Mustela frenata
Malaclemys terrapin
none
none
none
none
none
none
none
none
threatened
endangered
endangered
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
none
special concern
x
fr.......t.. ..,..,-,.-...-.-.-.-.,.-,-..-'-........-,..,..........
:. ,.......-.-.-.,_._,_..._,..-,.._._..,.-... '..'- , ... ...--.....
'- ,-". .,..,.....-......,..-........--...
.. - . ... ':-:':""-"":'-':".:.,-;-",.,.:.-.,.,.,.;-:.,.;.:.,.,.:.:.;-,:
.i'ltilli
Iltl~1111
X c / F 32 44
X X Early C / N,F 4 27
Late X C / N,F 4 24
X X X N / F 4 30
X X Early C / N,F 4 21
X X X C / F 4 21
X X X R / N,F 4 23
X X X C / N,F 4
Late X C / F 4 24
Late X C / F 4 24
Late X Early R / F 4 24
Late X Early R / F 31 32
X X Early R / F 4 31
X X Early C / N,F 30 32
Early X C / F 30 32
X Early C / F 32 44
Late X Early C / N,F 4 27
X C / N,F 4 24
X X X N / N,F 4 30
X X X C / N,F 4 21
X X X C / N,F 4 21
X X X R / N,F 4 23
X X X C / N,F 4
X X X C / N,F 4 24
X X X C / N,F 4 24
X X X R / N,F 4 24
X X X R / F 31 32
X X X C / N,F 4 27
X
X
X
X
X
X
X
X
X
X
X
X
X
X
-------------------
Maritime Dune Species: Inventory and Characteristics
..............----.-----..........'.----.................
- , ... . .... ............. ..'.-...............-...
............................,........................,.......
.... . ...... ...---- . .. ... ----- . ,."
......,.....,..,..........,-,.....--...,............-,.-.,.
.-.-...,..........:...,....:...:.....,.-...,.,..:..,....-:...-..-.-...............:.....,.......
..-.-...,.,.:,...,.-...-.,.............-,._,._"......._.,.-....-...,...-,-.-..-.....,.,............,
---- -.... ..... ... ....... --..-
..,...,...,........,..-........,.".....,.....,.,.-....-.-.,...........,.....,.....,..........,.,.,...,.
....,.........,....-......,..".,-,..,---,-.-....,.,..,....
.j~ljij~~~I~i
Birds
red-winged blackbird Age/aius phoeniceus
fish crow Corvus ossifragus
short-billed dowitcher Limnodromus griseus
gadwall Anas strepera
Bonaparte's gull Larus philadelphia
great-black-backed gull Larus marinus
herring gull Larus argentatus
ring-billed gull Larus delawarensis
little-blue heron Egretta caerulea
yellow-crowned night-heron Nyct/corax v/olaceus
common loon Gavia immer
red-throated loon Gavia stel/ata
red-breasted merganser Mergus serrator
merlin Falco columbarius
osprey Pandion haliaetus
saw-whet owl Aegolius acadicus
short-eared owl Asia f/ammeus
American oystercatcher Haematopus palliatus
black-bellied plover Pluvialis squataro/a
piping plover Charadrius me/odus
semipalmated plover Charadrius semipalmatu
sanderling Calidris alba
semipalmated sandpiper Calidris pusilla
spotted sandpiper Actitus macularia
black skimmer Rynchops niger
Savannah sparrow Passerculus sandwichen
seaside sparrow Ammodramus maritimus
European starling Sturnus vulgaris
common tern Stema hirundo
least tern Stema antillarum
roseate tern Sterna dougal/Ii
.:.;.:.;.;.,.:.:.:.".
.,...,...,.-.........,...,'..
...,...,......-,...........,.,._,_.,._,_.....
:':-":"'"":';':';';""":';':':',':':',':':'
'-.........,..-...........
..---------, ......
...............--.....
"'--""""'-. .......
...............,...,.........
........ .....
..."..........---.....
Staw.\$
.....,...................
.....-..............
none
none
none
none
none
none
none
none
none
none
special concern
none
none
none
threatened
none
special concern
none
none
endangered
none
none
none
none
none
none
none
none
threatened
endangered
endangered
;:;:;:::::::::::::::;:::::::::::;;;::::::::;:::::;,;:::::':0;;-:-:-
:::?:::::;:::::::::;::::::::::::}{::~:::::::::::::::::
.......ijj)tir
x
x
X
X
X
X
X
X
X
X
X
X
X
X
X
f(Qijg~!./lliAgt
$Prtllii.$"'I.rJ~II,
.......lili1rliIIIDIII.
X X Early RI N,F 46
X X X C/N,H 411
X X Early RI F 32
Late X X NI N,F 427
X X RI F 24
X X X C/N,F 424
X X X CI N,F 424
X X X N/N,F 424
Late X R/N,F 426
X X X C/N,H 426
X C/N,F 3132
X R/N,F 3242
X X X RI N,F 427
X RI H 3217
X X Early C/N 416
X X X C/N,H 417
X X X NI N,H 417
X X X CI N,F 431
Early X Early N I F 3132
X X C/N,F 43132
Late X Early CI F 3132
Late X CI F 3032
X X Early CI F 32
X X Early C/N,F 43132
Late X C/N 424
X X Early C/N,F 421
X X X C/ F 421
X X X RI N,F 423
Late X C/N,F 424
Late X C/N,F 424
Late X Early RI N,F 424
-------------------
ruddy turnstone
willet
Mammals
Keen's bat
red bat
silver-haired bat
Eastern cottontail
white-tailed deer
red fox
mink
Eastern mole
house mouse
meadow-jumping mouse
white-footed mouse
Virginia opossum
racoon
Norway rat
masked shrew
short-tailed shrew
striped skunk
Eastern gray squirrel
pine vole
long-tailed weasel
Herptiles
eastern milk snake
Fowler's toad
'W
.-.-.'.-...'.....'.........'.'...'.-.....-.-.-.-.-.'.-.,.
..................'..
..','.-.._.,.................
,_,n,_,..............,.___
.-,'..,.....................................--..
..... ...... .....----......
....,.,.....,.,--,...,---,...............,
,.,:..,;,...,.:,-.,,:,....:.,.,,:...:.:.,.:.;.;.,.;.:.,""-"":-:';-".
..,..--.-.-.--..............,....-.....-,-...-...,..,.....,"-","
............-..-.----.................-..
............--.-.---...............
-.-.-...-....,..--..,.-....,.,..,.,..,-.-,.,.,......,
............Siaws
.................................-.-....-..,.........
none
none
Myotis keenii none
Lasiurus borealis none
Lasionycteris noctivagan none
Sylvilagus f10ridanus none
Odocoileus virginianus none
Vulpes vulpes none
Mustela vison none
Scalopus aquaticus none
Mus musculus none
Zapus hudsonicus none
Peromyscus leucopus none
Didelphis virginiana none
Procyon lotor none
Rattus norvegicus none
Sorex cinereus none
Blarina breuicauda none
Mephitis mephitis none
Sciurus carolinensis none
Microtus pinetorum none
Mustela trenata none
Lampropettis d. triangulu none
Buto woodhousei fowleri none
..................~~9.~~~!~ij....
. . . ..i!hJ~t.~PtiPg
X
.,.,'..,",.,',....,.,.,..............
"-",-"",,-,-,-,,",,,',-,,.-.".;.-.'.-.-.'.-.-.'.'.-
..-.-....:-..-.-.-,:...:-:...;.;...:-:.;.;.,.;.:-:-,.,;
...-.-...,..-...................-.....
.............--
................--...............
.. . . .. .-,..--.........
...--...-.,...-....,..,...,......---..
...._'_....'--,..,.,...,_..,-,.._,.....,.....,..,...,-.
.............-.....--....-.-..-.-,..-.
........-...,-......".
~"'~m!i!t
11~'rlll iiiilii
C I F 31 32
CI F 431
X X Early
X Early
Late X Early
X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
X X X X
R/N 129
RI F 129
R/N,F 129
RI F 129
CI F 12529
C/N,H 129
CI N,F 1
R/N,F 129
R/N,F 129
R/N,F 129
C/N,F 129
C/N,F 129
R/N,F 129
C/N,F 129
C/N,F 129
C/N,F 129
NI N,F 129
R/N,F 129
R/N,F 129
R/N,H 129
R/N,F 3839
CI F 3337
-------------------
Beach Species: Inventory and Characteristics
.-.........,.;..
..._.,-........".,.,',..."...............,'....,...,....................',.
.-.-....-...........,...................-...........
........ ...................
..'.....-.................................
...............,-.................,
.-..-.-.-................................-.,.......
. ........ ......... .... ......
..... ..... ..........-.---------.--,-.
.......... .....................,.
"-.>c.--'
1~IIII~ill.
Birds
fish crow Corvus ossifragus
short-billed dowitcher Limnodromus griseus
gadwall Anas strepera
Bonaparte's gull Larus philadelphia
great-black-backed gull Larus marinus
herring gull Larus argentatus
ring-billed gull Larus delawarensis
little-blue heron Egretta eaeru/ea
yellow-crowned night-heron Nyetieorax vio/aeeus
common loon Gavia immer
red-throated loon Gavia stel/ata
red-breasted merganser Mergus serrator
merlin Falco columbarius
osprey Pandion haliaetus
short-eared owl Asio flammeus
American oystercatcher Haematopus palliatus
black-bellied plover Pluviafis squatarola
piping plover Charadrius melodus
semipalmated plover Charadrius semipalmatu
sanderling Cafidris alba
semipalmated sandpiper Cafidris pusilla
spotted sandpiper Actitus macularia
black skimmer Rynehops niger
Savannah sparrow Passereulus sandwichen
seaside sparrow Ammodramus maritimus
European starling Stumus vulgaris
common tern Sterna hirundo
least tern Sterna antillarum
roseate tern Sterna dougalfii
ruddy turnstone Arenaria interpres
willet Catoptrophorus semipal
..-....-................................
................---.-,..............,
.-.-.,.-.-...-.-.-.-...-.-...-.-...-.-.........................
............
....'.....'..'.....'.-..-,.....,.....,..
...................,-.',..........,..,
~.................... ....-............
....--..--..._..-......-----..,..".,..,.,
... ..... ...... .... .-......-...
...........,."..,..,."."."."....,
..........'...,.........................
.....-.._.-...---....-.,-....."......".,..
..... ..... . ... . ... . .-. . .------
...............,..,....,..".,..,...
........1. ........sfiiUi
...... ....................,..........-,-...-.-.'.....w.
none
none
none
none
none
none
none
none
none
special concern
none
none
none
threatened
special concern
none
none
endangered
none
none
none
none
none
none
none
none
threatened
endangered
endangered
none
none
..
..,......,..............
....,...,.......,......................
,'............................,...,.........,..
...',....',..,..,.,..............
,'.......-,......'......,.........,..........-.
I!fijir
x
X
X
X
X
X
.EQQ"g;~j.j{!ng.J
....~~tlgi~gmm@t.lin ...
Ifll,rlllllllil
X
X X X CI H 411
X X Early RI F 32
Late X X N/N,F 427
X X RI F 24
X X X C/N,F 424
X X X C/N,F 424
X X X NI N,F 424
Late X R/N,F 426
X X X C/H 426
X C/N,F 3132
X RI N,F 3242
X X X R/N,F 427
X RI H 3217
X X Early C/N 416
X X X N/N,H 417
X X X C/N,F 431
Early X Early N I F 3132
X X CI N,F 43132
Late X Early CI F 3132
Late X CI F 3032
X X Early CI F 32
X X Early C/N,F 43132
Late X C/N 424
X X Early C/N.F 421
X X X CI F 421
X X X R/N,F 423
Late X C/N,F 424
Late X CI N,F 424
Late X Early R/N,F 424
CI F 3132
X X Early CI F 431
X
X
X
X
X
X
X
X
-------------------
11111111 III ~~llliiifjIIIIIJii~;llillnli'IIIiiiii
Mammals
Keen's bat
little-brown bat
red bat
silver-haired bat
Eastern cottontail
white-tailed deer
red fox
mink
Eastern mole
house mouse
meadow-jumping mouse
white-tooted mouse
Virginia opossum
racoon
Norway rat
masked shrew
Eastern gray squirrel
pine vole
long-tailed weasel
Herptiles
Fowler's toad
"Bt!ilR""""""'I ............... ......
lilllllllllll.
Myotis keenii none X Early R/N 129
Myotis lucifugus none X X X X C/ H 129
Lasiurus borealis none Late X Early R/ F 129
Lasionycteris noctivagan none X R/N,F 129
Sylvilagus f10ridanus none X X X X R/ F 129
Odocoileus virginianus none X X X X C/ F 12529
Vulpes vulpes none X X X X C/N,H 129
Mustela vison none X X X X C/ N,F 1
Scalopus aquaticus none X X X X R/N,F 129
Mus musculus none X X X X R/N,F 129
Zapus hudsonicus none X X X X R/N,F 129
Peromyscus leucopus none X X X X RI F 129
Didelphis virginiana none X X X X CI F 129
Procyon lotor none X X X X R/N,F 129
Rattus norvegicus none X X X X C/N,F 129
Sorex cinereus none X X X X C/N,F 129
Sciurus carolinensis none X X X X NI F 129
Microtus pinetorum none X X X X R/N,F 129
Mustela frenata none X X X X R/ N,H 129
\
Bufo woodhousei fowleri none X X X X C/ F 3337
-
-
-
-
-
-
-
-
-
-
-
-
-
-
REFERENCES FOR WILDLIFE MATRIX
Refer. Publication Refer. Publication
1 Connor, P.P. 1971. The Mammals of 9 Bent, A.C 1964. Life Histories of
Long Island. NYS Museum Science North American Nuthatches, Wrens
Service Bulletin 416 SUNY, Dover Pub., NY.
Albany.
10 Bent, A.C 1964. Life Histories of
4 Andrle, R.E., and J.R. Carroll. North American Jays, Crows, and
1988. The Atlas Of Breeding Titmice, pt. 1. Dover Pub., NY
Birds in New York State. Cornell
University Press, Ithaca. 11 Bent, A.C 1964. Life Histories of
North American Jays, Crows, and
5 Pontin, A.J. 1982. Competition an Titmice, pt. 2. Dover Pub., NY
Advanced Publishing Program,
Boston, Massachusetts. 12 Bent, A.C 1964. Life Histories
of North American Cuckoos,
6 Bent, A.C. 1965. Life Histories of Goatsuckers, Hummingbirds, and
North American Black birds, their allies, pt. 1. Dover
Orioles, Tangers, and their Pub., NY.
allies. Dover Pub., NY.
13 Bent, A.C 1964. Life Histories of
7 Bent, A.C 1964. Life Histories of North American Cuckoos,
North American Thrushes, Goatsuckers, Hummingbirds, and
Kinglets, and their allies. their allies, pt. 2. Dover
Dover Pub., NY. Pub., NY.
8 Bent, A.C 1963. Life Histories of 14 Bent, A.C 1964. Life Histories of
North American Gallinaceous North American Woodpeckers.
Birds. Dover Pub., NY. Dover Pub., NY.
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
15 Bent, AC. 1963. Life Histories of 22 Bent, A.C. 1968. Life Histories of
North American Flycatchers, North American Cardinals,
Larks, Swallows, and their Grosbeaks, Buntings, Towhees,
allies. Dover Pub., NY. Finches, Sparrows, and their
allies, pI. 3. Dover Pub., NY.
16 Bent, AC. 1961. Life Histories of
North American Birds of Prey, pt 23 Bent, AC. 1968. Life Histories of
I. Dover Pub., NY. North American Wagtails, Shrikes
Vireos, and their allies. Dover
17 Bent, A C. 196 I. Life Histories Pub., NY.
of North American Birds of Prey,
pt I. Dover Pub., NY. 24 Bent, A.C. 1963. Life Histories of
North American Gulls and Terns.
18 Bent, AC. 1963. Life Histories of Dover Pub., NY.
North American Wood Warblers, pt
I. Dover Pub., NY. 25 Cahalane, V.H. 1961. Mammals of
North America. Macmillan
19 Bent, AC. 1963. Life Histories of Company, NY.
North American Wood Warblers, pt
2. Dover Pub., NY. 26 Bent, AC. 1963. Life Histories of
North American Marsh Birds.
20 Bent, AC. 1968. Life Histories of Dover Pub., NY.
North American Cardinals,
Grosbeaks, Buntings, Towhees, 27 Bent, AC. 1962. Life Histories of
Finches, Sparrows, and their North American Wild Fowl, pt. I
allies, pI. I. Dover Pub., NY. Dover Pub., NY.
21 Bent, AC. 1968. Life Histories of 28 Bent, AC. 1962. Life Histories of
North American Cardinals, North American Wild Fowl, pI. 2
Grosbeaks, Buntings, Towhees, Dover Pub., NY.
Finches, Sparrows, and their
allies, pI. 2. Dover Pub., NY. 29 Godin A.J. 1977. Wild Mammals of
New England. Johns Hopkins
University Press, Baltimore,
Maryland.
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-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
30 Bent, A.C. 1962. Life Histories of 39 Wright, AH., and AA Wright.
North American Shore Birds, pt. 1957. Handbook of Snakes V. I.
I. Dover Pub., NY. Comstock Pub. Ass., Ithaca, NY.
31 Bent, AC. 1962. Life Histories of 40 Wright, AH., and A.A. Wright.
North American Shore Birds, pt. 1957. Handbook of Snakes V. I.
2. Dover Pub., NY. Comstock Pub. Ass., Ithaca, NY.
32 Bull, 1. 1974. Birds of New York 41 Obst, FJ. Turtles, Tortoises, and
State. Doubleday/Natural History Terrapins. Saint Martin's Press
Press, Garden City. NY.
33 Wright, A.H., and AA Wright. 42 Stone, W. 1965. Bird Studies at
1949. Handbook of Frogs & Toads Old Cape May V. I. Dover Pub.,
Comstock Pub. Ass., Ithaca, NY. NY.
34 Noble, G.K. 1954. The Biology of 43 Stone, W. 1965. Bird Studies at
the Amphibians, Dover Pub., NY. Old Cape May V. 2. Dover Pub.,
NY.
3S Mattison, C. 1987. Frogs & Toads
of the world. Facts On File 44 Forbush, E.H. 1912. The History
Pub., NY. of The Game Birds, Wildfowl, and
Shore Birds of Massachusetts and
36 Bishop, S.c. 1943. Hand Book of Adjacent States. Wright & Potter
Salamanders. Comstock Pub. Ass. Printing, Massachusetts.
Ithaca.
4S Barbour, R.W., and W.H. Davis.
37 Dickerson, M.C. 1943. The Frog 1969. Bats of America. The
Book. Dover Pub., NY. University Press of Kentucky,
Lexington, KY.
38 Leviton, AE. Reptiles and
Amphibians of North America.
Doubleday & Company, NY.
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I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
SouthoJd Comprehensive Implementation Strategy
Draft Generic EIS
Appendix C-5
Breeding Bird Survey
-------- - - - --------- -- --- -------------- ------------ ----
- - - - - - - - - - - - - - - - - - -
New York State Breeding Bird All",
Breeding Species for Block Number(s):
(multiple)
nreedinl! New York Heritaee
Common Name Scientific Name Class Year Leeal Status State Rank
Double-crested Connorant Phalacrocorax auritus NY 80 Protected 82
Great Egret Ardea alba NY 82 Protected 82
8nowy Egret Egretta thula NY 82 Protected 8283
Little Blue Beron Egretta caerulea NE 82 Protected S2
Cattle Egret Bubulcns ibis 1'2 83 Protected S2
Green Heron Butorides virescens NY 80 Protected S5
Black-crowned Night-Heron Nycticorax nydicorax NY 82 Protected S3
Yellow-crowned Night-Heron Nyctanassa violacea NY 81 Protected S2
Glossy Ibis Plegadis falcinellus NE 80 Protected 82
Mute Swan Cygnus 0101' NY 82 Protected SE
Canada Goose Branta canadensis NY 83 Game Species S5
Wood Duck Aix sponsa ON 84 Game Species S5
Green-winged Teal Anas cceeca FL 82 Game Species S3
American Black Duck Anas ruhripes NY 82 Game Species S4
Mallard Anas platyrhynchos NY 82 Game Species S5
Blne-winged Teal Anas discors 1'2 82 Game Species S5
Gadwall Anas strepera NY 81 Game Species S3
Red-breasted Merganser Mergus serratoI' 1'2 81 Game Species 81S2
Osprey Pandion haliaetus NY 82 Protected-Special Concern S4
Northem Harrier Circus cyaneus 1'2 83 Threatened S3
Broad-winged Hawk Bnleo platypterus XI 82 Protected S5
Red-tailed Hawk Buteo jamaicensis NE 84 Protected 85
American Kestrel Falco sparverills NY 82 Protected S5
Ring-necked Pheasant Phasianus colchicus NY 81 Game Species SE
Wild Turkey Meleagris gallopavo NY 80 Game Species S5
Northem Bobwhite Colinlls virginianus NY 81 Game Species S4
American Crow Corvus brachyrhynchos NY 83 Game Species S5
Clapper Rail Rallus longirostris NE 82 Protected S3
Virginia Rail Rallus limicola FL 83 Game Species S5
Piping Plover Charadrius melodus NY 84 Endangered S2
Killdeer Charadrius vociferus NY 80 Protected S5
American Oystercatcher I-Iaematopus palliatus NY 83 Protected S3
Willet Catoptrophorus semipalm.tus XI 84 Protected S3
Spotted Sandpiper Actitis macularia NY 83 Protected S5
American Woodcock Scolopax minor NY 83 Game Species S5
Herring Gull Lams argentatus NY 83 Protected 85
Great Black-backed Gull Lams marinus NY 83 Protected S.'
Note: For repcrts toveli.-g multiple blocks, only the record cUltaining the IllOS1 recent year for dle highest level ofbl'ceding recorded fl)' each species is shown. Page I or 4
- - - - - - - - -
- - - - - - - - - -
Breediu!! New York I1erita!!e
Common Name Scienfific Name Class Year Le!!al Status State Rank
Roseate Tern Sterna dougallii NY 80 Endangered SI
Common Tern Sterna hirundo NY 80 Threatened S3
Least Tem Sterna antillarum NY 84 Threatened S3
Black Skimmer Rynchops niger NY 80 Protected-Special Concern S2
Rock Dove Columba Iivia NY 83 Unprotected SE
Mourning Dove Zenaida maCrDura NY 82 Protected S5
Black-billed Cuckoo Coccyzus erythropthalmus NE 84 Protected S5
Yellow-billed Cuckoo COCCYZlIS americanus FY 83 Protected S5
Eastern Screech-Owl Otusasio NY 82 Protected S5
Great Homed Owl Bubo virginianus NY 81 Protected S5
Barn Owl Tyto alba NY 82 Protected 83
Barred Owl Slrix varia rL 83 Protected S5
Barn Owl Tyto alba 1'2 82 Protected S3
BaITed Owl Strix varia NY 84 Protected S5
Barn Owl Tyto alba 1'2 80 Protected S3
Common Nighthawk Chordciles minor D2 82 PlOtected-SpeciaJ Concern S4
Whip-poor-will Caprimulgus vociferus S2 84 Protected-Special Concern S4
Chimney Swift Chaetnra pelagica NE 80 Protected S5
Ruby-throated Hummingbird Archilochus colubris FL 80 Protecled S5
Belted Kiugfisher Ceryle alcyon NY 82 Protected S5
Red-headed Woodpecker Melanerpes erytlu"ocephalus XI 83 Protected-Special Concern S4
Red-bellied Woodpecker Melanerpes carolinus FL 84 Protected S5
Downy Woodpecker Picoides pubescens NY 82 Protected S5
Hairy Woodpecker Picoides viJlosus FY 84 Protected 85
Northem Flicker Colaptes auratus NY 83 Protected 85
Eastern Wood-Pewee Contoplls virens NE 81 Protected S5
Acadian Flycatcher EI11pidonax virescens Xl 83 Protected S3
Alder rlyeateher Empidollax alllollnll S2 84 Protected S5
Willow Flycatcher Empidonax traillii FY 83 Protected S5
Eastern Phoebe Sayomis phoebe NY 81 Protected S5
Great Crested Flycatcher Myiarchus crillitus NY 82 Protected S5
Eastern Kingbird Tyranlllls tyrannus NY 81 Protected S5
Horned Lark Eremophila alpestris UN 80 Protected-Special Concern S5
PlIIpJe Martin Progne subis ON 83 Protected S5
Tree Swallow Tachycineta bicolor NY 81 Protected 85
Northelll Rough-winged Swallow Stelgidopteryx senipennis NY 82 Protected S5
Bank Swallow Riparia riparia NY 81 Protccted S5
Barn Swallow lIirundo rustic a NY 83 Protected S5
Blue Jay Cyanocitta cristata NY 83 Protected 85
Fish Crow Corvus ossifragus FL 82 Protected S4
Black-capped Chickadee Poecile atricapillus NY 82 })rotected S5
Tufted 'fitmouse Baeolophus bicolor NY 83 Protected S5
Red-breasted Nuthatch Silta canadensis 1'2 82 Protected S5
Note: Forrepa"ts CO\eIlI'g multiple blocks, only the record cOllaining the lnosl recent year tor dle highesllevel ofbreelting recorued fa" each species is .'JlOWlI. Page 2 of 4
-
-
-
-
ComIllon Name
White-breasted Nuthatch
Brown Creeper
Carolina Wren
House Wren
Blue-gray Gnatcatcher
Vcery
Wood Thrush
American Robin
Gray Catbird
Northem Mockingbird
Bruwn Thrasher
Cedar Waxwing
European Starling
White-eyed Vireo
Yellow~throated Vireo
Warbling Vireo
Red-eyed Vireo
Blne-winged Warbler
Yellow Warbler
Chestnnt-sided Warbler
Prairie Warbler
Black-and-white Warbler
American Redstart
Ovenbird
Common Yellowthroat
Hooded Warbler
Yellow-breasted Chat
Scarlet Tanager
Northem Cardinal
Rose-breasted Grosbeak
Indigo Bnnting
Eastern Towhee
Chipping Sparrow
Field Sparrow
Vesper Sparrow
SavalUlah Sparrow
Grasshopper Sparrow
Saltmarsh Sharp-tailed Spanow
Seaside Sparrow
Song Sparrow
Swamp Sparrow
White-throated Spa/TOW
Red-winged Blackhird
-
-
-
-
-
-
-
Year
81
82
83
83
84
83
83
82
83
83
83
83
83
83
81
83
83
83
83
81
84
84
84
84
83
82
82
83
84
82
83
83
82
83
81
84
84
82
81
82
82
81
83
-
-
-
Scientific Name
Silta carolinensis
Certhia americana
Tluyothoms ludovicianus
Troglodytes aedun
Polioptila caerulea
Catharus fuscescens
Hylocichla llI11stelina
Turdus migratorius
Dumetella carolinensis
Mimus polyglottos
Toxostoma mfum
130mbycilla cedronull
Stl.lmus vulgaris
Vireo grisells
Vireo flavifrons
Vireo gilvus
Vireo olivaceus
Vermivora pinus
Dendroica petechia
Dendroica pensylvanica
Dendroica discolor
Mlliotilta varia
Setophaga mticilla
Seiurus aurocapillus
Geothlypis trichas
Wilsonia citrina
Icteria virens
Piranga olivacea
Cardinalis cardinalis
Pheucticus ludovicianus
Passerina cyanea
Pipilo erythrophthalmus
Spizella passerina
Spizella pusilla
Pooecetes graminells
Passerculus sandwichensis
AmInodramus savannarum
Ammodramus caudacutus
Ammodramus maritimus
Melospiza melodia
Melospiza georgiana
Zonotrichia albicollis
Agelaius phoeniccus
B."eedi"!!
Class
NY
1'2
NY
NY
FY
1'2
NY
NY
NY
NY
NY
NY
NY
FY
1'2
FY
NY
FY
NY
XI
FY
XI
NE
FY
NY
P2
EL
FY
NY
FY
82
NY
NY
NY
XI
DD
1'2
FY
Xl
NY
P2
S2
NY
New York
Le~al Status
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Unprotected
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Pmtected
Protected
Protected
Protected
Pmtected
Protected
Protected-Special Concern
Protected
Protected
Protected
Protected
Protected
Protected
Protected
Protected-Special Concern
Protected
Protected-Special Concern
Protected
Protected-Special Concern
Protected
Protected
Protected
Protected
Note: rorrepll'ls co~rir~ nUJltiple blocks, only the reronl cmlaining lhe most recent year lor the highest level of breeding recorded f{[ each species is shown
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-
-
lIedtae:e
Shltc nallk
S5
S5
S5
S5
S5
85
S5
S5
S5
S5
S5
S5
SF
S4
S5
S5
85
S5
S5
S5
S5
S5
S5
S5
S5
S5
S3
85
S5
S5
S5
85
S5
S5
S5
S5
S4
S3
S2S3
S5
S5
S5
S5
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Common Name Scientific Name Breedine. Ncw York Heritaee
Class fur Leeal Statns State Rank
Eastem Meadowlark Sturnella magna FL 82
Common Grackle Protected S5
Brown-headed Cowbird Quiscalus quiscula NY 81 Protected S5
Mololhrus ater NY 80 Protected
Orchard Oriole Icterus spurius XI S5
Baltimore Oriole 80 Protected S4
Plllple Finch letems galbula NY 82 Protected S5
House Finch Catpodaclls purpureus XI 84 Protected S5
American Goldfinch CalpodaclIs mexicanus NY 83 Protected SE
Carduelis tristis NE 83 Protected S5
House Sparrow Passer domcsticus
NY 82 Unprotected SE
Total SI,ec;es: 132
Note: For rcpu'lS cO\elir~ IHLIJliplc blotks, only the record cmtaining the nklst recent year lor dIe highcsllevel of brcedirlg reeol"' d I.. I .. ..,
ue II eaC1SpCl:ICS IS .'iIJOWIl.
Page 4 of 4
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USERS GUIDE TO NY NATURAL HERITAGE DATA
I
NA TURAL HERITAGE PROGRAM: The Natural Heritage Program is an ongoing, systematic. scientific inventory whose goal is to compile and maintain
data on the rare plants and animals native; to New York State, and significant ecological communities. The data provided in the report facilitate sound
planning, conservation, and natural resource management and help to conserve the plants, animals and ecological communities that represent New York's
natural heritage.
I
DATA SENSITIVITY: The data provided in the report are ecologically sensitive and should be treated in a sensitive manner. The report is for your in-
house use and should not be released, distributed or incorporated in a public docwnent without prior permission from the Natural Heritage Program.
I
NATURAL HEIDT AGE REPORTS (may contain any of the following types of data):
COUNTY NAME: County where the occurrence of a rare species or significant ecological community is located.
TOWN NAME: Town where the occurrence of a rare species or significant ecological community is located.
USGS 7 v,' TOPOGRAPHIC MAP: Name of 7.5 minute US Geological Survey (USGS) quadrangle map (scale 1 :24,000).
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SIZE (acres): Approxiz!late acres occupied by the rare species or significant ecological conunwrity at this location. A blank: indicates unknown size.
SCIENTIFIC NAME: Scientific name of the occurrence of a rare species or significant ecological community.
COMMON NAME: Common name of the occurrence of a rare species or significant ecological community.
ELEMENT TYPE: Type of element (i.e. plan~ animal, significant ecological community, other, etc.)
LAST SEEN: Year rare species or significant ecological conununity last observed extant at this location.
EO RANK: Comparative evalnation summarizing the qnality, condition, viability and defensibility of this occurrence. Use with LAST SEEN.
A-E = Extant: A=excellen~ B=good, C=marginal, D=poor, E=extant but with insufficient data to assign a rank of A-D.
F = Failed to fInd. Did not locate species, but habitat is still there and further field work is justified.
H = Historical. Historical occurrence without any recent field infonnation. _
X = Extirpated. Field/other data indicates elementJbabitat is destroyed and the element no longer exists at this location.
? = Unknown.
Blank = Not assigned.
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NEW YORK STATE STATUS (animals): Categories of Endangered and Threatened species are dermed in New York State EnviroIllllental
Conservation Law section 11-0535. Endangered, Threatened, and Special Concern species are listed in regulation 6NYCRR 182.5.
E = Endangered Species: any species which meet one of the following eriteria:
I) Any native spec-ies in imminent danger of extirpation or extinction in New York.
2) Any species listed as endangered by the United States Department of the Interior, as enumerated in the Code of Federal Regulations 50 CPR
17.11.
T = Threatened Species: any species which meet one of the following criteria:
I) Any native species likely to become an endangered species within the foreseeahle future in NY.
2) Any species listed as threatened by the U.S. Department of the Interior, as enumerated in the Code of the Federal Regulations 50 CPR 17.11.
SC == Special Concern Species: those species which are not yet recognized as endangered or threatened, but for which documented concern exists for
their continued welfare in New York. Unlike the first two categories, species of special concern receive no additional legal protection under
Environmental Conservation Law section 11-0535 (Endangered and Threatened Species).
P = Protected Wildlife (defined in Environmental Conservation Law section 11-0103): wild game, protected wild birds, and endangered species of
wildlife.
U == Unprotected (defIned in Environmental Conservation Law section 11-0 J 03): the species may be taken at any time without limit; however a license
to take may be required.
G == Game (defIned in Envrromnental Conservation Law section 1 I-OlD3): any of a variety of big game or small game species as stated in the
Environmental Conservation Law, many nonnally have an open season for at least part of the year, and are protected at other times.
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NEW YORK STATE STATUS (plants): The following categories are dermed in regulation 6NYCRR part 193.3 and apply to NYS Environmental
Conservation Law section 9-1503.
E = Endangered Species: listed species are those with:
I) 5 Of fewer extant sites, or
2) fewer than 1,000 individnals, or
3) restricted to fewer than 4 U.S.G.S. 7 ~ minute topographical maps, or
4) species listed as endangered by U.S. Department of Interior, as enumerated in Code of Federal Regulations 50 CFR 17. I I.
T = TI1reatened: listed species are those with:
I) 6 to fewer than 20 extant sites, or
2) 1,000 to fewer than 3,000 individnals, or
3) restricted to not less than 4 Of more than 7 U.S.G.S. 7 and ~ minute topographical maps, or
4) listed as threatened by U.S. Department of Interior, as enumerated in Code of Federal Regulations 50 CFR 17.11.
R = Rare: listed species have:
I) 20 to 35 extant sites, or
2) 3,000 to 5,000 individuals statewide.
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continued on next page
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page 2 Users Guide to Natural Heritage Data
V = Exploitably vulnerable: listed species are likely to become threatened in the near future throughout all or a significant portion of their range
within the state if causal factors continue unchecked.
U = Unprotected~ no state status.
NEW YORK STATE STATUS (communities): At this time there are no categories defIned for communities.
FEDERAL STATUS (plants and animals): The categories of federal status are defIned by the United States Department of the Interior as part of the
1974 Endangered Species Act (see Code of Federal Regulations 50 CFR 17). The species listed under this law are enumerated in the Federal Register
voL 50, no. I RR, pp. 39526 - 39527.
(blank) = No Federal Endangered Species Act status.
LE = The element is formally listed as endangered.
L T = The element is formally listed as threatened.
EISA = The element is treated as endangered because of similarity of appearance to other endangered species or subspecies.
PE = The element is proposed as endangered.
PT = The element is proposed as threatened.
C= The element is a candidate for listing.
(LE) = If the element is-a full species, all subspecies or varieties are listed as endangered~ if the element is a subspecies, the full species is listed as
endangered.
(LE-L T) = The species is formally listed as endangered in part of its range, and as threatened in the other part; or, one or mnre subspecies or
varieties is listed as endangered, and the others are listed as threatened.
(LT-C) = The species is formally listed as threatened in part of its range, and as a candidate for listing in the other part; or, one or more subspecies or
varieties is listed as threatened, and the others are candidates for listing.
(LT-{TISA)) = One or more subspecies or populations of the species is formally listed as threatened, and the nthers are treated as threatened because
of similarity nf appearance to the listed threatened subspecies or populations.
(PS) = Partial status: the species is listed in parts of its range and not in others; or, one or more subspecies or varieties is listed, while the others are
not listed.
GLOBAL AND STATE RANKS (animals, plants, ecolngical communities and others): Each element has a global and slate rank as determined by
the NY Natural Heritage Program. These ranks carry no legal weight. The global rank reflects the rarity of the element throughout the world and the
slate rank reflects the rarity within New York State. InfraspecifIc taxa are also assigned a taxon rank to reflect the infraspecific taxon's rank throughout
the world. 7 = Indicates a question exists about the rank. Range ranks. e_g. 31 S2, indicate not enough infonnation is available to distinguish between
two ranks.
GLOBAL RANK:
Gl = Critically ~""periled glcballj' because cfe~rt:"=ne rarity (5 or fewer occurrencc.>), o. very f~w remaining acres, or miles of stream) or especially
vulnerable to extinction because of some factor of its biology.
G2 = hnperiled globally because of rarity (6 ~ 20 occurrences, or few remaining acres, or miles of stream) or very vulnerable to extinction throughout
its range because of other factors.
G3 = Either rare and local throughout its range (21 to 100 occurrences). or fOWld locally (even abundantly at some of its locations) in a restricted
range (e.g. a physiographic region), or vulnerable to extinction throughout its range because of other factors.
G4 = Apparently secure globally, though it may be quite rare in parts of its range, especially at the periphery.
G5 = Demonstrably secure globally, though it may be quite rare in parts of its range, especially at the periphery.
GH = Historically known, with the expectation that it might be rediscovered.
GX = Species believed to be extinct.
STATE RANK:
S 1 = Typically.5 or1"ewer occurrences, very few remaining individuals, acres, or miles of stream, or some factor of its biology making it especially
vulnerable in New York State.
S2 = Typically 6 to 20 occurrences, few remaining individuals, acres, or miles of stream, or factors demonstrably making it very vulnerable in New
York Slate.
S3 = Typically 21 to 100 occurrences, limited acreage, or miles of stream in New York Slate.
S4 = Apparently secure in New York State.
S5 = Demonstrablv secure in New York State.
SH = Historically known from New York Slate, but not seen in the past 15 years.
SX = Apparently extirpated from New York State.
SZ = Present in New Yark State only as a transient migrant.
SxB and SxN. where Sx is one of the codes above, are used for migratory animals, and refer to the rarity within New York State of the breeding (B)
populations and the non-breeding populations (N), respectively, of the species.
TAXON (T) RANK: The T-ranks (Tl - T5) are defIned the same way as the Global ranks (GI - G5), but the T-rank refers only to the rarity of the
subspecific taxon.
TI through T5 = See Global Rank defInitions above.
Q = Indicates B question exists whether or not the taxon is a good taxonomic entity.
OFFICE USE: Infonnation for use by the Natural Heritage Program.
c:\datareqlsystemluserguid.new
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix C-6
NYS List of Endangered Species
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I file://C:\DOCUME-l \lacey\LOCALS-1 \Temp\HUHA6U8J.htm
Page I of6
New York State Department of
Environmental Conservation
.Services t Programs j Subject Index) Search~Hi8hl"htsj Contact Us '__0_
List of Endangered, Threatened and
Special Concern Fish & Wildlife
Species of New York State
More information from this division:
Qivision of Fi$&..Wildlife and Marine Reso.urces
Endanaered Soecies Home Paae
List of Endangered, Threatened and Special
Concern Fish & Wildlife Species of New York
State
Endangered
Molluscs:
Dwarf Wedgemussel
Pink mucket
Clubshell
Fat pocketbook
Rayed Bean
Chittenango Ovate Amber
Snail
Alasmidonta heterodon
Lampsilis abrupta
Pleurobema clava
Potamilus capax
Villosa fabalis
Novisuccinea
chittenangoensis
Insects:
Tomah Mayfly
American Burying Beetle
Hessel's Hairstreak
Karner Blue
Regal Fritillary
Persius Duskywing
Grizzled Skipper
Arogos Skipper
Bog Buckmoth
Pine Pinion Moth
Fishes:
Siphlonisca aerodromia
Nicrophorus americanus
Callophrys hesseli
Lycaeides melissa samuelis
Speyeria idalia
Erynnis persius
pyrgus centaureae wyandot
A try tone arogos arogos
Hemileuca species 1
Lithophane lepida lepida
2/24/2003
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Shortnose Sturgeon
Silver Chub
Pugnose Shiner
Round Wl:1iteJlsh
Bluebreast Darter
Gilt Darter
Spoon head Sculpin
Deepwater Sculpin
Amphibians:
Tiger Salamander
Northern Cricket Frog
Reptiles:
Mud Turtle
Bog Turtle
Atlantic Hawksbill Sea Turtle
Atlantic Ridley Sea Turtle
Leatherback Sea Turtle
Queen Snake
Massasauga
Birds:
Golden Eagle
Peregrine Falcon
Spruce Grouse
Black Rail
Piping Plover1
Eskimo Curlew
Roseate Tern
Black Tern
Short-eared Owl
Loq~head Sl:1dJ<e
Mammals:
Indiana Bat
Alleqheny Wood rat
Sperm WhClle
Sei Whale
Blue Whale
Finback Whale
H u mRQg<;:KWb_C'lJe
Right Whale
Gray Wolf
Cougar
Page 2 of 6
Acipenser brevirostrum
Macrhybopsis storeriana
Notropis anogenus
Prosopium cylindraceum
Etheostoma camurum
PerCina evides
Cottus ricei
Myoxocephalus thompsoni
Ambystoma tigrinum
Acris crepitans
Kinosternon subrubrum
Clemmys muh/enbergii
Eretmochelys imbricata
Lepidochelys kempii
Dermochelys coriacea
Regina septemvittata
Sistrurus catenatus
Aquila chrysaetos
Falco peregrinus
Falcipennis canadensis
Lateral/us jamaicensis
Charadrius melodus
Numenius borealis
Sterna dougallii dougallii
Chlidonias niger
Asio f1ammeus
Lanius ludovicianus
Myotis sodalis
Neotoma magister
Physeter catodon
Balaenoptera borealis
Balaenoptera musculus
Balaenoptera physalus
Megaptera novaeangliae
Eubalaena glacialis
Canis lupus
Felis con color
file://C:\DOCUME-I \lacey\LOCALS-I \Temp\HUHA6U8J.htm
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Page 3 of 6
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Threatened
I Molluscs:
I Brook Floater Alasmidonta varicosa
Wavy-rayed Lampmussel Lampsilis fasciola
I Green Floater Lasmigona sub viridis
Insects:
I Pine Barrens Bluet Enal/agma recurvatum
Scarlet Bluet Enal/agma pictum
Little Bluet Enal/agma minisculum
I Northeastern Beach Tiger Cicindela dorsalis dorsalis
Beetle
Frosted Elfin Cal/ophrys irus
I Fishes:
Lake Sturqeon Acipenser fulvescens
I Mooneye Hiodon tergisus
Lake Chubsucker Erimyzon sucetta
I Gravel Chub Erimystax x-punctata
Mud Sunfish Acantharchus pomotis
Banded Sunfish Enneacanthus obesus
I Longear Sunfish Lepomis megalotis
Longhead Darter Percina macrocephala
I Eastern Sand Darter Ammocrypta pel/ucida
S.wa DJQJ:ta rt.er Etheostoma fusiforme
Spotted Darter Etheostoma maculatum
I Amphibians:
None Listed
I Reptiles:
Blanding's Turtle Emydoidea blandingii
I Greell_Sea TY.I:t1~ Chelonia mydas
Loggerhead Sea Turtle Caretta caretta
I Fence Lizard Sceloporus undulatus
Timber Rattlesnake Crotalus horridus
Birds:
I Pied-billed Grebe POdilymbus podiceps
Least Bittern Ixobrychus exilis
I Bald Eagle Haliaeetus leucocephalus
Northern Harrier Circus cyaneus
I King Rail Ral/us elegans
Upland Sandpiper Bartramia longicauda
Common Tern Sterna hirundo
I file://C:\DOCUME-l \lacey\LOCALS-l \Temp\HUHA6U8J.htm 2/24/2003
I Page 4 of 6
Least Tern Sterna antillarum
I Sedge Wren Cistothorus platensis
Henslow's Sparrow Ammodramus henslowii
Mammals:
I Canada Lvn)5 Lynx canadensis
I Special Concern
I Molluscs:
Buffalo Pebble Snail Gillia altilis
I Fringed Valvata Valvata lewisi
Mossy Valvata Valvata sincera
I Insects:
Unnamed Dragonfly Species Gomphus spec. novo
I Southern Sprite Nehalennia integricollis
Extra Striped Snaketail Ophiogomphus anomalus
Pygmy Snaketail Ophiogomphus howei
I Common Sanddragon Progomphus obscurus
Gray Petaltail Tachopteryx thoreyi
Checkered White Pontia protodice
I Olympia Marble Euchloe olympia
Henry's Elfin Callophrys henrici
I Tawny Crescent Phyciodes batesii
Mottled Duskywing Erynnis martialis
Barrens Buckmoth Hemileuca maia
I Herodias Underwing Catocala herodias gerhardi
Jair Underwing Catocala jair
I A Noctuid Moth Heterocampa varia
Fishes:
I Mountain Brook Lam~ Ichthyomyzon greeleyi
Black Redhorse Moxostoma duquesnei
Streamline Chu.b. Erymystax dissimilis
I Redfin Shiner Lythrurus umbratilis
lroncolor Shiner Notropis chalybaeus
I Amphibians:
Cryptobranchus
Hellbender
I alleganiensis
Marbled Salamander Ambystoma opacum
Jefferson Salamander Ambystoma jeffersonianum
I Blue-spotted Salamander Ambystoma laterale
Longtail Salamander Eurycea longicauda
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I Page 5 of 6
Eastern Spadefoot Toad Scaphiopus holbrookii
I Southern Leopard Frog Rana sphenocephala
utricularius
Reptiles:
I Spotted Turtle Clemmys guttata
Wood Turtle Clemmys insculpta
I Eastern Box Turtle Terrapene carolina
Eastern Spiny Softshell Apalone spinifera
Eastern Hognose Snake Heterodon platyrhinos
I Worm Snake Carphophis amoenus
Birds:
I Common Loon Gavia immer
American Bittern Botaurus lentiginosus
I Osprey Pandion haliaetus
Sharp-shinned Hawk Accipiter striatus
Cooper's Hawk Accipiter cooperii
I Northern Goshawk Accipiter gentilis
Red-shouldered Hawk Buteo lineatus
I Black Skimmer Rynchops niger
Common Nighthawk Chordeiles minor
Whip-poor-will Caprimulgus vociferus
I Red-headed Woodpecker Melanerpes erythrocephalus
Horned Lark Eremophila alpestris
I Bicknell's Thrush Catharus bicknelli
Golden-winged Warbler Vermivora chrysoptera
Cerulean Warbler Dendroica cerulea
I Yellow-breasted Chat Icteria virens
Vesper Sparrow Pooecetes gramineus
I Grasshopper Sparrow Ammodramus sa vanna rum
Seaside Sparrow Ammodramus maritimus
Mammals:
I Small-footed Bat Myotis leibii
New England Cottontail Sylvilagus transitionalis
I Harbor Porpoise Phocoena phocoena
I Currently listed as "endangered" by the U.S. Department of the
Interior.
I Currently listed as "threatened" by the U.S. Department of the
Interior.
I Species is extirpated from New York State.
I file://C:\DOCUME-I \lacey\LOCALS-I \Temp\HUHA6U8J.htm 2/24/2003
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Page 6 of 6
1. Piping Plover is listed as federally endangered in the Great Lakes
Region, and as federally threatened in the Atlantic Coastal Region.
Definitions
Extinct - Species is no longer living or existing.
Extirpated - Species is not extinct, but no longer occurring in a wild
state within New York, or no longer exhibiting patterns of use
traditional for that species in New York (e.g. historical breeders no
longer breeding here).
Endangered - Any native species in imminent danger of extirpation or
extinction in New York State.
Threatened - Any native species likely to become an endangered
species within the foreseeable future in New York State.
Special Concern - Any native species for which a welfare concern or
risk of endangerment has been documented in New York State.
Authority: Environmental Conservation Law of New York,
Section 11-0535 and 6 NYCRR (New York Code of Rules and
Regulations) Part 182 - effective (last promulgated in state
regulation) December 4, 1999.
Revision History
Effective April 24, 2000 - Canada Lynx (Lynx canadensis) was added
to the Threatened list.
This page was last modified on July 2, 2001
Back to toQ....Qf ~
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
APPENDIX D
AIR RESOURCES-RELATED DOCUMENTATION
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix D-l
NYS and USEP A Air Quality Standards
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AMBIENT AIR QUALITY STANDARDS
NEW YORK STATE/FEDERAL
AMBIENT AIR DUALITY STANDARDS
NEW YORK STATE/FEDERAL
New York State Standerdl Correlpondlng Federal Standarda
Primary Standard Secondary Standard
Pollutant Averaging
111 Period Cone. Unltl Stetlltlc 121 Cone. Unltl131 Statlltlc Cone. Unltl Statllllc
SuHut DloRJd. 12 Gan..cutl.. 0,03 'PM Arithmetic M..n IA.M.1 ao ull/m' A.M.
monlh, I
24.Ho... 0,14 'PM M..hnuml21 30. ue/ml Mufmumf21
".Hour 0.&0 PPM M.xfmum '300 ug/m:l M.xlmum
Carbon Monoxide I-Hour e 'PM Mu',,",m '0 maIm' M.xlmum '0 mg/ml Mlxlmum
'-Hour 3' 'PM Mulmum 40 maim' Mulmum 40 mg/m:ll Maximum
Ozone (41 1.-Hour 0,12 'PM Maxim..,,,, 23. ut/m' Mulmum 236 ul/m' MI"Imum
Hvdrocarbon. 3-Hour 0.24 PPM Maximum
(non-m.than.) 18....m.1
Nltroven Dloxld. 1Z-conl,cutlYII 0,05 "M A.M. '00 uO/",' A.M. '00 u8/m1 A,M.
month,
L..d '51 a-can"eutlv. 1.5 u;/m' Mulmum
month,
Inhel.bl, 181 12-con..cudve 60 ulil/m' A,M. 60 ull/m' A.M.
P.r.loutat..IPM101 monet.
24.Hour '50 ug/m' Mulmum 160 ua/m' Mldmum
Total Suapand.d 12-conllcutlve 76 ulJ/m'll alomtlrJc
Pltt'cul.,.. montht MunIG.M.1
ITSPII1I
24-HOlH 2&0 'ul/m' MlXlmum 200 ug/m' Mtxlmum 160 ulJ/m' MtKlmum
111 New York State 11'0 he. .tandll'd. fOl berVUlum. fluoride., hydrogen sulfide. and ""'eabl. particulates IdustfallJ. Ambient monitoring for th... ponutllnt. II not NFlntl)
conducted.
121 Aft maximum Yalue. ere concentrations not to b. bcteded mot'e than once per ealend... Ylar. 'Flderal Ozone Stenderd not to be exc.eded more than three devs 'n thr.. calendlll
year.t.
131 O..eoUI concentration. for Fed.rer Itendardl .... corr.cted to . reference temp.ratur. of 260C and to II referenc. pre..ur. of 760 mllflmeterl of mercury.
141 Formor N.Y.S. Slenderd tor olone 01 0.08 PPM WII not ofllclolly re.lled vie regulotory procell 10 coincide wlt~ t~e Fedorelltonderd 01 0.12 PPM w~Ic~ II currontly bolng eppll"
by NYS 10 dotermlno compllanco "Ilus.
15' Federel Ilenderd lor Ieed not yot olflclelly edOjlted by N.Y.S. but II c....ntly being aP!>lled to dotormlno comp/lonco lIotvl.
181 Feder.. Slendard lor PM10 not yOlolflclelty edOjlled by N.Y.S. buIll CUlTontly being IPPlled 10 determine compllonco lIetuI.
(7) New York Stlt. "'0 hat 30, 60. end 90-d.y .ttndard. II well.. ennu" geometric meen .tand.rds of 45, 155. and 115 uvlm' In Pert 267 of NYCRR. Whn. these TSP 'Iand,rd,
have be," luper,eded by tfle lIbov. 'M,O .tenderd., TIP mea''''ement. may It" 1en'1 al 'U"Ogllll' to PM10 mlUurlmentl to thl determlnetlon of compllllOcl .Ialu..
BP.l Pi,e: o:AAOS.lbI
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix D-2
Additional Air Quality Monitoring Data, Nassau & Suffolk Counties
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Region 1
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R~ional Office
SUNY Campus Bldg. 40
Stony Brook. NY 11794
(516) 444-0205
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Eisenhower Park
(SO" CO, NOx, PM, AD, TEaM, FRM)
Roslyn (FRM)
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Monitorinp' Sites
c. Continuous
SO,-2 COol 02-2 NOx-1
PM-I AD-I FRM-I TEOM-I
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FRM-5
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SULFUR DIOXIDE - Continuous Pulsed Fluorescence
NYSDEC Region 1
Metropolitan Air Quality Control Region
Annual Averages 1990 through 2000
Annual Arithmetic Mean (ppm) - Primary Standard
112 month avera e not to exceed 0.03 PPM 0\
Station Site No. 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000
Babylon 5150-02 .009 .009 .008 .008 .007 .005 .OOS .006 .007 .007 (.010)
Eisenhower Park 2950-10 .008 .OOS .OOS .007 .008 .006 .006 .005 .006 .006 .006
Monitoring at 5150-02 was terminated on 04/28/00.
Comnarison Between NYS Ambient Air Ouality and Ambient Air Oualitv Standards for Calendar Year 2000
Running 3-Hour Averages 24 Hour Average (Calendar Day)
Maximum not to exceed 0.5 PPM more than once Maximum not to exceed 0.14 PPM more than once
per calendar year * per calendar year *
One-Hour Highest Values, PPM Highest Values, PPM
Averages Observations Non-Overlapping Observations Midnight - Midnight
Total % >0.5 >.14
Station Site No. Obs. Avail Total PPM I" 2" 3" Total PPM I" 2" 3"'
Babylon 5150-02 2,735 94 2,671 0 .047 .045 .039 114 0 .026 .023 .023
[01/30, [01/24, [02/22, [01/24] [01/30] [02/19]
15] II] 09]
Eisenhower Park 2950-10 S,466 96 S,406 0 .069 .057 .056 359 0 .025 .025 .022
[02/01, [0 l/30, [01/20, [01/30] [02/01] [02/24]
201 131 051
(Annual Means in parentheses are based on less than 75% available data)
.New York and Federal Ambient Air Quality Standard
N-c-NAMS (National Air Monitoring Station)
fDate of Occurrence. Hour)
+ Denotes a contravention ofNYS/Federal AAQS
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-
-
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NYSDEC Region 1
Metropolitan Air Quality Control Region
INHALABLE P ARTICULATES - Wedding or Dichotomous Sampler
Annual Averages 1990 through 2000
Annual Arithmetic Mean (ug/m')
3 Yr
Station Site No. 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 Exp Val
Babylon (Farmingdale) 5150-01 (31) (28) 25 28 22 18 18 19 19 xx xx xx
Eisenhower Park 2950-10 (24) 26 20 19 24 20 18 21 18 16 17 17
II Roslyn Heights 2951-03 - - -- -- -- (\8) 20 23 20 xx xx xx
Sampling at 5150-01 and 2951-03 was terminated on 12/31/98.
Comparison Between NYS Ambient Air Ouality and Ambient Air Quality Standards for Calendar Year 2000
# of Days> 150 ug/m' -
24-Hour Concentrations - ug/m' Not to exceed an expected avg of one per year
during the last 3 years ·
Maximum 2"" Max. 3"'Max. 1998 1999 2000
Total Exp
Station Site No. Obs. Value Date Value Date Value Date Mea Est Mea Est Mea Es! Avg
Eisenhower ParklW) 2950-10 59 45 06/11 38 10/03 34 10/27 0 0.0 0 0.0 0 0.0 0.0
(Annual Means in parentheses are based on less than 75% available data) N=NAMS (National Air Monitoring Station)
"'New York and Federal Ambient Air Quality Standard W=Wedding Sampler D-DichotomollS Sampler
Mca=Measured Est-Estimated
+ Denotes a contravention ofNYS/Federal AAQS
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INHALABLE P ARTICULATES (<2.5 Microns) - Rupprecht & Patashnick Sampler
NYSDEC Region 1
Metropolitan Air Quality Control Region
Comparison Between NYS Ambient Air Quality and Ambient Air Quality Standards for Calendar Year 2000
(Average oflast 3 years' annual means not to exceed 15' glm' *; and average of98" percentile for last 3 years not to exceed 65 . glm' *)
Maximum Values 98lh Percentile Quarterly Averages, 2000 Annual Mean
Site Total 3-yr 3-yr
StatJon No. Obs. I" 2" 3'" 2000 1999 1998 ave I" 2"' 3'" 4" 2000 1999 1998 ave
Eisenhower Park(F) 2950-10 xx xx xx xx xx 34.2 -- -- xx xx xx xx xx (13.5) -- --
Eisenhower Park(T) 2950-10 268 33.5 33.0 32.9 28.8 34.2 11.4 10.9 14.1 12.3 12.2 (13.5)
[1O/03J [08/09J [08/24J -- -- -- --
Hempstead (F) 2950-18 109 40.7 36.3 32.1 32.1 32.6 10.8 12.5 12.0 13.6 12.2 (11.2)
[06/IIJ [1O/27J [05/09] -- -- -- --
Briareliffe College 2950-21 91 40.7 34.0 32.8 34.0 (9.8) 13.0 12.8 13.4 12.3
(F) [06111] [06/02J [05/09] -- -- -- -- -- --
East Hills School(F) 2950-22 50 31.1 30.5 30.4 31.1 13.1 12.3 (12.7)
[11/20J [l0/27J [09/09J -- -- -- -- -- -- -- --
Roslyn (F) 2951-03 20 38.1 32.5 24.8 38.1 39.6 15.3 (15.3) (14.0)
[OI/OIJ [02/24] [02/09] -- -- xx xx xx -- --
Babylon (F) 5150-01 107 42.1 32.0 31.8 31.8 31.9 (11.8) 12.5 12.1 13.9 12.6 (13.0)
106/111 110/271 105/091 -- -- -- --
Station 2950-10 was terminated on 12/31/99; 2951-03 was terminated on 03/07/00
(Annual Means in parentheses are based on less than 75% available data)
F = Federal Reference Method T = TEOM (Tapered Element Oscillating Microbalance)
... Federal Ambient Air Quality Standard
+ Denotes a contravention of Federal AAQS
-------
-----
- --
- - --
TOTAL SUSPENDED P ARTICULATES - High Volume Air Samplers
NYSDEC Region 1
Metropolitan Air Quality Control Region
Annual Geometric Means (G.M., ug/m') 1988 through 1998
AAQS
Station Site No. G.M.* 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998
Glen Cove 2901-03 65 -- -- 42 42 37 38 53 43 42 44 40
Hempstead 2950-18 75 -- 43 39 40 35 33 42 39 36 36 34
Ovster Bav 2952-05 55 30 32 29 31 29 25 34 28 27 29 25
Sampling at 2901-03,2950-18, and 2952-05 was terminated on 12/31/98.
Comoarison Between NYS Ambient Air Quality and Amhient Air Oualitv Standards for Calendar Year 1998
Maximum - Not to exceed 250 uglm' more than
24-Hour Concentrations - uglm' once per calendar year ·
I Maximum 2"Max. 3"'Max. Number of Observations
Total
Station SiteNo. Obs. Value Date Value Date Value Date > 150 ug/m' .. >250 ug/m' . >260 ug/m'"
Glen Cove 2901-03 59 110 03/30 100 OS/29 87 04/29 0 0 0
Hempstead 2950-18 60 78 02/10 75 07/22 69 08/21 0 0 0
Oyster Bay 2952-05 59 75 01/05 66 OS/29 51 04/29 0 0 0
(Annual Means in parentheses are based on less than 75% available data)
"'New York Ambient Air Quality Standard (AAQS)
+ Denotes a contravention of New Yark Stale AAQS
N=NAMS (National Air Monitoring Station)
.... Federal Ambient Air Quality Standards - Primary (260 uglm1) and Secondary (150 ugfmJ)
++ Denotes a contravention ofFedera! AAQS
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NYSDEC Region 1
Metropolitan Air Quality Control Region
CARBON MONOXIDE - Continuous Non-Dispersive Infrared
Annual Averages 1990 through 2000
Annual Arithmetic Mean loom)
Station Site No. 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000
Eisenhower Park 2950-10 1.1 1.0 0.9 0.8 0.8 0.8 0.8 0.7 0.6 0.7 (0.7)
Sampling at 2950-10 was terminated on 5/31/2000.
Comparison Between NYS Ambient Air Quality and Ambient Air Quality Standards for Calendar Year 2000
One-Hour Average Running 8-Hour Average (Non-Overlapping)
Maximum not to exceed 35 PPM more than once per calendar Maximum not to exceed 9 PPM more than once per calendar
year * year '"
Observations Highest Values, PPM Observations Hiehest Values, PPM
Total % >35 >9 Days>
Station Site No. Obs. Avail PPM I" 2" 3" Total PPM I" 2" 3"' 9PPM
Eisenhower Park 2950-10 3,494 96 0 3.7 3.6 3.6 3,576 0 3.0 2.5 2.2 0
[01/06, [01/07, [02/10, [01/07, [01/02, [02/23,
241 all 081 071 061 101
(Annual Means in parentheses are based on less than 75% available data)
.New York and Federal Ambient Air Quality Standard
N=NAMS (National Air Monitoring Station) (Date of Occurrence, Hour]
+ Denotes a contravention ofNYS/Federal AAQS (Note: 9PPM standard is not exceeded unless 8-hour avg > 9.4 PPM)
-------------------
OZONE - Continuous UV Light Absorption
NYSDEC Region 1
Metropolitan Air Quality Control Region
Annual Averages 1990 through 2000
Annual Arithmetic Mean (oom)
Station Site No. 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000
Babylon 5150-02N .026 .027 .024 .025 .027 .025 .023 .024 .025 .025 .023
Ri verhead 5155-01 --- -- .027 .030 .035 .032 .035 .036 .040 .035 .034
Comparison Between NYS Ambient Air Quality and Ambient Air Quality Standards for Calendar Year 2000
One Hour Averages 4" Highest Daily Maximum 8-Hour Average -
Not to exceed an avg of 0.08 ppm during the last 3
Observations Highest Values, PPM years ...
Total % >.12
Station Site No. Obs. Avail PPM I" 2'" 3'" 4'h 1998 1999 2000 Avg
Babylon 5150-02N 8,523 97 I .134+ .112 .108 .106 .096 .091 .087 .091 +
[06/10, [06/11, [06/09, [05/06, [08/04] [05/31] [06/02]
14] 14] 16] 18]
Ri verhead 5155-01 4,663 96 I .145+ .116 .114 .098 .090 .107 .085 .094 +
(Operated 04/12- [06/10, [06/11, [06/09, [06/02, [09/06] [07/16] [06/02]
10/30) 151 161 171 191
Due to EPA Waiver for SLAMS (Non-NAMS), % Availability may be based on operational year oftess than 12 months (Riverhead)
(Annual Means in parentheses are based on less than 75% available data) N=NAMS (Nafional Air Monitoring Station) [Date of Occurrence, HourI
'" Federal Ambient Air Quality Standard + Denotes a contravention of Federal AAQS (Note: .08 PPM standard is not exceeded unless avg. of 4'h max 8-hr concentrations> ,084 PPM)
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NITRIC OXIDE & NITROGEN DIOXIDE - Continuous Chemiluminescence
NYSDEC Region 1
Metropolitan Air Quality Control Region
Annual Averages 1990 through 2000
Nitric Oxide - Annual Arithmetic Mean (oom)
Station
Site No.
1990
.041
1991
.051
1992
(.045)
1993
.037
1994
.040
1995
.034
1996
.034
1997
.034
1998
.030
1999
.032
2000
.028
Eisenhower Park
2950-10
Nitrogen Dioxide - Annual Arithmetic Mean (ppm) - Primary Standard
(12 month averal e not to exceed 0.05 PPM *)
Station Site No. 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000
Eisenhower Park 2950-10 .028 .029 (.026) .026 .028 .025 .026 .025 .022 .025 .024
Comparison Between NYS Ambient Air Quality and Ambient Air Quality Standards for Calendar Year 2000
Nitric Oxide One-Hour Averages Nitrogen Dioxide One-Hour Averages
Observations I Hil!hest Values, PPM Observations Hil!hest Values PPM
% %
Station Site No. Total Avail I" 2" 3'" Total Avail I" 2" 3'"
Eisenhower Park 2950-10 8,354 95 .673 .659 .633 8,353 95 .079 .076 .075
[12/04, [12/05, [12/05, [12/05, [06/09, [05/05,
221 021 011 041 211 211
(Annual Means in parentheses are based on less than 75% available data)
* Federal Ambient Air Quality Standard
N=NAMS (National Air Monitoring Station)
I Date of Occurrence, Hour)
+ Denotes a contravention of Federal AAQS
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INHALABLE PARTICULATES - SULFATE, NITRATE FRACTIONS
- Dichotomous or Wedding Sampler
NYSDEC Region 1
Metropolitan Air Quality Control Region
SULFATE FRACTION
nnua veraees roug_ ata ummary
Annual Arithmetic Mean, (u~ m3) bbservations Highest Values U2 m3
Station Site No. 1990 91 92 93 94 95 96 97 98 99 2000 Total % I" 2" 3'"
Eisenhower 2950-10 (6.8) 7.4 5.3 4.6 6.0 4.1 4.3 5.5 4.4 3.8 4.8 59 97 15.8 11.7 11.4
Park (W) [06/11] [10127] [09/09]
Babylon (W) 5150-01 (7.2) (8.5) 7.0 7.2 4.5 4.0 4.2 5.0 xx xx xx xx xx
'Farmingdale) xx xx xx
A
IA
1990 th
h 2000
2000 D S
NITRATE FRACTION
Annual A veral!es 1990 throul!h 2000 2000 Data Summary
Annual Arithmetic Mean, (u/!,m3) Pbservations I Highest Values, ug/m3 I
Station Site No. 1990 91 92 93 94 95 96 97 98 99 2000 Total % I" 2" 3'"
Eisenhower 2950-10 (0.1) 0.9 0.7 0.6 0.9 0.6 0.9 1.0 0.8 0.6 0.8 59 97 3.5 3.4 3.1
Park (W) [02/24] [10127] [1 ]/20]
Babylon (W) 5150-01 (0.2) (0.7) 0.9 0.8 0.4 0.5 0.6 0.7
I IFarminQdale) xx xx xx xx xx xx xx xx
-------------------
TOTAL SUSPENDED PARTICULATES - SULFATE, NITRATE FRACTIONS
- High Volume Air Sampler
NYSDEC Region 1
Metropolitan Air Quality Control Region
SULFATE FRACTION
nnua vera~es t roulll ata ummarv
Annual Geometric Mean. (u 1m') Clbservations Hi~hest Values ug/m'
Station Site No. 1988 89 90 91 92 93 94 95 96 97 1998 Total % \" 2"' 3"
Glen Cove 2901-03 ---- -- -- --- --- 9.9 12.6 9.1 7.5 8.7 7.9 59 97 20.7 20.0 18.4
r05/291 r07/041 ro9/261
A
IA
1988 h
h 1998
1998 D S
Sampling at 2901-03 was teoninated on 12/31/98.
NITRATE FRACTION
nnua A veral!es throul!' ata ummarv
Annual Geometric Mean. (u m') Jbservations Hi~hest V alues u~/m'
Station I Site No. 1988 89 90 91 92 93 94 95 96 97 1998 Total % I" 2" 3"
1 Glen Cove I 2901-03 1-- --- --- - --- 3.7 5.0 4.2 4.0 4.3 4.2 59 97 13.6 13.0 10.8
ro 1/051 r09/261 r06/161
A
1988
h 1998
1998 D S
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix D-3
Air Quality Index Brochure, USEP A
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Air Quality Index
A Guide to
Air Quality and
Your Health
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Increasingly, radio, lV, and newspapers are
providing information like this to local
communities. But what does it mean to )'IlU
...if you plan to be outdoors that day?
. ...if you have children who play outdoors?
...if you are retired? ...if you have asthma?
This booktet will help you understand what
this infonnation means to you and your family
and what you can do to protect your health.
a
.')
Air Quality Index
A Guide to Air Quality
and Your Health
Local air quality affects how we 1m: and breathe. Like
the weather. it an change from day ttl day or even hour
ttl hour. The U.S. Environmental Ptoreaion Apcy
(EPA) and others are working ttl make infunnation
about outdoor air quality as awilable ttl the public as
inIimnarion about the weather. A key """ in this dIOlt
is the Air Quality Index. or AQI. EPA and IoaI officials
use the AQI ttl provide the public with timely and easy-
to-understand infunnation on IoaI air quality and
whether air pollution Ie.ds pose a haIth am"",,,.
Thisbooldet tdIs you about
the AQI and how it is used to
provide air quality infunnarion.
It also tdIs )'OIl about the p0ssi-
ble haIth dfoas of major air
poUutants at ..nous Ie.ds and
suggests actions}'Oll an take
ttl pro=< your haIth when
pollutants in your arm reach
unhealthy concentrations.
WIIaIIs .. AlII?
The AQI is an iade< ror
reponing daiIy air quality. It Ai6qua1ity~~
tdIs )'OIl how clean or poUuted 00. quaIjIy of life.
your air is. and what associalle<l
health c:oncems )'OIl should be awue of: The AQI f0cus-
es on haIth dfoas that an happen within a few hours
or days after brarhing polluted air. EPA uses the AQI
fur 1M: major air pollutants JeguIaled by the Clean Air
Act: ground-bel ozone, particulate matter, carbon
monoxide, sulfur dioxide, and nitrogen dioxide. For each
of these poUutallts, EPA has esl2b1ishecl national air qual-
ity standards ttl pro=< against harmful health c&:ts.
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ARCiUALTY
N D EX
3
ARQUALTY
N D EX
A~I
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How does the AQI work?
You can think of the AQI as a yardstick that runs from
o to 500. The higher the AQI value, rhe grearer the level
of air pollution and the greater the health danger. For
example, an AQI value of 50 reptesents good air quality
and little potential to affect public healrh, while an AQI
vaJue over 300 represents hazardous air quality.
An AQI value of 100 generally cotresponds to rhe
national air quality standard for the pollutant, which is
the level EPA has set to protect public healrh. So, AQI
values below .100 are generally thought of as satisfu.ctory.
When AQI values are above 100, air quality is considered
to be unhealthy-at first for certain sensitive groups of
people, then for everyone as AQI values get higher.
. "Moderate" The AQI for your community is between
51 and 100. Air quality is acceptable; however, for some
pollutants there may be a moderate health concern for a
very small number of individuals. For example, people
who are unusually sensitive to ozone may experience res-
piratory symptoms.
. "Unhealthy for Sensitive Groups" Cenain groups
of people are particularly sensitive to the harmful effects
of certain air pollutants. This means they are likely to be
affected at lower levels than the general public. For exam-
ple, children and adults who are active outdoors and
people with respiratory disease are at greater risk from
exposure to orone, while people 'With heart disease are
at greater risk from carbon monoxide. Some people may
be sensirive to more than one pollutant. When AQI
values are between 101 and 150, members of sensitive
groups may experience healrh effects. The general public
is not likely to be affected when the AQI is in rhis range.
. "UnheaIIhr" AQI values are between 151 and 200.
Evetyone may begin to experience healrh effects.
Members of sensitive groups may experience more seri-
ous healrh effects.
. "Very UnhealthY' AQI values between 201 and 300
trigger a health alert, meaning everyone may experience
more serious health effects.
. "Hazardous" AQI values over 300 trigger health warn-
ings of emergency conditions. The entire population is
mote likely to be affected.
Underslanding lhe AQI
The purpose of the AQI is to help you understand whar
local air quality means to your healrh. To make the AQI
as easy to understand as possible, EPA has divided rhe
AQI scale into six categories, shown below:
.'....
.J. . .
""
:"", ,,' , ,,'
t'=r*v'~~' ,
51 to 100
-
-
AQI colors
EPA has assigned a specific color to each AQI category
to make it easier ror people to understand quickly
the significance of air pollution levels in their commWli-
ties. For example. the color orange means that conditions
are "unhealthy for sensitive groups"; the color red means
that conditions may be "unhealthy" for everyone. and so
on. You may see these colors when the AQI is reported
in the newspaper or on television. or on your state or
local air pollution agency's web sire. The colors can help
you rapidly determine whether air pollutants are reaching
unhealthy levels in your area..
Each categnty corresponds to a diflerent level of health con-
cern. For example, when rhe AQI for a pollutanr is between
51 and 100, rhe health concern is "Moderate." Here are the
six levels of healrh concern and what rhey mean:
. "Good" The AQI value for your community is between
o and 50. Air quality is considered satisfactory and air
pollution poses little or no risk.
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AiR QUALiTY
5
N D EX
A R QUAL TY iNDEX
A~I
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How is a communny's AOI calculaled?
Air quality is measured by networks of monitors that
record the concentrations of the major pollutants 3.t
more than a thousand locations across the country each
day. These raw measurements are then converted into
AQI values using standard formulas developed by EPA.
An AQI value is calculated fot each of the individual
pollutants in an area (ground-level ozone, paniculate
matter. carbon monoxide, sulfur dioxide, and nitrogen
dioxide). Finally, the highest of the AQI values for the
individual pollutants becomes the AQI value for that
day. For example, if on July 12 a certain area had AQI
values of 90 for owne and 88 for sulfur dioxide, the AQI
value would be 90 for the pollutant owne on that day.
The AQI is a national index, so the values and colors
used to show local air quality and the associated level
of health concern will be the same everywhere you go in
the U.S. Look for the AQI to be reported in your local
newspaper, on television and radio, on the Internet, and
on state and local telephone hotlines.
. AQI in the Newspaper
Newspapers may use different formats to report the AQ I.
Here is one example:
A~I
I .....,. """'"
. TodIIy'sF~; 130
..._u_",
s; Sans1bYcGroups
CNldren and peq)lD With
lll:db:'na...ethe~
mostatrl$k.
AIR QUALITY INDEX
. AQI in Television and Radio Weather Reports
Your local television or radio weathercasters may use
the AQI to provide information about air quality in
your area. Here's the type of report you might hear:
Children active outdoors can be sensitive to some air pollutants.
TIu Air QJ<ality lrukx tod4y WItS 160, a cod< rrd day.
Air qUlJiity was unhealthy dke '" azonc. Ho~ sunny
w<41hcr and stagnant air rmmd ozone in Center City
'" rise '" unhealthy kvcls. Childrrn and people with
asthma arc tlu groups most at risk.
When and how is the 401 reported 10 Ihe public?
In large metropolitan areas (more than 350,000 people),
state and local agencies are required to report the AQI
to the public daily. When the AQI is above 100, they
must also report which groups (e.g., children, people
with asthma or heart disease) may be sensitive to the
specific pollutant. If two or more pollutants have AQI
values above 100 on a given day. agencies will report
all the groups that are sensitive to those pollutants.
Although it is not required. many smaller communities
also report the AQI as a public health service.
Many metropolitan areas also report an AQI forecast that
allows local residents to plan their activities to protect
their health.
You might also hear your weathercasters use the AQI
to forecast air quality levels rot the coming day. They
may provide suggestions about how to protect your
health when the air is unhealthy to breathe:
Tomorrow, the AQI ftr Center City is pn!dictui '"
be between 160 and /70. a cod< rrd day. This means
that air poUution wiU be at unlualthy kvcls. Tht
combination of cold winter air and morning rush-hour
rraJJic wiU c~ carbtm monoxit/r to rist to unhtalthy
kvcls. People with luart dise= should pl4n to limit
17UJdcratt C<<'Ttion and avoid sources tf carbon
monoxid<:. such as luavy traffic.
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AiR QUAL TY
~J D E X
ARQUALTY
N D EX
7
A\91
..m__~ _
. AQI on the Internet
EPKs AirNow web site (www.epa.gov/aimow) contains
general information about air pollution plus real-time and
rorecast data ror ground-level owne. The web site also
contains facts about the health and environmental elleClS
of air pollution, steps you can take to protect your health
and reduce pollution, and links to state and local air pollu-
tion control agency web sites with local AQI information.
Air Quality Index (101): Ozone
-.
Cautlonary Statements
-
None
51 - 1OO1Il
Modelale
~-people
shooid cmsider lirti1IIg IIUionged
-_.
What are typical AQI values in most commonnies?
In many U.S. communities, AQI values are mostly below
100, with values greater than 100 occurring several times
a year. Several metropolitan areas in the United States
have more severe air pollution problems. and the AQI
in these areas may often exceed 100. AQI values higher
than 200 are very infrequent. and AQI values above
300 are extremely rare.
AQI values can vary significantly from one season to
another. In winter, for example. carbon monoxide is
likely to be the pollutant with the highest AQI values
in some areas, because cold weather makes it difficult
for car emission control systems to operate effectively.
In summer. ozone is the most significant air pollutant
in many communities, since it forms in the presence of
heat and sunlight.
AQI values alSo. can vary depending on the time of day.
For example. ozone levels often peak in the afternoon,
while carbon monoxide is usually a problem during
morning or evening rush houTS.
tiIheallhy
fIIr_
GIIIups
Aclhec:lllldnll_lllUls,
lIIlI peapIe...........y.........
sudl as asIIIma,.llIIDIif iii!
pnlbIged....8BIion.
--
&llryone ShooId avoid
all__tIon.
*GeIIeIallr. lWlAOl of 100 for ozmecortespJlKt$ to;m 02(Ite lMl of 0.08 pats per ITIiUion
(averaged 1M!f8 hlus).
How can I avoid being exposed to harmlul
air pollutants?
The following charts and text tell you where each pollu-
tant comes from, what health effects may occur for each
pollutant, and what you can do to protect your health.
What is ozone?
Orone is an odorless, colorless gas composed of three
atoms of oxygen. Ozone occurs both in the Earth's
upper armosphere and at groWld level. Ozone can
be good or bad, depending on where it is round:
. Good Ozone. Drone occurs naturally in the Earth's
upper armosphere-I 0 to 30 miles above the Earth's
surface-where it forms a protective layer that shields
us from the sun's harmful ultraviolet rays. This beneficial
ozone is gradually being destrnyed by manmade
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AIR QUAL TY iNDEX
AIR QUAL TY INDEX
9
A~I
.~_.~ ~-
chemicals. An area where ozone has been significantly
depleted-for example, over the North or Sourh pole-is
sometimes called a "hole in the ozone."
who are active outdoors are at increased risk becawe,
during physical activity, ozone penetrates deeper into
the parts of the lungs that are more vulnerable to injury.
. People with respiratory diseases that make their lungs
more vulnerable to ozone may experience health effects
earlier and at lower OWTIC levels than less sensitive
individuals.
. Bad Ozone. In the Earth's lower atmosphere, neaf
ground level, ozone is formed when pollutants emined
by cars, power plants, industrial boilers, reHneries,
chemical plants, and other sources react chemically in
the presence of sunlight. Owne at ground level is a
harmful pollutant. Ozone pollution is a concern during
the swnmer months, when the weather conditions
needed to form it-lots of sun, hot temperatures-
normally occur.
. Though scientists don't yet know why, some healthy
people experience health effects at more moderate levels
of outdoor exertion or at lower ozone levels than the
average person.
a Ozone can irritate the respiratory system. causing
coughing. throat irritation. and/or an uncomfortable
sensation in the chest.
. Ozone can reduce lung fimction and make it more
difficulr to breathe deeply and vigorously. Breathing may
become more rapid and shallow than normal. This
reduction in IWlg function may limit a person's ability to
engage in vigorous outdoor activities.
. Ozone can aggravate asthma. When ozone levels are
high more peopk with asthma have attacks thar require
a doctor's attention or the use of additional medication.
One reason this happens is that ozone makes people
more sensitive to allergens. the most common triggers of
asthma attacks.
The risk 01 exposure to unhealthy levels of ozone is greates; during
Slimmer months
What are the heallh eI1ects and who is most at risk?
Roughly one out of every three people in the United
States is at a higher risk of experiencing ozone-related
health eRects. Sensitive people include children and
adults who are active outdoors, people with respiratory
disease, such as asthma, and people with unusual sensi-
tivity to ozone.
. One group at high risk from ozone exposure is active
children because this group often spends a large part of
the swnmer playing outdoors. However, people of all ages
. Ozone can increase susceptibility to respiratory
infections.
. Owne can inflame and damage the lining of the lungs.
Within a fi:w days, the damaged cells are shed and
replaced-much like the skin peels after a sunburn.
Animal studies suggest that if this type of inflammation
happens repeatedly over a long time period (months.
years. a lifetime), lung tissue may become permanently
scarred. resulting in less lung elasticity, permanent loss
of lung function, and a lower quality of life.
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10 A IRQ U A L T Y
N D EX
AiR QUALiTY INDEX 11
A~I
--
AIr Quality Index (AQIJ: Particulate Matter (PM)
..
Iii.' Good None None
7> ,,;
What is particulate matler?
The term "particulate matter" (PM) includes both solid
panicles and liquid dtoplets fOund in air. Many manmade
and natural sources emit PM directly or emit other pollu-
tantS that react in the atmosphere to form PM. These solid
and liquid panicles come in a wide range of sizes. Panicles
less than 10 micrometers in diameter tend to pose the
greatest heahh concern because they can be inhaled into
and accwnulate in the respiratory system. Panicles less than
2.5 micrometers in diameter are referred to as "fine" parti-
cles. Sources of fine panicles include all types of combus-
tion (motor vehicles, power plants. wood. burning. ere.) and
some industrial pr=. Panicles with diameters berween
2.5 and 10 micrometers are referred to as "coarse." Sources
of coarse parrides indude crushing or grinding operations,
and dosr from paved or unpaved roads.
Cautionary Statements'
51 - 100-
-
None
None
~
fotSlldM
GItlups
1'eapIe--
""'<<1BIrt
.........
._cIIIdIIn
slllIuldlilllt....
longed-
1'eapIe-
~
......-
........
slllIuldlmlllU-
doOr 8Bllon.
What are !he heallb elfects and who is most at risk?
Both fine and coarse particles can accumulate in the
respiratory system and are associated with numerous
health effi:crs. Coarse particles can aggravate respiratory
conditions such as asthma. Exposure to fme particles
is associated with several serious health effects, including
premature death. Adverse health effects have been associ-
ated with exposures to PM over both short periods (such
as a day) and longer periods (a year or more).
. When exposed to PM, people with existing heart or
lung diseases-such as asthma. chronic obstructive
pulmonary disease. congestive heart disease, or ischemic
hean disease-are at increased risk of premature death
or admission to hospitals or emergency rooms.
. The elderly also are sensitive to PM exposure. They are
at increased risk of admission to hospitals or emergency
rooms and premature death from hean or lung diseases.
. When exposed to PM, children and people with exisr-
ing lung disease may not be able to breathe as deeply or
vigotously as they normally would, and they may experi-
ence symptoms such as coughing and shortness of breath.
. PM can increase susceptibility to respiratory infections
and can aggravate existing respiratory diseases, such as
asthma and chronic bronchitis, causing more use of
medication and more doctor visits.
* PM hastVCl selSofCllllilBySllllllTlent5, wid cmespoall1D lhetv.osiles dPM ltB:ae 11mlImI:
*lWtDesq>to2..5l1licrm1lmnindilnleter(",\)
* Particlesqlto'lllllicrometersindil!mell!r{PM.,)
H * AnAQIoflOOforPM2baJlTeSl'lOOdstoaP~EvelIJf40milJogramsPl!faP:metI!r
(a'lenlgedover24bOOlS).
* AnAOl of 100 for PM.ocmesponasto a PM(l1eYe1 of 15Otnil7O!Jnms per am:: meter
(averaged over 24 boors}.
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12 A! R QUA L ! T Y i N D E X
A R QUA L T Y i N D E X 13
Air Quality Index (AQIl: Carbon Monoxide ICOI
highest duting cold weathet, because cold temperatures
make combustion less complete and cause inversions
that trap pollutants low to the ground.
Index Values
.-.. .'...
.~. .z
_ . 'H
Levels of
Health Concern
Cautionary
Statements
What are the heallh elteClS aDd who is most ill risk?
Carbon monoxide enters the bloodstream through the
lWlgs and binds chemically to hemoglobin, the substance
in blood that carries oxygen to cells. In this way. carbon
monoxide reduces the amount of oxygen reaching the
body's organs and tissues.
. People with cardiovascular disease, such as angina,
are most at risk from carbon monoxide. These individu-
als may experience chest pain and more cardiovascular
symptoms if they are exposed to carbon monoxide,
particularly while exetcising.
Good
Nom
51.100"
Moderate
None
IU II" !Dr
SeaIIilIlIeGnlups
l'IqlIe........~ ~
-lII8fiIIIIl,_as
qInIl,lIIIUdll1il
-,--..-
_!IllIIIllllI<<CO,
sucIl as Ileairhfllc.
Vehicle exhaust contributes roughly 60 percent of all carbon
monoxide emissions natlOnwlde.
* AnAOlft llOfbr carbon rnmoalde~tDaCO Ievelri/9p.tsplYml\lilll
(lM!fll!Ied0'Yef8hllll'S).
What is carbon monoxide?
Carbon monoxide (CO) is an odorless, colorless gas.
It forms when the carbon in fuels does not completely
bum. Vehicle exhaust contributes roughly 60 percent of
all carbon monoxide emissions nationwide, and up to
95 percent in cities. Other sources indude fuel combus-
tion in industrial processes and natural sources such as
wildfires. Carbon monoxide concentrations typically are
. People with marginal or compromised cardiovascular
and respiratory systems (fot example, individuals with
congestive heart failure, cerebrovascular disease, anemia,
chronic obstructive IWlg disease), and possibly fetuses
and yoWlg inf.rnts, may also be at greatet tisk from
carbon monoxide pollution.
· In healthy individuals, exposute to highet levels of
carbon monoxide can affect mental alenness and vision.
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14 A R QUA L T Y
N D EX
A R QUA LiT Y i N D E X 15
A~I
- ~-
Air Quality Index IAQIl: Sulfur Dioxide ISOzl
--
- Qlod -
bronchoconstriction), which may cause symptoms such
as wheezing, chest tightness, and shortness of breath.
Symptoms increase as sulfur dioxide concentrations
and/or breathing rates increase. When exposure ceases,
lung function typically returns to normal within an hour.
Levels of
Health Concern
Cautionary
Statements
51-100"
-.
-
.............
5enslIllIe1lnlupl
Children and adults with asthma who are active outdoors are most
vulnerable to the health effects of sulfur dioxide.
. At very high levels, sulfur dioxide may cause wheezing,
chest tightness, and shortness of breath in people who
do not have asthma.
. Long-term exposure to both sulfur dioxide and fme
particles can cause respiratory illness, alter the lung's
defense mechanisms, and aggravate existing cardiovascu-
lar disease. People who may be most susceptible to these
effects include individuals with cardiovascular disease or
chronic lung disease, as well as children and the elderly.
. An,uof 1:100 sulAlrdiDWe cmespxKIstD an SOz level of 0:14 PlI'tspermil1iDn
(lI'lImllledlMlJ24bOOf$).
What is sunur dioxide?
Sulfur dioxide (S02)' a colorless, reactive gas, is produced
during the butning of sulfur-containing fuels such as coal
and oil, during metal smelting, and by other industrial
processes. Major sources include power plants and indus-
trial hnilers. Generally, the highest concentrations of sul-
fur dioxide arc found near large industrial sources.
What are the heallh eItects and who is mosl ill risk?
. Children and adults with asthma who are active out-
doors are most vulnerable to the health effects of sulfur
dioxide. The primary effect they experience, even with
brief exposure, is a narrowing of the airways {called
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16 A IRQ U A L T Y
N 0 EX
A~I
Air Quality Index IAQI): Nitrogen Dioxide IN021
-
~.'."i...
mr~10\
51-100
Cautionary
Statements
Levels of
Health Concern
Good
-
Hone
Hone
~li1I.fIlI:
Hone
Hazardous
. 9llwt-llmbcaldlcl'fedsfll'JIilro,J:n IlilIXilIedonotoctU"lDilN:llVlWesllf!a.ne 200;
ttrereIore, tbeAQIlSllotcalwlatedbekW201 fllrN02.AIlMlaf3l1 flI'N02~
tD. ND2Ievelol'0.65IB1SIBmillim (lWel8Qed me 24 tnns).
What is nitrogen dioxide?
Nitrogen dioxide (NO,) is a reddish brown. highly reac-
tive gas formed when another pollutant (nitric oxide)
combines with oxygen in the atmosphere. Once it has
formed, nitrogen dioxide reacts with other pollutaIlts
(volatile organic compounds). Eventually these reactions
result in the formation of ground-level ozone. Major
sources include automobiles and power plants.
What are the health elleClS and wilD Is mOSl at risk?
. In children and adulrs with respirarory disease. such as
asthma, nitrogen dioxide can cause respiratory symptoms
such as coughing. wheezing. and shortness of breath. Even
short ex:posures to nitrogen dioxide affect lung function.
. In children, short-term exposure can increase the risk
of respiratory illness.
. Animal srudies sugg<sr thar long-rerm exposure ro nirrogen
dioxide may increase susceptibility to respiratory infection
and may cause permanent structural changes in the lungs.
For more information on air quality in your area,
visit EPA's AirNow web site at http://www.epa.gov/aimow
or call EPA's Office of Air and Radiation at (202) 564-7400.
For technical information on reporting the AQJ,
see EPA's publication Guideline for Reponing of Daily
Air Oua/iry-Air Oua/ity Index (AO/), EPA-454/R-99-010,
at http://www.epa.gov/aimow/publications.html.
The focus of the AQI is on outdoor air quality.
For information on indoor air quality, contact EPA's Indoor Air
Quality Information Clearinghouse at (800) 438.4318.
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Soutbold Comprebensive ImplementatioD Strategy
Draft Generic EIS
APPENDIX E
COMMUNITY CHARACTER AND HAMLET
PHOTOGRAPHS
,
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Open Space
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Wetlands
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Waterfront
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QJ
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8
e'lS
==
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-------
-------
- - --
-
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Residential Development
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Commercial Fishing
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Tourism
---------------
III
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Cutchogue
.-
----
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-~._- ----
;...~,._,.._~
'---
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New Suffolk
~
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.... ,-.,,"
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Peconic
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Southold
"C
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..=
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1
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---------------~---
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Greenport West
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---
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East Marion
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
APPENDIX F
BUILD-OUT & IMPACT ANALYSIS-RELATED
DOCUMENTATION
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix F-l
Build-Out Analysis and Notes (Theoretical Build-Out Potential)
,
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APPENDIX F-l
BUILD OUT ANALYSIS (THEORETICAL BUILD OUT POTENTIAL)
Town of Southold
Comprehensive Implementation Strategy
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It must be understood that the Build Out analysis is a ''Theoretical Bui}d Out", derived based on the potential acreage and number afunits that could be built on iand that is not in some way permanently protected.
This assumes that all unprotected land is developed to itsfUll potential. The Theoretical Build Out is useful as a reference point to determine the nature of development that could be achieved if conditions changed such that land use controls and measurf'S were not able to be used.
This Build Out analysis might never be achieved, and iftt were approached it would be over an extended period of time.
AC 80.000 1.84 OAO n/a 10,40050 2,851.25 116.75 7,432.50 1,31351 854.00 6,118.99 462.77 259 5,656.22 1,534.94 83 152.72 550350 284.45 16 6.27 16.87 5,195.91 937 nI. 2,321 nI.
R40 40,000 0.92 0.80 ni. 7,819.40 662.73 276.04 6,880.63 4.805.98 8,943.00 2,074.65 1,037.98 1869 1,03657 646.68 197 181.24 855.43 231.25 107 34.99 28.38 560.81 9,140 ni. 2,211 nI.
R.80 80,000 1.84 OAO nI. 7,321.72 1,487.63 215.60 5,618.49 1,472.34 1,066.00 4,146.15 532.07 336 3,614.08 1,532.24 129 250.24 3363.84 501.40 23 136.90 5922 2,666.32 1,202 ni. 1,380 nla
R.120 120,000 2.75 0.27 ni. 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 0 nia 0 nla
R.200 200,000 4.59 0.16 ni. 978.78 715.31 2.67 260.80 73.43 28.00 187.37 64.25 22 123.12 10.47 1 4.59 118.53 36.85 1 0.00 0.00 81.68 29 ni. 34 nla
R400 400,000 9.18 0.10 ni. 820.12 815.07 0.00 5.05 0.00 0.00 5.05 5.05 1 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 0 ni. 1 n/a
ARD 10,000 0.23 2.70 nla 96.36 24.29 2.94 69.13 69.13 190.00 0.00 0.00 0 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 190 ni. 0 ni.
HD 20,000 0.46 1.60 nla 273.76 39.22 0.34 234.20 152.33 97.00 81.87 0.00 0 81.81 5.83 1 0.46 81.41 22.89 0 0.00 0.00 58.52 329 ni. 94 nla
HD>' 10,000 0.23 2.70 nia 273.76 39.22 0.34 234.20 151.78 96.00 82.42 0.00 0 82.42 6.38 2 0.46 81.96 2289 0 0.00 0.00 59.07 329 nI. 159 nla
RR 20,000 OA6 1.60 nI. 151.60 33.33 0.00 124.27 31.06 168.00 93.21 1.63 7 91.58 65.03 6 2.76 88.82 30.06 0 6.33 4.90 47.53 114 nfa 83 nia
RO 40,000 0.92 0.80 nia 88.83 5.74 1.77 81.32 62.40 128.00 18.92 3.77 7 15.15 1.01 3 2.76 12.39 0.00 0 0.00 0.00 12.39 131 nI. 17 nI.
HB 20.000 0.46 1.60 nI. 172.42 1.41 5.14 165.81 76.82 213.00 88.99 5.54 15 83.45 61.78 34 15.64 67.81 0.16 0 0.00 0.06 66.99 286 nI. 122 nla
HE' 10.000 0.23 2.70 nI. 172.42 1.47 5.14 165.81 41.39 154.00 124.42 1.48 9 122.94 97.21 93 21.39 101.55 0.76 0 0.00 0.06 100.73 286 nfa 281 n/a
HE 10,000 0.23 ni. 0.24 172.42 1.47 5.14 165.81 90.88 167.00 74.93 0.58 6 74.35 44.61 79 18.17 56.18 0.76 0 0.00 0.06 55.36 ni. 1,144,803 nI. 587,256
M1 40,000 0.92 0.80 nI. 17.28 0.00 0.13 17.15 5.82 10.00 11.33 0.31 2 11.02 7.94 2 1.84 9.18 6.82 1 0.00 0.00 2.36 ni. nla 3 n/a
:1411 40,000 0.92 0.80 nI. 205.49 17.57 9.53 178.39 34.85 48.00 143.54 10.91 24 132.63 120.21 15 13.80 118.83 45.68 0 6.04 10.45 5666 63 nI. 69 n/a
MIl' 20,000 0.46 1.60 nI. 205.49 17 57 9.53 178.39 14.06 33.00 164.33 8.24 22 156.09 141.00 30 13.80 142.29 45.68 0 6.04 10.45 80.12 63 nI. 150 n/a
MJI"'* 10,000 0.23 2.70 nI. 205.49 17.57 9.53 178.39 4.16 17.00 174.23 2.48 13 171.75 150.90 46 1058 151.17 45.68 7 6.04 10.45 99.00 63 ni. 273 n/a
LB 80,000 1.84 nla 0.20 124.82 9.48 0.55 114.79 76.69 59.00 38.10 8.77 8 29.33 5.72 2 3.68 25.65 12.51 0 0.00 0.73 12.41 ni. 700,183 nla 113,169
B 30,000 0.69 nla 0.24 158.82 0.00 7.17 151.65 113.14 126.00 38.51 5.08 12 33.43 12.63 7 4.83 28.60 2.32 0 0.00 0.94 25.34 ni. 1,238,444 nI. 319,348
LIO 120,000 2.75 nla 0.20 192.44 0.00 17.03 175.41 12.15 6.00 163.26 2.03 2 161.23 22.07 2 5.50 155.73 63.37 nia 0.00 0.07 9229 nia 153,767 nI. 821,716
LI 40,000 0.92 ni. 0.27 253.19 0.00 61.39 191.80 92.68 66.00 99.12 4.45 11 94.67 11.27 5 4.60 90.07 23.11 nia 0.00 0.45 66.51 nia 1,144,130 rua 834,575
Totals
Low nI. ni. ni. I nI. 129,081.53 6,663.09 I 717.05 21,701.39 8,392.33 12,002.00 13,309.06 2,144.61 2575 1l,164.45I 4,043.82 487 644.66 10519.7911261.47 I 148 190.53 I 122.07 I 8,945.72 112,48114,381,327 6,335 I 2,676,063
High nI. nla nla I nI. I nla nia I nl. nia 8,375.15 11,924.00 13,326.24 2, 13l.22 2555 1l,195.021 4,057.89 564 643.97 10551.051 1261.471 nia I 190.53 1 122.07 1 8,976.98 112,4811 ni. 6,763 I nla
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FISHERS ISLAND BUILD OUT ANALYSIS (THEORETICAL BUILD OUT POTENTIAL)
Town of Southold
Comprehensive Implementation Strategy
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It must be understood that the Build Out analysis is a "Theoretical Build Out ", derived based on the potential acreage and number of units that could be built on land that is not in some way permanently protected.
This assumes that allunprotecred land is developed to its fUll potential. The Theoretical Build Out is useful as a reference pOint to determine the nature of development that could be achieved if conditions changed such that land use controls and meast/r
This Build Out analysis might never be achieved. and if it were approached it would be over an extended period oltime.
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R-40 40,000 0.92 0.80 n/a 104.87 1.59 5.94 97.34 72.49 160 24.85 18.46 41 6.39 6.17 3 2.76 3.63 2.21 I 0.08 1.22 0.12 163 nla 40 n'a
R.80 80,000 1.84 0.40 n!a 394.10 20.69 0.72 372.69 205.46 151 167.23 63.96 57 103.27 72.74 13 23.92 79.35 13.96 0 10.82 14.18 40.39 164 nla 73 Dfa
R.120 120,000 2.75 0.27 nla 1712.47 70.79 93.58 1548.10 341.44 143 1206.66 354.21 152 852.45 497.69 40 110.00 742.45 305.51 12 23.61 43.60 369.73 183 nla 240 nla
R-400 400,000 9.18 0.10 nla 245.33 0.00 245.33 0.00 0.00 0 0.00 0.00 0 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 0 nla 0 Dfa
lID 20,000 0.46 1.60 nI. 5.15 0.50 0.00 4.65 4.65 11 0.00 0.00 0 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 11 nla 0 nla
HD.. 10,000 0.23 2.70 n/a 5.15 0.50 0.00 4.65 1.20 5 3.45 0.00 0 3.45 3.45 6 1.38 2.07 0.00 0 0.00 0.00 2.07 II nla 6 nla
HB 20.000 0.46 1.60 nla 2.67 0.10 0.00 2.57 2.57 9 0.00 0.00 0 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 9 nla 0 nI.
HR' 10,000 0.23 2.70 nla 2.67 0.10 0.00 2.57 1.03 6 1.54 0.00 0 1.54 1.54 3 0.69 0.85 0.00 0 0.00 0.00 0.85 9 nla 2 nI.
HR 10,000 0.23 nla 0.40 2.67 0.10 0.00 2.57 1.97 8 0.60 0.00 0 0.60 0.60 1 0.23 OJ7 0.00 0 0.00 0.00 0.37 9 38333 nla 6447
MIl 40,000 0.92 0.80 nla 4.69 0.00 2.80 1.89 1.69 3 0.20 0.20 1 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 3 nla 1 Dfa
MU' 20,000 0.46 1.60 nla 4.69 0.00 2.80 1.89 1.69 3 0.20 0.20 1 0.00 0.00 0 0.00 0.00 0.00 0 0.00 0.00 0.00 3 nla I nla
MIl'" 10,000 0.23 2.70 nla 4.69 0.00 2.80 1.89 0.80 2 1.09 0.20 1 0.89 0.89 1 0.23 0.66 0.12 0 0.12 0.00 0.42 3 nla 2 nla
LB 80,000 1.84 nla 0.20 10.34 0.00 0.00 10.34 7.36 12 2.98 1.08 3 1.90 0.00 0 0.00 1.90 0.21 0 0.00 0.30 1.39 12 64120 nla 12110
B 30,000 0.69 nla 0.30 27.27 1.46 7.20 18.61 15.15 20 3.46 0.84 3 2.62 0.99 1 0.69 1.93 0.09 0 0.52 0.89 0.43 21 206997 nla 5619
Totals
Low nla nI. It'a nla 2506.89 95.13 355.57 2056.19 650.81 509 1405.38 438.75 257 966.63 577.59 57 137.37 829.26 321.98 13 35.03 60.19 412.06 566 309450 354 24176
II High nI. nla nla nla nla nla nla nla 645.87 501 1410.32 438.75 257 971.57 582.53 65 139.21 832.36 322.10 13 35.15 60.19 414.92 566 nla 361 ~
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BUILD OUT ANALYSIS (THEORETICAL BUILD OUT POTENTIAL)
Town of SouthoId
Comprehensive Implementation Strategy
It must be understood that the Build Out analysis is a "Theoretical Build Out ", derived based on the potential acreage and number of umts that could be built on land that is not in some way permanently protected.
This assumes that all unprotected land is developed 10 its fUll potential. The Theoretical Build Out is usefUl as a reference point to determine the nature of development that couid be achieved if conditions changed such that land use controls and measures were not able to be used.
This Build Out analysis might never be achieved, and ifit were approached it would be over an extended period of time.
Notes regarding column headings:
Lot Size is based on minimum lot size for yield in each zoning district listed in both square feet and acres.
Yield factor is based on 208 Study demographic projects and sobsequent slodies recognizing that approximately 20% of gross acreage is required for roads/recharge, resulting in yield reduction as reflected.
Commercial Coverage is based on average of multiple site plans approved by Planning Board in each zoning district over the past 5 years.
Total Land by Zoning includes all parcels in the Town GIS database that have received parcel level zoning as of January, 2003.
Protected Lands are all lands permanently protected including: publicly owned land and park districts (Town, County, State and Village), publicly owned development rights (Town and County), private open space (including site plans/subdivisions),
conservation organization open space and binding easements and covenants.
Community Facilities are all lands with little or no potential of being developed including: Town/County/State land other than parks including recharge basins, cemeteries, schools, water utility,
Fishers Island municipal facilities, transportation uses and other utilities.
Sub Totals provide reduced acreage based on all deductions to the left of column.
Developed Non-Subdividable (acres) is land in tax assessor codes recorded as developed, and less than 2-times the zoning acreage.
Developed Non-Subdividable (parcels) are the number of parcels in tax assessor codes recorded. as developed, and less than 2~times the zoning acreage.
Vacant Non-Subdividable (acres) is land in tax assessor codes recorded as vacant, and less than 2-times the zoning acreage.
Vacant Non-Subdividable (parcels) are the number of parcels in tax assessors codes recorded as vacant, and less than 2-times the zoning acreage.
Developed Subdividable (acres) for residential, this is land in tax assessor codes recorded as developed, and more than 2-times the zoning acreage, indicating additional development potential for residential.
Developed Subdividable (acres) for commercial/industrial (HB, LB, B, LlO and Ll), is land in assessors codes recorded as developed comm.lind. and is assumed to be fully developed; !however,
land in these districts developed as residential is assumed to have comm.lind. development potential.
Developed Subdhidable (parcels) for residential are the number of parcels in tax assessors codes recorded as developed, and more than 2-times the zoning acreage, indicating additional development potential.
Developed Subdividable (parcels) for commercial/industrial are the number of parcels in tax assessors codes recorded as developed, and more than I-times the zoning acreage, indicating additional development potential.
Developed Part of Subdividable (acres) is the balance onand after subtracting minimum zoning lot size from parcels in the tax assessor codes recorded as developed.
TidallFresh Wetlands is acreage of land in Town tidal and freshwater wetlands inventory on remaining land after reduced acreage based on deductions to the left of column.
90% Wet Vacant Non-Subdividable (parcels) are the number of separate parcels, less than 2-times the zoning acreage, that are more than 90% occupied by Tida1lFresh Wetlands.
Beach & Bluff (acres) is land that is assigned a tax map number and is identified as beach or bluff.
More Than 15% Slope (acres) is remaining land that bas a slope of greater than 15%; exclusive of all other lands subtracted from total in columns to the left on this spreadsheet.
Net Subdividable Available to Develop (acres) is the net remaining land after deduction of all columns to left.
Development Potential (units) for residential is the number of theoretical units that could be built, computed by Net Subdividable Available to Develop times the appropriate Yield Factor, plus vacant non-subdividable parcels,
minus the number of parcels/units minus the number of parcels/units from 90% Wet Vacant Non-Subdividable Parcels..
Development Potential (sq. ft.) for commercial/industrial is the net subdividable land available for development (in acres), plus the vacant non-subdividable acres, times the appropriate yield factor.
Theoretical Existing Development (units) for residential is the number of theoretical units that exist, computed by Developed Non-Subdividable Parcels plus Developed Subdividable Parcels, plus known multiple unit parcels.
Tbeoretical Existing Development (parcels) for commerciaVindnstrial is the theoretical commercial square footage, computed by applying the conunercial yield factors times the area corresponding to the Developed part of Subdividable acres.
Notes regarding T otais:
Worst case scenario for school-aged children and taxes is full residential use which is a permitted use in these zones.
Low and High Totals reflects residential use in lID, HB and M-ll districts under two scenarios noted below: In lID, HB and M-ll Districts; residential density can be increased as sho"TI with conununity water and/or conununity sewer.
* with community water.
** with community water and sewer.
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix F -2a
Regional Impact Assessment Model Results - Full Build-Out
(less Fishers Island)
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REGIONAL IMPACT ANALYSIS MODEL (RIAM)
NP&V Microcomputer Model
RIAM
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FULL BUILD-OUT
Impact Summary
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Zoomg General Coverage Water Demographic Tax S<:hooI Solid AMPkTrip
Use (pcroent) (rngII) (cl1ildnn (sr. Citizens) Revenue Eduoation Waste Generation
(No. of (capita) per unit) 006/1000 SF) ($lyear) Cost (fIIyear) (tripslyear)
LoIS) ($I<:bild)
AC 2,321 3.7% 1.78 6,279 1,637 2,191 $18,895,903 -$6,273,753 22.0 1,787
R-40 2,211 27.1% 6.73 5,980 1,559 2,087 $16,159,837 -$7,156,859 20.9 1,702
R-80 1,380 4.3% 2.13 3,732 973 1,302 $11,241,774 -$3,720,332 13.1 1,062
R-120 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
R-200 34 3.4% 1.88 92 24 32 $378,164 -$27,093 0.3 26
R-4oo 0 Q.()O/o 0.00 0 0 0 0 0 0 0
AHD 0 0.0% 0.00 0 0 0 0 0 0 0
HD 94 5.9% 3.92 203 16 71 $538,384 $169,588 0.7 66
HDu 159 9.9010 5.41 346 27 121 $701,752 $150,128 1.2 104
RR 83 6.4% 4.08 180 14 63 $477,526 $150,418 0.6 58
RO 17 6.3% 4.16 46 12 16 $123,627 -$54,752 0.2 14
HB 122 6.7% 4.20 265 21 92 $702,558 $221,302 0.9 86
HB* 281 7.7% 5.07 609 47 213 $2,053,898 $791,340 2.1 197
HB nla 24.1% 5.91 0 0 1,685 $1,685,384.49 $1,086,025 0.7 250
MI 3 3.4% 1.14 6 0 2 $21,111 $8,134 0.0 2
Mil 69 3.4% 1.14 150 12 52 $506,788 $195,259 0.5 49
MII* 150 5.2% 1.20 326 25 114 $863,604 $272,030 1.1 105
MIl.. 273 7.6% 1.19 556 9 194 $1,202,520 $673,203 1.9 178
LB nla 20.0% 4.29 0 0 205 $313,536.17 $202,036 0.1 52
B nla 24.1% 4.97 0 0 732 $771,453.09 $497,107 0.3 274
LlO nla 20.0% 5.89 0 0 1,688 $1,929,673.15 $1,243,439 2 362
LI nla 27.0% 5.43 0 0 1,252 $1,642,698.57 $1,058,519 2.0 352
Totals
Low 6,334 nla nla 16,933 4,266 see notes $53,703,032 -$13,486,988 64 5,891
High 6,762 nla nla 17,825 4,301 see notes $55,913,472 -$12,458,465 67 6,170
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Notes: Total theoretical no. of seniors is:
Total theoretical no. of jobs is:
6,550
5,562
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REGIONAL IMPACT ANALYSIS MODEL (RIAM)
NP&V Microcomputer Model
RIAM
FULL BUILD-OUT
Data Input Field
ZOlling General Coverage Water/ Demographic Tax School Solid Trip
Use Sanitary (children Rl,."Venue Education Waste Generation
(Lots/Ac.) (gpdlWIit) (capita) per WIit) Uoh/IOOO SF) ($/unit) Cost (#Icapila) (biplwtit)
(ondISF) (S/SF) (S/chiJd) (#/1000 SF) (bip/looO SF)
AC 0.40 nla 300 2.71 0.705 nla $8,140 $13,263 7 0.77
R-40 0.80 nla 300 2.71 0.705 nla $7,310 $13,263 7 0.77
R-80 0.40 nla 300 2.7t 0.705 nla $8,149 $13,263 7 0.77
R-120 0.27 nla 300 2.71 0.705 nla $8,595 $13,263 7 0.77
R-200 0.16 nla 300 2.7t 0.705 nla $11,100 $13,263 7 0.77
R-400 0.10 nla 300 2.71 0.705 nla $13,600 S13,263 7 0.77
AHD 2.70 nla 225 2.17 0.168 nla $2,730 S13,263 7 0.65
HD 1.60 nla 300 2.17 0.168 nla $5,750 S13,263 7 0.70
HD" 2.70 nla 225 2.17 0.168 nla $4.400 S13,263 7 0.65
RR 1.60 nla 300 2.17 0.168 nla $5,750 S13,263 7 0.70
RO 0.80 nla 300 2.71 0.705 2.50 $7,310 S13,263 7 0.80
HB 1.60 nla 300 2.17 0.168 nla $5,750 S13,263 7 0.70
HB' 2.70 nla 225 2.03 0.033 nla $4,400 $13,263 7 0.65
HB nla 24.1% 0.05 0.00 0 2.90 $2.90 $0 2.5 0.43
MI 0.80 nla 300 2.17 0.168 nla $7,310 $13,263 7 0.70
MIl 0.80 nla 300 2.17 0.168 nla $7,310 S13,263 7 0.70
MIl' 1.60 nla 300 2.17 0.168 nla $5,750 S13,263 7 0.70
MIl.. 2.70 nla 225 2.03 0.033 nla $4,400 S 13,263 7 0.65
LB nla 20.0% 0.04 0.00 0 1.90 $2.90 $0 2.5 0.48
B nla 24.1% 0.04 0.00 0 2.75 $2.90 $0 2.5 1.03
LIO nla 20.0% 0.06 0.00 0 2.10 $2.40 $0 6 0.45
LI nla 27.0% 0.04 0.00 0 1.60 S2.10 SO 5 0.45
Notes:
Lots/Acre is based on 208 Study, population estimate methodology (Koppelman, 1978)
Coverage is based on survey of Town Planning Board approved site plans in past 5 years
Water/Sanitary is based on SCDHS design flow factors
Demographic population based on US 2000 Census average Town of Southold household population
Children per Unit; see below School Aged Children Factors
JobsllOOO SF is based on Suffolk BOCES, Nonresidential employees by land use type
Tax Revenue is based on Town of Southold Assessors, average estimates by land use type
Solid Waste is based on 7.3lbs/capita provided by Town of South old solid waste management;
Ibs.ll0oo SF provided by California Integrated Waste Management Board
Trip Generation is based on Nelson & Pope transportation dept., average estimates by land use type
School Education Cost does not include NYS Aid; this is factored in at: 15%
School Aged Children Factors
TYIlfIBR's 1 2 3 4 5 Blended
SFD nla 0.166 0.705 1.328 1.921 0.847
Townhse 0.033 0.168 0.532 nla nla 0.383
Apartm. 0.023 0.288 nla nla nla nla
From Suffolk BOCES modification of Fiscal Impact Guide (Exhibit 13; Burchell et all
Parameter Input Parameter FaclOfS Percent Analysis Analysis Analysis Analysis
Data ofTotaI ($ homes) ($ ag. land) ($ exempt.) ($PDR)
Taxes/Unit $8,140 SC Tax 17.309 2% $398,565 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $114,373 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $3,857,558 $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $12,176,107 $0 $0 $0
Library 42.769 5% $984,820 $0 $0 $0
Note: Fire District 44.452 5% $1,023,573 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $154,047 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $186,860 $0 $0 $0
Total 820.616 100% $18,895,903 $0 $0 $0
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A-C DISTRICT IMPACT ANALYSIS
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AC District Total Acres
General Use Parameters
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I Parameter I Acres I
in Use
Acres Farm 0.00
Ac. Ag. Land 40%
Ac. Exempt. 20%
Acres PDR 40%
Ac. Rd.lRech. 1039.18
Ac. Residen. 5196
Dwellings 2,321
Avg. Lot Ac. 1.8
A vg. Yield Lot 2.2
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Add assumed percent in Ag. Dist./Exemp/PDR
Dwellings includes single & separate lots
Water Resourte Analysis
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I Parameter I Factors I Anal)'Sis I
Res. Water 300 696,409
Farm Water 5.5"/year 0
Tot. Water sum 696,409
Water MGY 365 gpyll M 254
Res. Sanitary 300 696,409
Nitrogen (mgll) 1.78
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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Sthool Tax Analysis
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Parameter Input Analysis
Data ($ ed. cost)
Children o/a 1,637
Cost/Child $11,274 o/a
School Tax o/a $12,176,107
Educa. Cost o/a $18,449,859
Deficit/Surp. o/a -$6,273,753
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includes state aid; averaged ""
15%
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NP&V Microcomputer Model
RlAM
5,196 Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Fann 0% 0.0
Road 9% 467.6
R-O-W 9% 467.6
Recharge 2% 103.9
House 3600 191.8
Driveway 720 38.4
Fertilized 20% 831.3
Unfertilized o/a 3,095
Total 5,196
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Gen!. Use 2,321
Total Pop. 2.705 6,279
Child. Pop. 0.705 1,637
Sr. Pop. 35% of Pop. 2,191
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
I Parameter I Input I Analysis I
Data
Total Pop. o/a 6279
#/Capita 7 o/a
#/day o/a 43,955
Tons/day o/a 22.0
Parameter Input AnaJysis
Data
Dwellings 2,321 o/a
Trips/unit 0.77 o/a
Tot. Trips o/a 1,787
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
NP&V Microcomputer Model
SONIR
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A-C DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Recharge Parameters Value Units
I Area of Zoning District 5195.9 acres
2 Precipitation Rate 45.3 inches
3 Acreage of Lawn 831.3 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 697.8 acres
8 Fraction of Land Impervious 0.1 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 103.9 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage o(Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 3095.2 acres
20 Fraction of Unfertilized Area 0.6 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 831.3 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 2321.4 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 696409 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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Sheet 1
B Nitrogen Budget Parameters Value Units
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ib,
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 831.3 acres
5 Fertilizer Application Rate 1 3.00 Ib,/IOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbsllOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 831.3 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg~
18 Nitrogen in Commercial/STP Flow 0.00 mg/I
clc_
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Fertilized 2 is farmed area.
4) Area of Land Unfertilized is natural or unfertilized.
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SIMULA nON OF NITROGEN IN RECHARGE (SONIR)
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A-C DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
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A Lawn Area Recharge Value Units
I A = Fraction of Land in Lawn 0.160 fraction
2 P = Precipitation Rate 45.32 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I)~P-(E+Q) 23.61 inches
6 R(L) ~ R(I) x A 3.78 inches
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C l./nvegetated Area Recharge
I A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 45.32 inches
3 E:o Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)~ P - (E+ Q) 43.62 inches
6 R(U) - R(u) x A 0.87 inches
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E Natural Area Rech4rge
I A = Fraction of Land in Natural 0.596 fraction
2 P - Precipitation Rate 45.32 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)~ P - (E +Q) 20.81 inches
6 R(N) ~ R(n) x A 12.40 inches
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G Irrigalion Recharge
I A = Fraction of Land Irrigated 0.160 fraction
2 I = Irrigation Rate 5.50 inches
3 E - Evaptranspiration Rate 2.60 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) ~ 1- (E+Q) 2.59 inches
6 R(lRR) ~ R(irr) x A 0.41 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Rechllrge Value Units
I A ::= Fraction of Land in Impervious 0.134 fraction
2 P ::= Precipitation Rate 45.32 inches
3 E::= Evapotranspiration Rate 4.28 inches
4 Q :: Runoff Rate 0.00 inches
5 R(i)~ P -(E + Q) 41.04 inches
6 R(I)~ R(i) x A 5.51 inches
D Willer Area Loss
I A::= Fraction of Site in Water 0.000 fraction
2 P ::= Precipitation Rate 45.32 inches
3 E - Evaporation Rate 30.00 inches
4 Q ::= Runoff Rate 0.00 inches
5 M "" Makeup Water 0.00 inches
6 R(w) ~ (P - (E+Q)) - M 15.32 inches
7 R(W) ~ R(w) x A 0.00 inches
F Farm Area Recharge
I A - Fraction of Land in Farm 0.000 fraction
2 P "" Precipitation Rate 45.32 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q - Runoff Rate 0.00 inches
5 R(o)~P-(E+Q) 45.32 inches
6 R(O) ~ R(o) x A 0.00 inches
H WQSltrWllter Rechdfle
I WDF"" Wastewater Design Flow 696,409 gallday
2 WDF = Wastewater Design Flow 33,985,117 Cll ft/yr
3 A "" Area of Site 226,333,840 sq ft
4 R(ww) - WDF/A 0.15 feet
5 R(WW) "" Wastewater Recharge 1.80 inches
TOlll Area Recllarge
R(L) + R(I) + R(U) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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SIMULATION OF NITROGEN IN RECHARGE (SONIR\
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A-C DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sunitary Nitrogen.ResUkntiul Value Units
1 Number of Dwellings 2321 units
2 Persons per Dwelling 2.71 capita
3 P = Population 6279 capita
4 N = Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S) = P x N x LR 31396.45 Ibs
7 N(S) = Sanitary Nitrogen 31396.45 Ibs
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C SIltdttuy Nitrogen (CommerciallSTP)
1 CF = Commercial/STP Flow 0 galJday
2 CF = Commercial/STP Flow 0 liters/yr
3 N = Nitrogen in Commercial 0.00 mgn
4 N(S) = CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E Fertilizu Nitrogen I
I A = Area of Land Fertilized 1 36,213,414 sq ft
2 AR = Application Rate 3.00 Ibs/1000 sf
3 LR = Leaching Rate 14 percent
4 N(F1) =A x AR x LR 15209.63 Ibs
5 N(FI) = Fertilizer Nitrogen 15209.63 Ibs
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G Precipi/alwn NiJr!Jgen
1 R(o) = Natural Recharge (feet) 1.88 feet
2 A = Area of Site (sq ft) 226,333,840 sq ft
3 R(N) = R(n) x A 425,476,333 cu ft
4 R(N) = Natural Recharge (liters) 12,049,489,737 liters
5 N = Nitrogen in Precipitation 1.00 mgn
6 LR = Leaching Rate IS percent
7 N(ppI) = peS) x N x LR 120,494,897 milligrams
8 N(ppt) = Precipitation Nitrogen 265.69 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
1 AR = Application Rate 3.19 Ibs/pet
2 Human Population 6279 capita
3 Pets = 17 percent of capita 1067 pets
4 N(p) = AR x pets 3405.26 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 510.79 Ibs
7 N(P) = Pet Waste Nitrogen 510.79 Ibs
D Water Supply NiJr!Jgen
I WDF = Wastewater Design Flow 696,409 gal/day
2 WDF = Wastewater Design Flow 962,106,720 literslyr
3 N = Nitrogen in Water Supply 2.00 mgn
4 N(WW) = WDF x N 1,924,213,440 milligrams
5 N(WW) = Wastewater Nitrogen 4242.89 Ibs
F Fet1iliur Nitrogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 lbs/l 000 sf
3 LR = Leaching Rate 15 percent
4 N(F2) = A xARx LR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 1bs
H Irrigation Nitrogen
1 R = Irrigation Recharge (inches) 2.59 inches
2 R = Irrigation Rate (feet) 0.22 feet
3 A = Area of Land Irrigated 36,213,414 sq ft
4 R(I) = R(irr) x A 7,824,852 cu ft
5 R(I) "" Site Precipitation (liters) 221,599,797 liters
6 N = Nitrogen in Water Supply 2.00 mgn
7 LR "" Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 66,479,939 milligrams
9 N(irr) = lnigation Nitrogen 146.59 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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A-C DISTRICT IMPACT ANALYSIS
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Final Computations
A Nilrogenin RechlU'ge Value Units
1 N"" Total Nitrogen (Ibs) 51,772.0 lb,
2 N "" Total Nitrogen (milligrams) 23,504,506,653 milligrams
3 R(T) = Total Recharge (inches) 24.78 inches
4 R(T) = Total Recharge (feet) 2.06 feet
5 A ::: Area of Zoning District 226,333,840 'q ft
6 R=R(T)xA 467,286,301 cuft
7 R"" Area Recharge Volume 13,233,548,052 liters
9 NR=N/R 1.78 mg/l
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B Area Recharge Summary Value Utrils
1 R(T) = Total Area Recharge 24.78 incheslyr
2 R "" ARea Recharge Volume 467,286,301 eu ft/yr
3 R - Area Recharge Volume 3,495,544,522 gal/yr
4 R = Area Recharge Volume 3,495.5 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONIR
Acres x 43,560 "" Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1,000"" Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis=
Data ofTotaI ($ homes) ($ ag. land) ($ exempt.) ($PDR)
TaxeslUnit $7.310 SC Tax 17.309 2% $340,854 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $97,812 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $3.298,996 $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $10,413,045 $0 $0 $0
Library 42.769 5% $842,221 $0 $0 $0
Note: Fire District 44.452 5% $875,363 $0 $0 $0
Exemption only SCt NYS Police Tax 6.69 1% $131,742 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $159,803 $0 $0 $0
Total 820.616 100% $16,159.837 $0 $0 $0
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R-40 DISTRICT IMPACT ANALYSIS
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R-40 District Total Acres
General Use Parameters
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Parameter Acres
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 112.162
Ac. Residen. 560.81
Dwellings 2,211
Avg. Lot Ac. 0.2
Avg. Yield Lot 0.3
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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Parameter Factors Analysis
Res. Water 300 663.194
Farm Water 5.5"lyear 0
Tot. Water sum 663,194
Water MGY 365 gpy/1M 242
Res. Sanitary 300 663.194
Nitrogen (mg/l) 6.73
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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I Parameter I Input I Analysis I
Data ($ ed. cost)
Children n/a 1,559
Cost/Child $11.274 n/a
School Tax n/a $10,413,045
Educa. Cost n/a $17,569,905
Deficit/Surp. n/a -$7.156.859
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includes state aid; averaged ==
15%
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NP&V Microcomputer Model
RIAM
561
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
F.nn 0% 0.0
Road 9% 50.5
R-O-W 9% 50.5
Recharge 2% 11.2
House 3000 152.2
Driveway 600 30.4
Fertilized 20% 89.7
Unfertilized n/. 176
Total 561
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Genl. Use 2,211
Total Pop. 2.705 5,980
Child. Pop. 0.705 1,559
Sr. Pop. 35% of Pop. 2,087
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Pop. n/. 5979.80284
#/Capita 7 n/.
#/day n/. 41,859
Tons/day n/. 20.9
I Parameter I Input I Analysis I
Data
Dwellings 2,211 n/.
Trips/unit 0.77 n/.
Tot. Trips n/. 1,702
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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R-40 DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Rechilrgt Parameters Vahu Units
I Area of Zoning District 560.8 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 89.7 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 233.2 acres
8 Fraction of Land Impervious 0.4 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 11.2 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 176.2 acres
20 Fraction of Unfertilized Area 0.3 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Fanned Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Fanned Area 0.0 inches
27 Acreage of Land Irrigated 89.7 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 2210.6 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 663194 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen BudgerPartlmeters Value Units
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 89.7 acres
5 Fertilizer Application Rate 1 3.00 Ibs/lOOO sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbsllOOO sq It
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 lbs/pet
II Pet Waste Nitrogen Leaching Rate IS percent
12 Area of Land Irrigated 89.7 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
IS Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/I
18 Nitrogen in Commercial/STP Flow 0.00 mg/I
c IComments
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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R-40 DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A Lawn Area Recharge Value Units
I A = Fraction of Land in Lawn 0.160 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q :: Runoff Rate 0.31 inches
5 R(I)=P-(E+Q) 21.11 inches
6 R(L) = R(I) x A 3.38 inches
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C Unvegetattil Aru Recharge
I A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u) = P -(E + Q) 41.12 inches
6 R(V) = R(u) x A 0.82 inches
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E Natural Area Recharge
I A = Fraction of Land in Natural 0.314 fraction
2 P - Precipitation Rate 42.82 inches
3 E :::: Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P -(E +Q) 18.31 inches
6 R(N) = R(n) x A 5.75 inches
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G Irrigation Recharge
I A = Fraction of Land Irrigated 0.160 fraction
2 I = Irrigation Rate 5.50 inches
3 E :: Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = I-(E +Q) 2.44 inches
6 R(lRR) = R(irr) x A 0.39 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
I A = Fraction of Land in Impervious 0.416 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate O.OQ inches
5 R(i) - P - (E+ Q) 38.54 inches
6 R(1)=R(i)xA 16.02 inches
D WtJler,Arell Loss
I A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W)-R(w)xA 0.00 inches
F FarmAna Reclutrge
I A = Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewater Recharge
I WDF = Wastewater Design Flow 663,194 gal/day
2 WDF = Wastewater Design Flow 32,364,218 cu fV)'T
3 A = Area of Site 24,428,884 sq ft
4 R(ww) = WDF/A 1.32 feet
5 R(WW) = Wastewater Recharge 15.90 inches
Total Arca Recbarge
R(T) = R(L) + R(I) + R(V) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
I
R-40 DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
I
A $ankory Nltrogen-R",iden/iQ/ Value Unils
I Number of Dwellings 2211 units
2 Persons per Dwelling 2.71 capita
3 P == Population 5980 capita
4 N = Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S)~ P x N x LR 29899.0 I Ibs
7 N(S) = Sanitary Nitrogen 29899.01 Ibs
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C Sanuary Nitrogen (CommercillllSTP)
1 CF = Commercial/STP Flow 0 gal/day
2 CF - CommerciallSTP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S) :CF x N 0 milligrams
5 N(S) "" Sanitary Nitrogen 0.00 Ibs
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E Fertiliur NlIrogen 1
I A = Area of Land Fertilized 1 3,908,621 sq ft
2 AR = Application Rate 3.00 1bs/1000 sf
3 LR = Leaching Rate 14 percent
4 N(FI) =A x ARx LR 1641.62 Ibs
5 N(Fl) = Fertilizer Nitrogen 1641.62 Ibs
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G Precipittllion Ntlrogen
I R(o) == Natural Recharge (feet) 2.16 feet
2 A = Area afSite (sq ft) 24,428,884 sq ft
3 R(N) = R(n) x A 52,883,320 cu ft
4 R(N) = Natural Recharge (liters) 1,497,655,620 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR = Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 14,976,556 milligrams
8 N(ppt) = Precipitation Nitrogen 33.02 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
I AR"" Application Rate 3.19 lbs/pet
2 Human Population 5980 capita
3 Pets"" 17 percent of capita 1017 pets
4 N(p) "" AR x pets 3242.85 Ibs
5 LR"" Leaching Rate 15 percent
6 N(P) = N(p) x LR 486.43 Ibs
7 N(P) = Pet Waste Nitrogen 486.43 lbs
D WIfIU Supply Nitrogen
1 WDP "" Wastewater Design Flow 663,194 gal/day
2 WDF"" Wastewater Design Flow 916,219,643 liters/yr
3 N "" Nitrogen in Water Supply 2.00 mg/I
4 N(WW)=WDFxN 1,832,439,287 milligrams
5 N(WW) "" Wastewater Nitrogen 4040.53 Ibs
F Fertilizer Nitrogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 Ibs/IOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2) = A x ARx LR 0.00 Ib,
5 N(F2) = Fertilizer Nitrogen 0.00 lbs
H lnlgotif)ll Nitrogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A "" Area of Land Irrigated 3,908,621 sq ft
4 R(I) = R(irr) x A 795,171 cu ft
5 R(I) = Site Precipitation (liters) 22,519,254 liters
6 N = Nitrogen in Water Supply 2.00 mg/l
7 LR = Leaching Rate 15 percent
8 N(irr) = R(I)x N x LR 6,755,776 milligrams
9 N(irr) = Irrigation Nitrogen 14.90 Ibs
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SIMVLA T10N OF NITROGEN IN RECHARGE (SONIRl
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R-40 DISTRICT IMPACT ANALYSIS
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Final Computations
A Nirrogenin Recharge Value Units
I N "" Total Nitrogen (Ibs) 36,115.5 ]b,
2 N = Total Nitrogen (milligrams) 16,396,44] ,840 milligrams
3 R(T) - Total Recharge (inches) 42.27 inches
4 R(T) = Total Recharge (feet) 3.52 feet
5 A - Area of Zoning District 24,428,884 'q ft
6 R=R(T)xA 86,042,710 cuft
7 R= Area Recharge Volume 2,436,729,536 liters
9 NR = N/R 6.73 rog/]
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B Aru Ruh4rge SununtlI'y Value Units
1 R(T) = Total Area Recharge 42.27 inches/yr
2 R = ARea Recharge Volume 86,042,710 cu ftlyr
3 R - Area Recharge Volume 643,644,2]0 gaJ/yr
4 R - Area Recharge Volume 643.6 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cuhic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 :: Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams 11,000 = Milligrams
Grams x 0.002205 "" Pounds
Milligrams / 1 ,000 = Grams
Parameter Input P_r Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal ($ homes) (Sag. land) ($ exempt) ($PDR)
Taxes/Unit $8./49 SC Tax 17.309 2% $237,119 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $68,044 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $2,294,984 $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $7,243,953 $0 $0 $0
Library 42.769 5% $585,901 $0 $0 $0
Note: Fire District 44.452 5% $608,956 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $91,648 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $111,169 $0 $0 $0
Total 820.616 100% $11,241,774 $0 $0 $0
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R-80 DISTRICT IMPACT ANALYSIS
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R~80 District Total Acres
General Use Parameters
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Parameter A
Acres Farm 0.00
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd./Rech. 533.264
Ac. Residen. 2666
Dwellings 1,380
A vg. Lot Ac. 1.5
A . Yield Lot 1.9
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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Parameter Factors Analysis
Res. Water 300 413,858
Faml Water 5.5 "/year 0
Tot. Water sum 413,858
Water MGY 365 gpy/1M 151
Res. Sanitary 300 413,858
Nitrogen (rngJI) 2.13
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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I Parameter I Input I Analysis I
Data ($ ed. eost)
Children n/. 973
CostJChild $11.274 n/.
School Tax n/. $7,243,953
Educa. Cost n/. $10,964,285
Deficit/Surp. n/. -$3,720,332
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includes state aid; averaged =
15%
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NP&V Microcomputer Model
RIAM
2.666
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Open Space 0% 0.0
Road 9% 240.0
R-Q-W 9% 240.0
Recharge 2% 53.3
House 3600 114.0
Driveway 720 22.8
Fertilized 20% 426.6
Unfertilized n/a 1,570
Total 2,666
Add assumed percent of land farmed
D
h'
I.
emograp'IC Ana YSls
Paran1eter Factors Analysis
(unilSOtOOD.)
Dwellings see Gent. Use 1,380
Total Pop. 2.705 3,732
Child. Pop. 0.705 973
Sr. Pop. 35% of capita 1,302
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
I Paran1eter I Input I Analysis I
Data
Total Pop. n/. 3731.62324
#/Capita 7 n/.
#/day n/. 26,121
Tons/day n/. 13.1
Parameter Input Analysis
Data
Dwellings 1.380 n/.
Trips/unit 0.77 n/.
Tot. Trips n/a 1,062
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SIMULA nON OF NITROGEN IN RECHARGE (SONIR)
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R-80 DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Recharge PlUII1IU!ters Value Units
I Area of Zoning District 2666.3 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 426.6 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 376.8 acres
8 Fraction of Land Impervious 0.1 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 53.3 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage ofWatef 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 1569.6 acres
20 Fraction of Unfertilized Area 0.6 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 426.6 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 1379.5 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 413858 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet t
8 Nitrogen Budget Parameters Value Units
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 ]b,
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 426.6 acres
5 Fertilizer Application Rate 1 3.00 ]b,/1000 'q ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 ]b,/! 000 'q ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 . Ibs/pet
II Pet Waste Nitrogen Leaching Rate ]5 percent
12 Area of Land Irrigated 426.6 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
]5 Nitrogen in Precipitation 1.00 mg/l
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/]
18 Nitrogen in CommerciallSTP Flow 0.00 mg/]
c IC--,.
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
R-80 DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A Lawn A reD Recharge Value Units
1 A = Fraction of Land in Lawn 0.160 fraction
2 P = Precipitation Rate 42.82 inches
3 E;: Evapotranspiration Rate 21.40 inches
4 Q ;: Runoff Rate 0.31 inches
5 R(I)=P-(E+Q) 21.11 inches
6 R(L)=R(I)xA 3.38 inches
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C UnveJ!<t<rted Ar<<l Redzarg<
1 A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E"" Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u) = P - (E +Q) 41.12 inches
6 R(U) = R(u) x A 0.82 inches
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E NaJuraJ Area Rechtine
1 A = Fraction of Land in Natural 0.589 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)=P-(E+Q) 18.31 inches
6 R(N) = R(n) x A 10.78 inches
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G Irrigation Rechtugt
1 A = Fraction of Land Irrigated 0.160 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = 1- (E + Q) 2.44 inches
6 R(IRR) = ROrr) x A 0.39 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Arl!Q Recharge Value Units
1 A = Fraction of Land in Impervious 0.141 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q - Runoff Rate 0.00 inches
5 R(i)=P-(E+Q) 38.54 inches
6 R(I) = R(i) x A 5.45 inches
D Water AI'eQ LM$
1 A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = (P - (E+Q)) - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F FormAreaRecluuge
1 A = Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wmn>oler Rechlll'ge
1 WDF = Wastewater Design Flow 413,858 gal/day
2 WDF = Wastewater Design Flow 20,196,497 cu ft/yr
3 A - Area of Site 116,144,899 sq ft
4 R(ww) = WDFIA 0.17 feet
5 R(WW) = Wastewater Recharge 2.09 inches
Total Am. Recharge
R(L) + R(I) + R(U) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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SIMULA nON OF NITROGEN IN RECHARGE (SONIR)
I
R-80 DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
I
A Sanitary Nitrogen-Residential Value Units
I Number of Dwellings 1380 units
2 Persons per Dwelling 2.71 capita
3 P = Population 3732 capita
4 N = Nitrogen per person 10 Ibs
5 LR - Leaching Rate 50 percent
6 N(S) = P x N x LR 18658.12 Ibs
7 N(S) = Sanitary Nitrogen 18658.12 Ibs
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C San;uuy Nitrogen (CommerciaVSTP)
I CF = Commercial/STP Flow 0 gal/day
2 CF = CommercialfSTP Flow 0 literslyr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S) = CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E Ft:rtUiur Nitrogen 1
I A = Area of Land Fertilized I 18,583,184 sq ft
2 AR = Application Rate 3.00 Ibs/lOOO sf
3 LR - Leaching Rate 14 percent
4 N(FI)=AxARxLR 7804.94 Ibs
5 N(Fl) = Fertilizer Nitrogen 7804.94 Ibs
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G p,.ecJpitotion Na,ogen
I R(o) = Natural Recharge (feet) 1.70 feet
2 A = Area of Site (sq ft) 116,144,899 sq ft
3 R(N) = R(n) x A 197,688,590 cu ft
4 R(N) = Natural Recharge (liters) 5,598,540,866 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR - Leaching Rate 15 percent
7 N(ppt) = P(S) x N x LR 55,985,409 milligrams
8 N(ppt) = Precipitation Nitrogen 123.45 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value UniJs
I AR = Application Rate 3.19 lbs/pet
2 Human Population 3732 capita
3 Pets = 17 percent of capita 634 pets
4 N(p) = AR x pets 2023.66 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 303.55 Ibs
7 N(P) = Pet Waste Nitrogen 303.55 Ibs
D W""" Supply Na,ogen
I WDF = Wastewater Design Flow 413,858 gal/day
2 WDF = Wastewater Design Flow 571,755,726 liters/yr
3 N = Nitrogen in Water Supply 2.00 mgll
4 N(WW) = WDF x N 1,143,511,452 milligrams
5 N(WW) = Wastewater Nitrogen 2521.44 Ibs
F Fen/Jizer N/lfogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR - Application Rate 1.00 IbsllOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2)=AxARxLR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H [;rl;lIIwn N/lfogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R - Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 18,583,184 sq ft
4 R(I) = R(irr) x A 3,780,570 cu ft
5 R(I) = Site Precipitation (liters) 107,065,737 liters
6 N - Nitrogen in Water Supply 2.00 mg~
7 LR = Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 32,119,721 milligrams
9 N(irr) = Irrigation Nitrogen 70.82 Ibs
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SIMULATION OF NITROGEN IN RECHARGE ISONIRI
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R-BO DISTRICT IMPACT ANALYSIS
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Final Computations
A Nitrogen in Recharge Value Units
I N "" Total Nitrogen (Ibs) 29,482.3 Ibs
2 N := Total Nitrogen (milligrams) 13,384,971,864 milligrams
3 R(T) == Total Recharge (inches) 22.90 inches
4 R(T):= Total Recharge (feet) 1.91 feet
5 A :: Area of Zoning District 116,144,899 sq ft
6 R=R(T)xA 221,665,657 cu ft
7 R = Area Recharge Volume 6,277,571,394 liters
9 NR = N/R 2.13 mg/l
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B AUQ Recharge SumnutI'J' Value Units
I R(T) = Total Area Recharge 22.90 inches/yr
2 R::: ARea Recharge Volume 221,665,657 Cll tvyr
3 R "" Area Recharge Volume 1,658,174,377 gal/yr
4 R = Area Recharge Volume 1,658.2 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONIR
Acres x 43.560 = Square Feet
Cubic Feet x 7.48052:= Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams 11,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTOlal (S homes) (S ag. land) (S exempt) (SPDR)
Taxes/Unit $11.100 SC Tax 17.309 2% S7.976 $0 SO $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $2.289 $0 SO $0
Exemption 38.60% Town Tax 167.527 20% $77.20 I $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $243.680 $0 $0 $0
Library 42.769 5% $19.709 $0 $0 $0
Note: Fire District 44.452 5% $20,485 $0 SO $0
Exemption only SC, NYS Police Tax 6.69 1% $3.083 $0 $0 SO
Town and School Taxes. Solid Waste 8.115 1% $3.740 $0 $0 $0
TOlal 820.616 100% $378.164 SO $0 $0
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R-200 DISTRICT IMPACT ANALYSIS
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R-200 District Total Acres
General Use Parameters
I
Parameter Acres
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
AcresPDR 40%
Ac. Rd.lRech. 16.336
Ac. Residen. 81.68
Dwellings 34
A vg. Lot Ac. 1.9
Avg. Yield Lot 2.4
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
I
Parameter Factors Analysis
Res. Water 300 10.221
Farm Water 5.5"!year 0
Tot. Water sum 10.221
Water MGY 365 gpyll M 4
Res. Sanitary 300 10.221
Nitrogen (mgll) 1.88
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONlR model
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Data (S ed. eost)
Children nla 24
Cost/Child $11.274 nl.
School Tax nI. $243.680
Educa. Cost nl. $270.774
Deficit/Surp. nl. -$27.093
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includes state aid; averaged ""
15%
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NP&V Microcomputer Model
RIAM
82
Acres
Coverage Analysis
Parameter Factors AnaJysis
(acrcsin use)
F.rm 0% 0.0
Road 9% 7.4
R-Q-W 9% 7.4
Recharge 2% 1.6
House 3600 2.8
Driveway 720 0.6
Fertilized 20% 13.1
Unfert. nl. 49
Total 82
Add assumed percent of land farmed
D
emo2raphic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Genl. Use 34
Total Pop. 2.7 92
Child. Pop. 0.705 24
Sr. Pop. 35% of capita 32
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
!lata
Total Pop. nl. 92.156104
#/Capita 7 nl.
#/day nl. 645
Tons/day nl. 0.3
Parameter Input Analysis
Data
Dwellings 34 nl.
Trips/unit 0.77 nl.
Tot. Trips nI. 26
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
I
R-200 DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Recharge Parameters Value Units
I Area of Zoning District 81.7 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 13.1 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 10.7 acres
8 Fraction of Land Impervious 0.1 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
11 Acreage of Unvegetated 1.6 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 48.9 acres
20 Fraction of Unfertilized Area 0.6 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 13.1 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 34.1 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 10221 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget PllTtUIIeters Value Units
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 13.1 acres
5 Fertilizer Application Rate 1 3.00 IbsllOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/1000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 lbs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land lnigated 13.1 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgll
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgn
18 Nitrogen in CommerciallSTP Flow 0.00 mgll
C ICommen..
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is Natural or Unfertilized.
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SIMVLA TlON OF NITROGEN IN RECHARGE (SONIR)
I
R-200 DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A Lawn Area Recharge Value Units
I A '" Fraction of Land in Lawn 0.160 fraction
2 P = Precipitation Rate 42.82 inches
3 E '" Evapotranspiration Rate 21.40 inches
4 Q "" Runoff Rate 0.31 inches
5 R(I)=P-(E+Q) 21.11 inches
6 R(L) = R(I) x A 3.38 inches
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C Uilvegetated Area Recharge
I A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)- P - (E+ Q) 41.12 inches
6 R(V) = R(u) x A 0.82 inches
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E Natural Area Reeltarge
I A - Fraction of Land in Natural 0.599 fraction
2 P '" Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P - (E+ Q) 18.31 inches
6 R(N) = R(n) x A 10.96 inches
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G Irrigation Recharge
I A = Fraction of Land Irrigated 0.160 fraction
2 I - Irrigation Rate 5.50 inches
3 E::: Evaptranspiration Rate 2.75 inches
4 Q - Runoff Rate 0.31 inches
5 R(irr)=I-(E+Q) 2.44 inches
6 R(lRR) = R(irr) x A 0.39 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
I A = Fraction of Land in Impervious 0.131 fraction
2 P = Precipitation Rate 42.82 inches
3 E == Evapotranspiration Rate 4.28 inches
4 Q == Runoff Rate 0.00 inches
5 R(i) = P - (E+ Q) 38.54 inches
6 R(I) = R(i) x A 5.06 inches
D WtIlU Area Loss
I A - Fraction of Site in Water 0.000 fraction
2 P == Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q == Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = (P - (E+Q)) - M 12.82 inches
7 R(W)-R(w)xA 0.00 inches
F Farm. Area Recharge
I A == Fraction of Land in Farm 0.000 fraction
2 P == Precipitation Rate 42.82 inches
3 E == Evapotranspiration Rate 0.00 inches
4 Q == Runoff Rate 0.00 inches
5 R(o)~P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H WQSlI!woIer Rechlll'gt
I WDF == Wastewater Design Flow 10,221 gal/day
2 WDF == Wastewater Design Flow 498,772 Cll ftlyr
3 A = Area of Site 3,557,981 sq ft
4 R(ww) = WDF/A 0.14 feet
5 R(WW) = Wastewater Recharge 1.68 inches
Total Area-RecbJ.rgt
R(L) + R(I) + R(U) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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I
SIMULA nON OF NITROGEN IN RECHARGE (SONIR)
I
R-200 DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
I
A Sanitary Nitrogen.ResidentillJ Value Units
I Number of Dwellings 34 units
2 Persons per Dwelling 2.71 capita
3 P = Population 92 capita
4 N - Nitrogen per person 10 Ibs
5 LR"" Leaching Rate 50 percent
6 N(S) = Px 101 xLR 460.78 Ibs
7 N(S) = Sanitary Nitrogen 460.78 Ibs
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C SIlnittU)' Nitrogen (CqmJtle1'CiallSTP)
I CF = CommerciaJlSTP Flow 0 gal/day
2 CF = CommerciallSTP Flow 0 literslyr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S)= CF x N 0 milligrams
5 N(S) - Sanitary Nitrogen 0.00 Ibs
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E Fertilizer Nitrogen 1
I A = Area of Land Fertilized I 569,277 sq ft
2 AR = Application Rate 3.00 Ibs/lOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI) = A x AR x LR 239.10 Ibs
5 N(Fl) "" Fertilizer Nitrogen 239.10 Ibs
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G Precipitation Nitrogen
1 R(o) - Natural Recharge (feet) 1.69 feet
2 A = Area of Site (sq ft) 3,557,981 sq ft
3 R(N) = R(n) x A 5,996,331 ell ft
4 R(N) = Natural Recharge (liters) 169,816,086 liters
5 N - Nitrogen in Precipitation 1.00 mg/I
6 LR = Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 1,698,161 milligrams
8 N(ppt) - Precipitation Nitrogen 3.74 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value UniIs
I AR = Application Rate 3.19 Ibslpel
2 Human Population 92 capita
3 Pets = 17 percent of capita 16 pets
4 N(p) = AR x pets 49.98 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 7.50 Ib,
7 N(P) = Pet Waste Nitrogen 7.50 Ibs
D WOW $#pp/y "drogen
I WDF = Wastewater Design Flow 10,221 gal/day
2 WDF = Wastewater Design Flow 14,120,070 Iiters/yr
3 N = Nitrogen in Water Supply 2.00 mgn
4 N(WW) = WDF x N 28,240,139 milligrams
5 N(WW) = Wastewater Nitrogen 62.27 Ibs
F Feni/izu Nitrogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 IbsllOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2) = A x ARx LR 0.00 Ib,
5 N(F2) = Fertilizer Nitrogen 0.00 Ib,
H lrriglltion Nitrogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 569,277 sq ft
4 R(I) - R(irr) x A 115,814 ell ft
5 R(I) = Site Precipitation (liters) 3,279,850 liters
6 N = Nitrogen in Water Supply 2.00 mgll
7 LR - Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 983,955 milligrams
9 N(irr) = Irrigation Nitrogen 2.17 Ibs
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SIMULATION OF NITROGEN IN RECHARGE ISONIR)
I
R-200 DISTRICT IMPACT ANALYSIS
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I
Final Computations
A Nitrogen in Recharge Value UniJs
I N = Total Nitrogen (Ibs) 775.6 Ibs
2 N - Total Nitrogen (milligrams) 352,102,806 milligrams
3 R(T) = Total Recharge (inches) 22.30 inches
4 R(T): Total Recharge (feel) \.86 feel
5 A = Area of Zoning District 3,557,981 sq ft
6 R:R(T),A 6,610,917 cu ft
7 R "" Area Recharge Volume 187,221,169 liters
9 NR:N/R \.88 mgn
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B Area RecJuuge SUIfUlllU'y Value UniJs
1 R(T) - Total Area Recharge 22.30 inches/yr
2 R = ARea Recharge Volume 6,610,917 ell ft/yr
3 R = Area Recharge Volume 49,453,097 gallyr
4 R = Area Recharge Volume 49.5 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
CDnversiDns used in $ONIR
Acres x 43,560 :::: Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 "" Liters
Days x 365 "" Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams II ,000"" Grams
Parameter Inpui Parameter Factors Percent Analysis Analysis Analysis Analysis
Data of Total ($ homes) ($ ll2.land) ($ exempt) ($PDR)
Taxes/Unit $5,750 SC Tax 17.309 2% $11,356 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $3,259 $0 $0 $0
Exemption 38.600/0 Town Tax 167.527 200/0 $109,910 $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $346,923 $0 $0 $0
Library 42.769 5% $28,060 $0 $0 $0
Note: Fire District 44.452 5% $29,164 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $4,389 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $5,324 $0 $0 $0
Total 820.616 100% $538,384 $0 $0 $0
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UD DISTRICT IMPACT ANALYSIS (without DubUc water)
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un District Total Acres
General Use Parameters
I
/parameter I Acres I
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 11.704
Ac. Residen. 58.52
Dwellings 94
Avg. LotAc. 0.5
Avg. Yield Lot 0.6
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Add assumed percent in Ag. Dist./ExemplPDR
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Water Resource Analysis
I
Parameter Factors Analysis
Res. Water 300 28,090
Farm Water 5.5"/year 0
Tot. Water sum 28,090
Water MGY 365gpy/IM 10
Res. Sanitary 300 28,090
Nitrogen (mg/l) 3.92
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
I
Parameter Input Analysis
Data ($ cd. cost)
Children nla 16
Cost/Child $11,274 n/a
School Tax n/a $346,923
Educa. Cost n/a $177,335
DeficitlSurp. n/a $169,588
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includes state aid; averaged =
15%
I
NP&V Microcomputer Model
RIAM
59
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Farm 0% 0.0
Road 9% 5.3
R-Q-W 9% 5.3
Recharge 2% 1.2
House 1600 3.4
Driveway 480 1.0
Fertilized 30% 14.0
Unfert. 48% 28
Total 59
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Oen!. Use 94
Total Pop. 2.2 203
Child. Pop. 0.168 16
Sr. Pop. 35% of capita 71
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Pop. n/a 202.994176
#/Capita 7 n/a
#/day nl. 1,421
Tons/day n/a 0.7
I Parameter I Input I Analysis I
Data
Dwellings 94 nla
Trips/unit 0.7 n/a
Tot. Trips n/a 66
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SIMULATION OF NITROGEN IN RECHARGE (SONIR\
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HD DISTRICT IMPACT ANALYSIS (without DubUc water)
SONIR Data Input Field
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A Area Recharge PQrameten Value Units
I Area of Zoning District 58.5 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 14.0 acres
4 Fraction of Land in Lavm 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 9.7 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
to Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 1.2 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (ifappJicable) 0.0 inches
19 Acreage of Unfertilized Area 28.3 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Fanned Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 14.0 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 93.6 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 28090 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet I
B Nitrogen Budget Pat:tzmners VllIue Unils
I Persons per Dwelling 2.17 persons
2 Nitrogen per Person per Year 10.0 Ib,
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 14.0 acres
5 Fertilizer Application Rate I 3.00 Ibs/IOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbsllOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
to Pet Waste Application Rate 3.19 Ibs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 14.0 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgn
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/J
18 Nitrogen in Commercial/STP Flow 0.00 mg/l
cleo""""",.
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULA nON OF NITROGEN IN RECHARGE (SONIR)
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nD DISTRICT IMPACT ANALYSIS (without DubUc water)
Aru Recharge Calculations
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A Lawn Area Recharge Value Units
I A == Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E ::: Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I) = P - (E +Q) 21.11 inches
6 R(L) = R(l) x A 5.07 inches
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C UnvegettlUd Ala Recharge
1 A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u) = P -(E+ Q) 41.12 inches
6 R(U) = R(u) x A 0.82 inches
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E Natural Area Recharge
1 A == Fraction of Land in Natural 0.484 fraction
2 P - Precipitation Rate 42.82 inches
3 E"" Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P - (E+ Q) 18.31 inches
6 R(N) = R(n) x A 8.85 inches
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G Irrigation Recharge
1 A = Fraction of Land Irrigated 0.240 fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = I-(E+Q) 2.44 inches
6 R(IRR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
1 A - Fraction of Land in Impervious 0.166 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)- P - (E+ Q) 38.54 inches
6 R(I) = R(i) x A 6.41 inches
D WfIlU Area LiJss
1 A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q - Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Area Recharge
1 A = Fraction of Land in Fann 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O)-R(o)xA 0.00 inches
H W4St~at.er Recharge
I WDP = Wastewater Design Flow 28,090 gal/day
2 WDF = Wastewater Design Flow 1,370,787 cu ft/yr
3 A = Area of Site 2,549,131 sq ft
4 R(ww) = WDF/A 0.54 feet
5 R(WW) = Wastewater Recharge 6.45 inches
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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nD DISTRICT' IMPACT ANALYSIS (without DubHe water)
Area Nitrogen Budget
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A Sanitary Nitrogt!n-ResidentlaJ Value UnilS
I Number of Dwellings 94 units
2 Persons per Dwelling 2.17 capita
3 P "" Population 203 capita
4 N = Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S)=Px N xLR 1014.97 Ibs
7 N(S) = Sanitary Nitrogen 1014.97 Ibs
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C Sanitary NiI,ogen (CO/I!IIIHCial/STP)
I CF = Commercial/STP Flow 0 gal/day
2 CF = Commercial/STP Flow 0 liters/yr
3 N "" Nitrogen in Commercial 0.00 mg/I
4 N(S) = CF x N 0 milligrams
5 N(S) "" Sanitary Nitrogen 0.00 Ibs
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E Fertilizer Nitrogen 1
I A = Area of Land Fertilized I 611,791 sq ft
2 AR = Application Rate 3.00 Ibs/IOOO sf
3 LR "" Leaching Rate 14 percent
4 N(FI) =A x ARx LR 256.95 Ibs
5 N(Fl) = Fertilizer Nitrogen 256.95 Ibs
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G Precipitation Nitrogen
I R(o) = Natural Recharge (feet) 1.76 feet
2 A = Area of Site (sq ft) 2,549,131 sq ft
3 R(N) = R(n) x A 4,494,241 cu ft
4 R(N):::: Natural Recharge (liters) 127,276,916 liters
5 N = Nitrogen in Precipitation 1.00 mg/1
6 LR - Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 1,272,769 milligrams
8 N(ppt) = Precipitation Nitrogen 2.81 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste NJtrog~n Value Unils
I AR = Application Rate 3.19 lbsJpet
2 Human Population 203 capita
3 Pets = 17 percent of capita 35 pets
4 N(p) = AR x pets 110.08 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 16.51 Ibs
7 N(P) = Pet Waste Nitrogen 16.51 Ibs
D Wllter Supply NJ"OIfen
I WDF = Wastewater Design Flow 28,090 gat/day
2 WDF = Wastewater Design Flow 38,806,485 liters/yr
3 N = Nitrogen in Water Supply 2.00 mgll
4 N(WW) = WDF x N 77,612,969 milligrams
5 N(WW) = Wastewater Nitrogen 171.14 Ibs
F Fertilizer Nitrogen 2
I A = Area of Land Fertilized 2 0 sqft
2 AR = Application Rate 1.00 Ibs/IOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2)=AxARxLR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H lmgtllion N'ttrogen
1 R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 611,791 sq ft
4 R(I) = R(irr) x A 124,463 cuft
5 R(I) = Site Precipitation (liters) 3,524,795 liters
6 N = Nitrogen in Water Supply 2.00 mg/I
7 LR = Leaching Rate 15 percent
8 N(irr) = R(I)x N x LR 1,057,438 milligrams
9 N(irr) = Irrigation Nitrogen 2.33 Ibs
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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HD DISTRICT IMPACT ANALYSIS (without DubUc water)
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Final Computations
A Nitrogen in Rechafflt Value Units
I N:: Total Nitrogen (lbs) 1,464.7 Ib,
2 N = Total Nitrogen (milligrams) 664,978,599 milligrams
3 R(T) = Total Recharge (inches) 28.20 inches
4 R(T) = Total Recharge (feet) 2.35 feet
5 A"" Area of Zoning District 2,549,131 'q ft
6 R= R(T) , A 5,989,491 cu ft
7 R"" Area Recharge Volume 169,622,385 liters
9 NR = N/R 3.92 mg/l
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B Area RechtUgt SllmmanJ Value Units
I R(T) = Total Area Recharge 28.20 inches/yr
2 R = ARea Recharge Volume 5,989,491 Cll ftIyr
3 R = Area Recharge Volume 44,804,507 gallyr
4 R = Area Recharge Volume 44.8 MG/yr
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NP&V Microcomputer Model
SQNIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
ConVUS;OIf$ used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams 11,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams / 1,000 = Grams
P~ Input Parameter factors Percent Analysis Analysis Analysis Analysis
Data ofTotaI ($ homes) ($ag. land) ($ exempt.) ($PDR)
Taxes/Unit $4,400 SC Tax \7.309 2% $\4,802 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $4,248 $0 $0 $0
Exemption 38.60% Town Tax \67.527 20% $143,26\ $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $452, \93 $0 $0 $0
Library 42.769 5% $36,574 $0 $0 $0
Note: Fire District 44.452 5% $38,013 $0 $0 $0
Exemption only se, NYS Police Tax 6.69 1% $5,721 $0 $0 $0
Town and School Taxes. Solid Waste 8.\15 1% $6,940 $0 $0 $0
Total 820.616 100% $701,752 $0 $0 $0
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UO DISTRICT IMPACT ANALYSIS (with DubUc water)
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UD** District Total Acres
General Use Parameters
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Parameter Acres
in Use
Acres Fann 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres POR 40%
Ac. Rd.lRech. \1.814
Ac. Residen. 59.07
Dwellings 159
A vg. Lot Ac. 0.3
Avg. Yield Lot 0.4
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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I Parameter I Factors I Analysis I
Res. Water 225 35,885
Farm Water 5.5"/year 0
Tot. Water ,urn 35,885
Water MGY 365 gpy/I M 13
Res. Sanitary 225 35,885
Nitrogen (mgll) 5.41
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Residential water/sanitary is gpdlunit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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I Parameter I Input I Analysis I
Data ($ ed. cost)
Children n/. 27
Cost/Child $11,274 n/a
School Tax n/. $452,193
Eduea. Cost n/a $302,065
Deficit/Surp. n/. $150,128
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includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
59
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
fann 0% 0.0
Road 9% 5.3
R-Q-W 9% 5.3
Recharge 2% 1.2
House /600 5.9
Driveway 480 1.8
Fertilized 30% 14.2
Unfert. 43% 25
Total 59
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop,)
Dwellings see Gent Use 159
Total Pop. 2.2 346
Child. Pop. 0.168 27
Sr. Pop. 35% of capita \2\
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Dat.
Total Pop. n/. 345.772152
#/Capita 7 n/.
#/day n/. 2,420
Tons/day n/a 1.2
I Parameter I Jnput I Analysis I
Data
Dwellings 159 n/a
Trips/unit 0.65 n/a
Tot. Trips n/a 104
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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uo DISTRICT IMPACT ANALYSIS (with DubUc water)
SONIR Data Input Field
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A Area Recharge PorameJers Valu, Units
I Area of Zoning District 59.1 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 14.2 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 12.9 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 1.2 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 25.5 acres
20 Fraction of Unfertilized Area 0.4 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runofffrom Farmed Area 0.0 inches
27 Acreage of Land Irrigated 14.2 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 159.5 units
31 Water Use per Dwelling 225.0 gal/day
32 Wastewater Design Flow 35885 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget P.arameters Value Units
I Persons per Dwelling 2.17 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 14.2 acres
5 Fertilizer Application Rate 1 3.00 Ibs/lOOO sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibsl1000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 IbsJpet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 14.2 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/!
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgn
18 Nitrogen in Commercial/STP Flow 0.00 mg/!
cleo_
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMVLA nON OF NITROGEN IN RECHARGE (SONIR)
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UD DISTRICT IMPACT ANALYSIS (with DubUc water)
Area Recharge Calculations
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A Lawn Area Recharge Value Units
I A = Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E :::: Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(l)~ P - (E +Q) 21.11 inches
6 R(L) ~ R(I) x A 5.07 inches
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C UnvegaatedArea Recharge
1 A - Fraction of Land Unveg. 0.020 fraction
2 p:::: Precipitation Rate 42.82 inches
3 E ::: Evapotranspiration Rate 0.70 inches
4 Q :::: Runoff Rate 1.00 inches
5 R(u)-P-(E+Q) 41.12 inches
6 R(V) ~ R(u) x A 0.82 inches
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E NatlIraJ AI'l'Q Recharge
I A = Fraction of Land in Natural 0.431 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q '" Runoff Rate 0.31 inches
5 R(n) = P - (E + Q) 18.31 inches
6 R(N) = R(n) x A 7.89 inches
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G Irrigation Recharge
I A::o Fraction of Land Irrigated 0.240 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = 1- (E + Q) 2.44 inches
6 R(IRR) = R(iff) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
1 A = Fraction of Land in Impervious 0.219 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)~P-(E+Q) 38.54 inches
6 R(l)= R(i) x A 8.44 inches
D Water Area Loss
1 A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) ~ {P - (E+Q)} - M 12.82 inches
7 R(W) - R(w) x A 0.00 inches
F Ftum Area Recharge
I A = Fraction of Land in Fann 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)~P-(E+Q) 42.82 inches
6 R(O) ~ R(o) x A 0.00 inches
H Wastewater R<<harge
I WDF = Wastewater Design Flow 35,885 gal/day
2 WDF = Wastewater Design Flow 1,751,207 cu ftIyr
3 A = Area of Site 2,573,089 sq ft
4 R(ww) = WDF/A 0.68 feet
5 R(WW) = Wastewater Recharge 8.17 inches
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SIMVLA TlON OF NITROGEN IN RECHARGE ISONIRl
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HD DISTRICT IMPACT ANALYSIS {with DubHe water}
Area Nitrogen Budget
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A Sanitary Nitrogen.ResUientiol VaJUf! VniJs
I Number of Dwellings 159 units
2 Persons per Dwelling 2.17 capita
3 P = Population 346 capita
4 N = Nitrogen per person 10 Ibs
5 LR"" Leaching Rate 50 percent
6 N(S) -P x N x LR 1728.86 Ibs
7 N(S) = Sanitary Nitrogen 1728.86 Ibs
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C Sanitary Nitrogen (CtimmerciaVSTP)
I CF"" CommerciallSTP Flow 0 gal/day
2 CF"" CommerciallSTP Flow 0 liters/yr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S)- CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E Fertilizer Nitrogen J
I A = Area of Land Fertilized I 617,541 sq ft
2 AR = Application Rate 3.00 IbslJOOO sl
3 LR = Leaching Rate 14 percent
4 N(FI)- A x ARx LR 259.37 Ibs
5 N(FI) = Fertilizer Nitrogen 259.37 Ibs
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G PrecipitaJion Nitrogen
I R(o) = Natural Recharge (feet) 1.85 feet
2 A = Area of Site (sq ft) 2,573,089 sq ft
3 R(N) = R(n) x A 4,764,325 cu ft
4 R(N) "" Natural Recharge (liters) 134,925,670 liters
5 N = Nitrogen in Precipitation 1.00 mgn
6 LR::: Leaching Rate 15 percent
7 N(ppt) - peS) x N x LR 1,349,257 milligrams
8 N(ppt) "" Precipitation Nitrogen 2.98 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
I AR "" Application Rate 3.19 Ibs/pet
2 Human Population 346 capita
3 Pets "" 17 percent of capita 59 pets
4 N(p) = AR x pets 187.51 Ibs
5 LR "" Leaching Rate 15 percent
6 N(P) = N(p) x LR 28.13 Ibs
7 N(P) "" Pet Waste Nitrogen 28.13 Ibs
D Wot" Supply NItrogen
I WDF"" Wastewater Design Flow 35,885 gaJlday
2 WDF"" Wastewater Design Flow 49,576,059 literslyr
3 N "" Nitrogen in Water Supply 2.00 mg/I
4 N(WW) = WDF x N 99,152,118 milligrams
5 N(WW) ::: Wastewater Nitrogen 218.63 Ibs
F FenU/:" Nilrogen 2
I A::: Area of Land Fertilized 2 0 sq ft
2 AR "" Application Rate 1.00 Ibs/IOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2)-A x ARx LR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H lrrJglllion Nitrogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R - Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 617,541 sq ft
4 R(I) = R(irr) x A 125,633 cuft
5 R(I) - Site Precipitation (liters) 3,557,922 liters
6 N "'" Nitrogen in Water Supply 2.00 mg/I
7 LR ;;:: Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 1,067,377 milligrams
9 N(irr) - Irrigation Nitrogen 2.35 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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AD DISTRICT IMPACT ANALYSIS (with DubUc water)
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Final Computations
A Nlm>ge" In Recharge Valae Units
1 N ::: Total Nitrogen (Ibs) 2,240.3 Ib,
2 N = Total Nitrogen (milligrams) 1,017,102,594 milligrams
3 R(T)::: Total Recharge (inches) 30.97 inches
4 R(T)::: Total Recharge (feet) 2.58 feet
5 A = Area of Zoning District 2,573,089 'q ft
6 R=R(T)xA 6,641,165 cuft
7 R = Area Recharge Volume 188,077,780 liters
9 NR = NIR 5.41 mgll
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B Affll Recharge Summary Valae Units
1 R(T) ::: Total Area Recharge 30.97 incheslyr
2 R = ARea Recharge Volume 6,641,165 cu ftlyr
3 R = Area Recharge Volume 49,679,364 gallyr
4 R::: Area Recharge Volume 49.7 MOlyr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
COIJ'Vel'Swns uled in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 ::: Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams / 1,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal ($ homes) ($ "" land) ($c:xempt.) ($ POR)
Taxes/Unit $5,750 SC Tax 17.309 2% $10,072 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4,967 1% $2,890 $0 $0 $0
Exemption 38.60% Town Tax 167,527 20% $97,486 $0 $0 $0
PDR/acre $IlO School Tax 528,787 64% $307,707 $0 $0 $0
Library 42,769 5% $24,888 $0 $0 $0
Note: Fire District 44.452 5% $25,867 $0 $0 $0
Exemption only SC. NYS Police Tax 6,69 1% $3,893 $0 $0 $0
Town and School Taxes. Solid Waste 8,115 1% $4,722 $0 $0 $0
Total 820,616 100% $477,526 $0 $0 $0
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RR DISTRICT IMPACT ANALYSIS
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RR District Total Acres
General Use Parameters
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I Paramet.r I Acres I
in Use
Acres Farm 0
A., Ag. Land 0%
A., Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 9,506
Ac. Residen. 47.53
Dwellings 83
A vg. Lot Ac. 0.5
Avg. Yield Lot 0,6
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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Parameter Factors Analysis
Res. Water 300 24,914
Farm Water 5.5"/year 0
Tot. Water sum 24,914
Water MGY 365gpy/1M 9
Res. Sanitary 300 24,914
Nitrogen (mg/l) 4.08
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Inpul Analysis
Data ($ cd, cost)
Children nla 14
Cost/Child $Il,274 ofa
School Tax ofa $307,707
Educa. Cost ofa $157,289
DeficitlSurp. ofa $150,418
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includes state aid; averaged =
15%
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NP&V Microcomputer Model
RIAM
48
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Fann 0% 0.0
Road 9% 4.3
R-O-W 9% 4.3
Recharge 2% 1.0
House 1600 3,1
Driveway 480 0,9
Fertilized 30% 11.4
Unfert. 48% 23
Total 48
Add assumed percent of land farmed
Demographic Analysis
eta Factors Analysis
(unjtsor .)
Dwellings see Genl. Use 83
Total Pop. 2.2 180
Child, Pop. 0,168 14
Sr. Po 35% Q ca ita 63
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Pop. ofa 180,048064
#/Capita 7 n/a
#fday o/a 1,260
Tons/day nfa 0,6
Parameter Input Analysis
Data
Dwellings 83 nfa
Trips/unit 0.7 ofa
Tot. Trips nfa 58
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SIMULATION OF NITROGEN IN RECHARGE ISONIR\
I
RRDISTRICT IMPACT ANALYSIS
SONIR Data Input Field
I
A Area Recharge ParameJers Valut Units
1 Area of Zoning District 47.5 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 11.4 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 8.2 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
11 Acreage of Unvegetated 1.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 22.7 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Fanned Area 0.0 inches
27 Acreage of Land Irrigated 11.4 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 83.0 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 24914 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B NitrOgen Budget Paramders Value UnUs
1 Persons per Dwelling 2.17 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 11.4 acres
5 Fertilizer Application Rate I 3.00 Ibs/looO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 3.19 IbsllOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 1.00 Ibslpet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 11.4 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgJl
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/l
18 Nitrogen in CommerciaVSTP Flow 0.00 mgll
C 1c.._1IIS
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
RR DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A Lawn Area Ruh4rge Value Units
1 A = Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q "'" Runoff Rate 0.31 inches
5 R(1)= P -(E + Q) 21.11 inches
6 R(L) = R(1)x A 5.07 inches
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C lln.egdated Area Rw,IUfl<
1 A - Fraction of Land Unveg. 0.020 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q ::: Runoff Rate 1.00 inches
5 R(u) - P - (E+ Q) 41.12 inches
6 R(U) = R(u) x A 0.82 inches
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E Natural Area Rech.rugt
I A = Fraction of Land in Natural 0.477 fraction
2 p::: Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P -(E+ Q) 18.31 inches
6 R(N) = R(n) x A 8.73 inches
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G Irrigation Recharge
1 A = Fraction of Land Irrigated 0.240 fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = 1- (E+ Q) 2.44 inches
6 R(1RR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B ilnpervious Area Recharge Value Units
I A = Fraction of Land in Impervious 0.173 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)-P-(E+Q) 38.54 inches
6 R(1)= R(i) x A 6.68 inches
D Water AI'U' Loss
1 A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q - Runoff Rate 0.00 inches
5 M ::: Makeup Water 0.00 inches
6 R(w) = {P-(E+Q)}-M 12.82 inches
7 R(W)-R(w)xA 0.00 inches
F Ftum Ana Reclulrge
1 A = Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q ::: Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) - R(o) x A 0.00 inches
H Wostewater Recharge
1 WDF = Wastewater Design Flow 24,914 gal/day
2 WDF::: Wastewater Design Flow 1,215,835 cu iVyr
3 A = Area of Site 2,070,407 sq ft
4 R(ww) = WDF/A 0.59 feet
5 R(WW) = Wastewater Recharge 7.05 inches
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
I
RR DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
I
A Sanitary Nitrogen-ResidentiIJ/ Volu/! Units
I Number of Dwel1ings 83 units
2 Persons per Dwelling 2.17 capita
3 P :: Population 180 capita
4 N = Nitrogen per person 10 Ib,
5 LR = Leaching Rate 50 percent
6 N(S): Px N x LR 900.24 Ib,
7 N(S) = Sanitary Nitrogen 900.24 Ib,
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C s"n/IIl'" Nitrogen (CommtreiallSTP)
I CF = Commercial/STP Flow 0 gal/day
2 CF = CommerciallSTP Flow 0 Iiterslyr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S): CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ib,
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E FutJliur Nitrogen]
I A :: Area of Land Fertilized I 496,898 'q ft
2 AR = Application Rate 3.00 Ib,/IOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI):AxARxLR 208.70 Ib,
5 N(FI) = Fertilizer Nitrogen 208.70 Ib,
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G PncipitaJion Nitrogen
I R(o) = Natural Recharge (feet) 1.77 feet
2 A = Area arSile (sq ft) 2,070,407 'q ft
3 R(N): R(n) x A 3,674,773 cu ft
4 R(N) = Natural Recharge (liters) 104,069,568 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR = Leaching Rate 15 percent
7 N(ppt): P(S) x N x LR 1,040,696 milligrams
8 N(ppt) = Precipitation Nitrogen 2.29 Ib,
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Unlts
I AR = Application Rate 1.00 Ibs/pet
2 Human Population 180 capita
3 Pets - 17 percent of capita 31 pets
4 N(p): AR x pets 30.61 Ib,
5 LR = Leaching Rate 15 percent
6 N(P) - N(p) x LR 4.59 Ib,
7 N(P) = Pet Waste Nitrogen 4.59 Ib,
D Watus"pply Nitrogen
I WDF = Wastewater Design Flow 24,914 gaJlday
2 WDF = Wastewater Design Flow 34,419,866 Iiterslyr
3 N - Nitrogen in Water Supply 2.00 mg/1
4 N(WW): WDF x N 68,839,733 milligrams
5 N(WW) = Wastewater Nitrogen 151.79 Ib,
F Fi!r1iJizer Nitrogen 2
I A - Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 3.19 Ibs/lOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2):AxARx LR 0.00 Ib,
5 N(F2) = Fertilizer Nitrogen 0.00 Ib,
H Irrigation Nitrogen
I R - Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 496,898 'q ft
4 R(I) - R(irr) x A 101,089 cu ft
5 R(I) = Site Precipitation (liters) 2,862,842 liters
6 N = Nitrogen in Water Supply 2.00 mg/I
7 LR = Leaching Rate 15 percent
8 N(irr) - R(I) x N x LR 858,852 milligrams
9 N(irr) = Irrigation Nitrogen 1.89 Ib,
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
I
RR DISTRICT IMPACT ANALYSIS
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Final Computations
A Nitrogen in Recharge Value Units
I N "" Total Nitrogen (lbs) 1,269.5 Ib,
2 N :: Total Nitrogen (milligrams) 576,356,934 milligrams
3 R(T):: Total Recharge (inches) 28.93 inches
4 R(T) = Total Recbarge (feet) 2.41 feet
5 A :: Area of Zoning District 2,070,407 sq ft
6 R=R(T)xA 4,991,697 ell ft
7 R ""' Area Recharge Volume 141,364,862 liters
9 NR = N/R 4.08 mgn
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B Area Recharge SUIlUtJQJ'y Value Units
1 R(T):::: Total Area Recharge 28.93 inches/yr
2 R = ARea Recharge Volume 4,991,697 ell ft/yr
3 R = Area Recharge Volume 37,340,490 gal/yr
4 R - Area Recharge Volume 37.3 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Convt!f'Sions usd in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams 11 ,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Anal I is
Data of Total (S homes) (S ag. land) (Sexe ~
Taxes/Unit $7,310 SC Tax 17.309 2% $2,608 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $748 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $25,238 $0 $0 $0
POR/acre $1/0 School Tax 528.787 64% $79,662 $0 $0 $0
Library 42.769 5% $6,443 $0 $0 $0
Note: Fire District 44.452 5% $6,697 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $1,008 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $1,223 $0 $0 $0
Tota/ 820.616 100% $123,627 $0 $0 $0
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RO DISTRICT IMPACT ANALYSIS
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RO Distritt Total Acres
General Use Parameters
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Parameter Acres
in Use
Acres Fann 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 2.478
Ac. Residen. 12.39
Dwellings 17
A vg. Lot Ac. 0.6
Avg. Yield Lot 0.7
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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Parameter Factors Analysis
Res. Water 300 5,074
Farm Water 5.5 "/year 0
Tot. Water sum 5,074
Water MGY 365 gpyll M 2
Res. Sanitary 300 5,074
~o (mgJI) 4.16
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR mode]
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Data (Sed. cost)
Children 01. 12
Cost/Child $1/,274 01.
School Tax 01. $79,662
Educa. Cost 01. $134,414
Oeficit/Surp. 01. -$54,752
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includes state aid; averaged =
15%
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NP&V Microcomputer Model
RIAM
12
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
F.rm 0% 0.0
Road 9% 1.1
R-O-W 9% 1.1
Recharge 2% 0.2
House 2000 0.8
Driveway 600 0.2
Fertilized 30% 3.0
Unfert. 48% 6
Total 12
Add assumed percent of land farmed
Demographic Analysis
I Parameter I Factors I Analysis I
(unilS or pop,)
Dwel1ings see Gent. Use 17
Tota] Pop. 2.7 46
Child. Pop. 0.705 12
Sr. Pop. 35% of capita 16
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Tota] Pop. 01. 45.74696
#/Capita 7 01.
#Id.y 01. 320
Tons/day "I. 0.2
I Parmneter I Input I Analysis I
Data
Dwellings 17 01.
Trips/unit 0.8 01.
Tot. Trips 01. 14
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SIMULATION OF NITROGEN IN RECHARGE ,SONIR)
I
RO DISTRICT IMPACT ANALYSIS
SONIR Data Input Fi~ld
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A Area Recharge Parameten Value UniIs
I Area of Zoning District 12.4 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 3.0 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 2.1 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.2 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
IS Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 5.9 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Fanned Area 0.0 inches
27 Acreage of Land Irrigated 3.0 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 16.9 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 5074 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Mi.-:rocomputer Model
SONIR
Sheet 1
B Nitrogen Budget Parameters Value Units
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 3.0 acres
5 Fertilizer Application Rate I 3.00 Ibs/lOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbslI 000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 IS percent
10 Pet Waste Application Rate 3.19 Ibs/pet
II Pet Waste Nitrogen Leaching Rate IS percent
12 Area of Land Irrigated 3.0 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate IS percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgll
18 Nitrogen in Commercial/STP Flow 0.00 mglI
CICo_
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
RO DISTRICf IMPACf ANALYSIS
Area Recharge Calculations
I
A Lawn Area Recharge Value Units
I A = Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E == Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I)~P-(E+Q) 21.11 inches
6 R(L) = R(I) x A 5.07 inches
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C UnvegePdtd Area R<<harg<
I A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)=P-(E+Q) 41.12 inches
6 R(U)- R(u) x A 0.82 inches
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E Natural Anll Rechtuge
I A = Fraction of Land in Natural 0.479 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q "" Runoff Rate 0.31 inches
5 R(n) = P - (E + Q) 18.31 inches
6 R(N) = R(n) x A 8.76 inches
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G Irrigation Recharge
I A = Fraction of Land Irrigated 0.240 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q ::: Runoff Rate 0.31 inches
5 R(irr) = I-(E +Q) 2.44 inches
6 R(IRR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge VaIu< Units
I A = Fraction of Land in Impervious 0.171 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)=P-(E+Q) 38.54 inches
6 R(1)~ R(i) x A 6.61 inches
D WtIler.A.re4 Loss
I A"" Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M "" Makeup Water 0.00 inches
6 R(w) = (P - (E+Q)) - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Area Recluuge
I A = Fraction of Land in Farm 0.000 fraction
2 P "" Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wast<Wat<r R<eharg<
I WDF = Wastewater Design Flow 5,074 gal/day
2 WDF - Wastewater Design Flow 247,594 cu ftIyr
3 A "" Area of Site 539,708 sq ft
4 R(ww)= WDF/A 0.46 feet
5 R(WW) = Wastewater Recharge 5.51 inches
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SIMULATION OF NITROGEN IN RECHARGE ISONIR)
I
RO DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Samlary Nitrogen~ResidentW Value Units
I Number of Dwellings 17 units
2 Persons per Dwelling 2.71 capita
3 P "" Population 46 capita
4 N "" Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S)- P x N x LR 228.73 Ibs
7 N(S) = Sanitary Nitrogen 228.73 Ibs
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C Sanitqry Nitrozen (Com""m,iaVSTP)
I CF = Commercial/STP Flow 0 gal/day
2 CF = Commercial/STP Flow 0 liters/yr
3 N = Nitrogen in Commercial 0.00 mg/l
4 N(S)- CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 ]bs
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E Fertilizer Nitrogen I
] A = Area of Land fertilized 1 ]29,530 sq ft
2 AR = Application Rate 3.00 Ibs/]000 sf
3 LR = Leaching Rate 14 percent
4 N(F])~AxARxLR 54.40 ]bs
5 N(FI) = Fertilizer Nitrogen 54.40 Ibs
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G PrecipitatUm "_en
] R(o) = Natural Recharge (feet) 1.77 feet
2 A = Area ofSlte (sq ft) 539,708 sq ft
3 R(N) = R(n) x A 956,147 cu ft
4 R(N) "" Natural Recharge (liters) 27,078,071 liters
5 N = Nitrogen in Precipitation 1.00 mg/l
6 LR = Leaching Rate 15 percent
7 N(ppt) ~ peS) x N x LR 270,781 milligrams
8 N(ppt) = Precipitation Nitrogen 0.60 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen VaIu. lIlIits
] AR ::: Application Rate 3.]9 IbsJpet
2 Human Population 46 capita
3 Pets = 17 percent of capita 8 pets
4 N(p): AR x p.ts 24.8] Ibs
5 LR::: Leaching Rate 15 percent
6 N(P)~N(p)x LR 3.72 Ibs
7 N(P) = Pet Waste Nitrogen 3.72 Ibs
D Witt., Supply Nitrogen
] WDF ::: Wastewater Design Flow 5,074 gal/day
2 WDF ::: Wastewater Design Flow 7,009,305 Iiters/yr
3 N - Nitrogen in Water Supply 2.00 mg/l
4 N(WW) = WDF x N 14,018,6]0 milligrams
5 N(WW) = Wastewater Nitrogen 30.9] ]bs
F FUtUiur Nitrog.n 2
] A::: Area of Land Fertilized 2 0 sq ft
2 AR ::: Application Rate 1.00 Ibs/IOOO sf
3 LR - Leaching Rate 15 percent
4 N(F2)~ A x ARx LR 0.00 ]bs
5 N(F2)::: Fertilizer Nitrogen 0.00 Ibs
H Il'rigl#k>n Nitrot!en
I R::: Irrigation Recharge (inches) 2.44 inches
2 R::: Irrigation Rate (feet) 0.20 feet
3 A - Area of Land Irrigated ] 29,530 sq ft
4 R(l) - R(irr) x A 26,352 cu ft
5 R(I)::: Site Precipitation (liters) 746,278 liters
6 N - Nitrogen in Water Supply 2.00 mg/l
7 LR - Leaching Rate ]5 percent
8 N(irr) = R(I) x N x LR 223,883 milligrams
9 N(irr)::: Irrigation Nitrogen 0.49 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
I
RO DISTRICT IMPACT ANALYSIS
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Final Computations
A NUl'Ogtm in Recharge Value Units
1 N = Total Nitrogen (Ibs) 318.9 Ibs
2 N = Total Nitrogen (milligrams) 144,762,651 milligrams
3 R(T) = Total Recharge (inches) 27.35 inches
4 R(T) = Total Recharge (feet) 2.28 feet
5 A = Area of Zoning District 539,708 sq ft
6 R=R(T)xA 1,230,092 cu ft
7 R = Area Recharge Volume 34,836,217 liters
9 NR = N/R 4.16 mg/I
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B Area Recharge Summary YllIue Units
1 R(T) = Total Area Recharge 27.35 inches/yr
2 R = ARea Recharge Volume 1,230,092 Cll ft/yr
3 R- Area Recharge Volume 9,201,731 gal/yr
4 R = Area Recharge Volume 9.2 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions usa in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams J 1,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
DaIa of Total ($ homes) ($ a.. land) ($ exempt.) (SPDR)
Taxes/Unit $5,750 SC Tax 17.309 2% $14,819 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $4,252 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $143,426 $0 $0 $0
PDR/acre $/10 School Tax 528.787 64% $452,713 $0 $0 $0
Library 42.769 5% $36,616 $0 $0 $0
Note: Fire District 44.452 5% $38,057 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $5,728 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $6,948 $0 $0 $0
Total 820.616 100% $702,558 $0 $0 $0
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HB DISTRICT IMPACT ANALYSIS (without public water)
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HB District Total Acres
General Use Parameters
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Paramelef Acres
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres POR 40%
Ac. Rd.lRech. 13.398
Ac. Residen. 66.99
Dwellings 122
Avg. Lot Ac. 0.4
Avg. Yield Lot 0.5
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Add assumed percent in Ag. Oist.lExemp/PDR
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Water Resource Analysis
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Parameter Factors Analysis
Res. Water 300 36,655
Farm Water 5.5"lyear 0
Tot. Water sum 36,655
Water MGY 365 gpy/IM 1J
Res. Sanitary 300 36,655
Nitrogen (mgn) 4.20
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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Paramck:r Input Analysis
DaIa ($ ed. cost)
Children nla 21
Cost/Child $/1.274 nla
School Tax o/a $452,713
Educa. Cost o/a $231,411
Deficit/Surp. o/a $221,302
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includes state aid; averaged =
15%
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NP&V Microcomputer Model
RIAM
67
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Fann 0% 0.0
Road 9% 6.0
R-O-W 9% 6.0
Recharge 2% 1.J
House 1600 4.5
Driveway 480 1.J
Fertilized 30% 16.1
Unfert. 47% 32
Total 67
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Gen!. Use 122
Total Pop. 2.2 265
Child. Pop. 0.168 21
Sr. Pop. 35% of capita 92
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
DaIa
Total Pop. o/a 264.894912
#/Capita 7 o/a
#/day o/a 1,854
Tons/day o/a 0.9
Parameter fnput Analysis
Data
Dwellings 122 o/a
Trips/unit 0.7 o/a
Tot. Trips o/a 86
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SIMULATION OF NITROGEN IN RECHARGE ISONIR)
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HB DISTRICT IMPACT ANALYSIS (without DubHe water)
SONIR Data Input Field
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A Area Reclt4rge Parameters Value Units
I Area of Zoning District 67.0 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 16.1 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 11.9 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
11 Acreage of Unvegetated 1.3 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction afSile in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 31.7 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Fanned Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Fanned Area 0.0 inches
27 Acreage of Land Irrigated 16.1 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 122.2 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 36655 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet I
B Nitrogen Budgn Parameters Value Units
1 Persons per Dwelling 2.17 persons
2 Nitrogen per Person per Year 10.0 1bs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 16.1 acres
5 Fertilizer Application Rate I 3.00 Ibsll 000 sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 1bsll 000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibslpet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 16.1 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate IS percent
17 Nitrogen in Water Supply 2.00 mg/l
18 Nitrogen in Commercial/STP Flow 0.00 mg/I
c ICom",elflS
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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UB DISTRICT IMPACT ANALYSIS (without Dublic water)
Area Recharge Calculations
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A Lawn .4re4 Recharge Value Units
1 A"" Fraction of Land in Lawn 0.240 fraction
2 P == Precipitation Rate 42.82 inches
3 E"" Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I) = P -(E+ Q) 21.11 inches
6 R(L) = R(I) x A 5.07 inches
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C Unl1aettlted Area Recharge
I A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u) = P - (E +Q) 41.12 inches
6 R(U) = R(u) x A 0.82 inches
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E NlllUraJ A.Tt>a Rechart!e
I A = Fraction of Land in Natural 0.473 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q == Runoff Rate 0.31 inches
5 R(n)=P-(E+Q) 18.31 inches
6 R(N) = R(n) x A 8.66 inches
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G lrrigatum Recharge
1 A = Fraction of Land Irrigated 0.240 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = 1- (E+Q) 2.44 inches
6 R(IRR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B /mpenious Area Recharge Value Units
I A = Fraction of Land in Impervious 0.177 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)=P-(E+Q) 38.54 inches
6 R(I) = R(i) x A 6.83 inches
D Wattr Area Loss
I A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = (P - (E+Q)) - M 12.82 inches
7 R(W)-R(w)xA 0.00 inches
F Farm Area Recharge
I A = Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H WlJst~Rler Recharge
I WDF = Wastewater Design Flow 36,655 gal/day
2 WDF = Wastewater Design Flow 1,788,792 cu ftlyr
3 A = Area of Site 2,918,084 sq ft
4 R(ww) = WDFIA 0.61 feet
5 R(WW) = Wastewater Recharge 7.36 inches
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SIMVLA TION OF NITROGEN IN RECHARGE ISONIR)
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UB DISTRICT IMPACT ANALYSIS (without DubUc waterl
Area Nitrogen Budget
I
A Sanitary NiJr-ogen-ResidentiaJ Value Units
I Number of Dwellings 122 units
2 Persons per Dwelling 2.17 capita
3 P "" Population 265 capita
4 N ::: Nitrogen per person 10 Ib,
5 LR"" Leaching Rate 50 percent
6 N(S) = P x N x LR 1324.47 Ib,
7 N(S) = Sanitary Nitrogen 1324.47 Ib,
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C SanitJuy Nitrogen (Commf!1'CiaJ/STP)
I CF ::: CommerciallSTP Flow 0 gal/day
2 CF ::: CommerciallSTP Flow 0 Iiters/yr
3 N "" Nitrogen in Commercial 0.00 rog/I
4 N(S)=CFxN 0 milligrams
5 N(S) ::: Sanitary Nitrogen 0.00 Ib,
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E Fernliter NitrOgen I
1 A = Area of Land fertilized 1 700,340 'q ft
2 AR ::: Application Rate 3.00 Ib,/1000 ,f
3 LR = Leaching Rate 14 percent
4 N(FI)=A x ARx LR 294.14 Ib,
5 N(FI) = fertilizer Nitrogen 294.14 Ib,
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G PrecipiUztion Nitrogen
I R(o) = Natural Recharge (feet) 1.78 fee'
2 A = Area of Site (sq ft) 2,918,084 'q ft
3 R(N) = Rin) x A 5,197,322 cu ft
4 R(N) "" Natural Recharge (liters) 147,188,151 liters
5 N = Nitrogen in Precipitation 1.00 rog/I
6 LR = Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 1,471,882 milligrams
8 N(ppt) = Precipitation Nitrogen 3.25 Ib,
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
! AR = Application Rate 3.19 lbs/pet
2 Human Population 265 capita
3 Pets = 17 percent of capita 45 pets
4 N(p)- ARx pets 143.65 Ib,
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 21.55 Ib,
7 N(P) - Pet Waste Nitrogen 21.55 Ib,
D WoIer Supply
I WDF = Wastewater Design Flow 36,655 gal/day
2 WDF = Wastewater Design Flow 50,640,075 Iiters/yr
3 N = Nitrogen in Water Supply 2.00 rog/I
4 N(WW) = WDF x N 101,280,150 milligrams
5 N(WW) - Wastewater Nitrogen 223.32 Ib,
F Fertilizer Nitrogen 2
I A - Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 Ib,/IOOO ,f
3 LR = Leaching Rate 15 percent
4 N(F2)- A x ARx LR 0.00 Ib,
5 N(F2) - Fertilizer Nitrogen 0.00 Ib,
H IrrlgoJion Nitrogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 700,340 'q ft
4 R(l) = R(irr) x A 142,477 cu ft
5 R(I) - Site Precipitation (liters) 4,034,962 liters
6 N = Nitrogen in Water Supply 2.00 rog/!
7 LR = Leaching Rate 15 percent
8 N(irr) - R(I) x N x LR 1,210,489 milligrams
9 N(irr) = Irrigation Nitrogen 2.67 Ib,
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SIMULATION OF NITROGEN IN RECHARGE (SONIR\
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HB DISTRICT IMPACT ANALYSIS (without DubUc water)
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Final Computations
A Nitrogen iI..Recharge Value Units
1 N = Total Nitrogen (lbs) 1,869.4 ]b,
2 N = Total Nitrogen (milligrams) 848,708,827 milligrams
3 R(T) == Total Recharge (inches) 29.31 inches
4 R(T) == Total Recharge (feet) 2.44 feet
5 A - Area of Zoning District 2,918,084 sq ft
6 R~R(T)xA 7,128,591 cu ft
7 R == Area Recharge Volume 201,881,705 liters
9 NR ~ NIR 4.20 mg/]
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B Area Recharge Summary Value Unit!
1 R(T) = Total Area Recharge 29.3] inches/yr
2 R = ARea Recharge Volume 7,128,591 Cll ftlYf
3 R = Area Recharge Volume 53,325,570 gal/yr
4 R - Area Recharge Volume 53.3 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Convers;on$used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052:: Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams It ,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1,000 = Grams
Parameter Input Parameter Faetors Percent Analysis Analysis Analysis Analysis
Data of Total (Shornos) (S ....Iand) (S oxomot.) (SPOR)
Taxes/Unit $7.3/0 SC Tax 17.309 2% $43,322 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $12,432 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $419,299 $0 $0 $0
PDR/acre $JlO School Tax 528.787 64% $1,323,487 $0 $0 $0
Library 42.769 5% $107,045 $0 $0 $0
Note: Fire District 44.452 5% $111,258 $0 $0 $0
Exemption only SC. NYS Police Tax 6.69 1% $16,744 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $20,311 $0 $0 $0
Total 820.616 100% $2,053,898 $0 SO $0
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HB DISTRICT IMPACT ANALYSIS (with DubUc water)
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HB. District Total Acres
General Use Parameters
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I Parameter I Acres I
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd./Rech. 20.146
Ac. Residen. 100.73
Dwellings 281
Avg. Lot Ac. 0.3
A vg. Yield Lot 0.4
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Add assumed percent in Ag. Dist.lExemplPDR
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Water Resource Analysis
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Parameter Factors Analysis
Res. Water 300 84,291
Farm Water 5.5"/year 0
Tot. Water sum 84,291
Water MGY 365 gpy// M 31
Res. Sanitary 300 84,291
Nitrogen (mg/l) 5.07
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Residential water/sanitary is gpdlunit
Nitrogen is based on NP&V SONIR mode]
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Oala ($ cd. cost)
Children n/. 47
Cost/Child $Jl,174 n/.
Schoo] Tax nl. $1,323,487
Educa. Cost n/. $532,147
Deficit/Surp. n/. $791,340
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includes state aid; averaged ;;:
15%
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NP&V Microcomputer Model
RIAM
10/
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
F.rm 0% 0.0
Road 9% 9.1
R-O-W 9% 9.1
Recharge 2% 2.0
House /200 7.7
Driveway 360 2.3
Fertilized 30% 24.2
Unfert. 46% 46
Total 101
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Genl. Use 281
Total Pop. 2.2 609
Child. Pop. 0./68 47
Sr. Pop. 35% of capita 213
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Jnput Analysis
Data
Tota] Pop. n/. 609.145128
#/Capita 7 n/.
#/day n/. 4,264
Tons/day n/. 2.1
Parameter Input Analysis
Dala
Dwellings 281 n/.
Trips/unit 0.7 n/.
Tot. Trips n/. 197
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SIMULA nON OF NITROGEN IN RECHARGE (SONIRl
I
UB DISTRICT IMPACT ANALYSIS (with DubUc water\
SONIR Data Input Field
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A Area Recharge PaTatneten Value Units
I Area of Zoning District 100.7 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 24.2 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 19.1 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 2.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage ofWaler 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 46.3 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 24.2 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 55 inches
30 Number of Dwellings 281.0 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 84291 gal/day
33 CommerciaJ/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget Pafomsm Value Units
I Persons per Dwelling 2.03 persons
2 Nitrogen per Person per Year 10.0 Ib,
3 Sanitary Nitrogen leaching Rate 50 percent
4 Area of land Fertilized I 24.2 acres
5 Fertilizer Application Rate I 3.00 Ibs/IOOO sq ft
6 Fertilizer Nitrogen leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ib,/IOOO 'q ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of land Irrigated 24.2 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/l
16 Precipitation Nitrogen leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/I
18 Nitrogen in CommerciallSTP Flow 0.00 mg/I
clC8mnJ<nts
1) Please refer to user manual for data input instructions.
2) Area of land Fertilized I is lawn.
3) Area of land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
OR DISTRICT IMPACT ANALYSIS (with DubUc waterl
Area Recharge Calculations
I
A Lawn Area Recharge Value Units
I A "" Fraction of Land in Lawn 0.240 fraction
2 P "" Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 21.40 inches
4 Q "'" Runoff Rate 0.31 inches
5 R(I): P - (E +Q) 21.11 inches
6 R(L): R(I) x A 5.07 inches
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C Un.,4geiate.d AreQ Rechll1'gt
I A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u):P-(E+Q) 41.12 inches
6 R(U): R(u) x A 0.82 inches
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E Natural Area Recharge
I A = Fraction of Land in Natural 0.460 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n): P -(E + Q) 18.31 inches
6 R(N): R(n) x A 8.42 inches
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G Irrigation Recharge
I A = Fraction of Land Irrigated 0.240 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr): I-(E + Q) 2.44 inches
6 R(IRR): R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
I A = Fraction of Land in Impervious 0.190 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)-P-(E+Q) 38.54 inches
6 R(I) : R(i) x A 7.32 inches
D WaterAreaLoss
I A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w): (P - (E+Q)) - M 12.82 inches
7 R(W) - R(w) x A 0.00 inches
F Farm A,,,,, Re<iuuJle
I A - Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)-P-(E+Q) 42.82 inches
6 R(O) - R(o) x A 0.00 inches
H Wastewater Recharge
I WDF = Wastewater Design Flow 84,291 gal/day
2 WDF = Wastewater Design Flow 4,113,458 cu ftlyr
3 A:: Area afSite 4,387,799 sq ft
4 R(ww) - WDF/A 0.94 feet
5 R(WW) - Wastewater Recharge 11.25 inches
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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HB DISTRICT IMPACT ANALYSIS (with Dublie water)
Area Nitrogen Budget
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A SanilJlry Nitr(JgeJt-Re!iilkntioJ VaIu, Units
I Number of Dwellings 281 units
2 Persons per Dwelling 2.03 capita
3 P = Population 571 capita
4 N "" Nitrogen per person 10 Ibs
5 LR"" Leaching Rate 50 percent
6 N(S): Px N x LR 2856.07 Ibs
7 N(S) = Sanitary Nitrogen 2856.07 Ibs
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C Sanitary Nitrog,n (CommerciallSTP)
1 CF = CommerciallSTP Flow 0 gaJlday
2 CF = Commercial/STP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S): CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E FeTtiIizel' Nitrogen 1
I A = Area of Land Fertilized 1 1,053,072 sq ft
2 AR = Application Rate 3.00 IbsllOoo sf
3 LR = Leaching Rate 14 percent
4 N(FI)=AxARxLR 442.29 Ibs
5 N(FI) = Fertilizer Nitrogen 442.29 Ibs
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G Precipitlltion Nitrogen
1 R(o) = Natural Recharge (feet) 1.80 feet
2 A = Area afSite (sq ft) 4,387,799 sq ft
3 R(N) = R(n) x A 7,909,686 ell ft
4 R(N) = Natural Recharge (liters) 224,002,302 liters
5 N = Nitrogen in Precipitation 1.00 mg/1
6 LR = Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 2,240,023 milligrams
8 N(ppt) = Precipitation Nitrogen 4.94 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
I AR = Application Rate 3.19 Ibslpet
2 Human Population 571 capita
3 Pets = 17 percent of capita 97 pets
4 N(p) = AR x pets 309.77 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 46.47 Ibs
7 N(P) = Pet Waste Nitrogen 46.47 Ibs
D Water SuDD/y Nitroeen
I WDF = Wastewater Design Flow 84,291 gal/day
2 WDP = Wastewater Design Flow 116,450,538 IitersJyr
3 N = Nitrogen in Water Supply 2.00 mg/1
4 N(WW) ~ WDF x N 232,901,076 milligrams
5 N(WW) = Wastewater Nitrogen 513.55 Ibs
F FmiJlur Nitr(Jgen 1
1 A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 IbsllOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2) = A x AR x LR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H Irrigation NilrO/WI
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 1,053,072 sq ft
4 R(I) ~ R(irr) x A 214,237 cu ft
5 R(I) = Site Precipitation (liters) 6,067,200 liters
6 N = Nitrogen in Water Supply 2.00 mg/1
7 LR = Leaching Rate 15 percent
8 N(irr) = R(1) x N x LR 1,820,160 milligrams
9 N(irr) = Irrigation Nitrogen 4.01 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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UB DISTRICT IMPACT ANALYSIS (with DubHe water)
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Final Computations
A Nitrogen in ReclttU'ge Value l/a/u
1 N = Total Nitrogen (lbs) 3,867.3 1b,
2 N ;; Total Nitrogen (milligrams) 1,755,765,694 milligrams
3 R(T) = Total Recharge (inches) 33.47 inches
4 R(T) = Total Recharge (feet) 2.79 feet
5 A = Area of Zoning District 4,387,799 sq ft
6 R=R(T)xA 12,237,381 ell ft
7 R = Area Recharge Volume 346,562,622 liters
9 NR = N/R 5.07 mgll
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8 Area RechtU'U Sunuruuy Value Units
1 R(T) ;; Total Area Recharge 33.47 inches/yr
2 R = ARea Recharge Volume 12,237,381 ell ftlyr
3 R - Area Recharge Volume 91,541,971 gal/yr
4 R = Area Recharge Volume 91.5 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CON CENTRA nON OF
NITROGEN IN RECHARGE
Conversions used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = lnches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams 11,000 = Grams
Parameter Input Parameter Factors Per~nt Analysis Analysis Analysis Analysis
Data of Total (S homes) (S ago land) (S exempt) (SPDR)
Taxes/Unit S3 SC Tax 17.309 2% S35,549 SO SO SO
Ag. Land/acre S320 NYS Prop. Tax 4.967 1% SIO,201 SO SO SO
Exemption 38.60% Town Tax 167.527 20% $344,068 SO SO SO
PORlacre SIlO School Tax 528.787 64% SI,086,025 $0 SO SO
Library 42.769 5% S87,839 SO SO SO
Note: Fire District 44.452 5% S91,296 SO SO SO
Exemption only SC. NYS Police Tax 6.69 1% S13,740 SO SO SO
Town and School Taxes. Solid Waste 8.115 1% S16,667 SO $0 SO
Total 820.616 100% $1,685,384 SO $0 $0
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UB DISTRICT IMPACf ANALYSIS (Commercial)
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UB District Total Acres
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General Use Parameters
Parameter
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Acres Farm 13.34176
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 0%
Ac. Rd.lRech. 0
Ac. Residen. 0
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Dwellings n/a
Avg. Lot Ac. n/a
Avg. Yield Lot n/a
Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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I Parameter I FllCtUrS I Analysis I
Comm. Water 0.05 29,058
Farm Water 5.5"lyear 0
Tot. Water sum 29,058
Water MGY 365gpy/IM 11
Res. Sanitary 0 29,058
Nitrogen (mgJI) 5.91
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Residential waterlsanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Data ($ cd. cost)
Children n/a 0
CosUChild SO n/a
School Tax n/a $1,086,025
Educa. Cost n/a $0
DeficitlSurp. n/a $1,086,025
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includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
55
Acres
Coverage Analysis
Paxamcter Factors Analysis
(SF/Ac. in use)
Building 24.1% 581,167
Parking 45.9% 1,106,870
Fertilized 20% 482,296
Unfertilized 10% 241,148
Building 24.1% 13
Parking 45.9% 25
Fertilized 20% 11
Unfertilized 10% 6
Tota/ (Sq. Ft.) 2,411,537
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Gent. Use 0
Total Pop. 0 0
Child. Pop. 0 0
Jobs 2.90 1,685
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
~taISF n/a 581,167
#/Sq. Ft. 2.5 n/a
#/day n/a 1,453
Tons/day n/a 0.7
I Parameter I Input I Analysis I
Data
quare Feet 581,167 n/a
Trips/unit 0.43 n/a
Tot. Trips n/a 250
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SIMULATION OF NITROGEN IN RECHARGE rSONIRl
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HB DISTRICT IMPACT ANALYSIS (Commercial)
SONIR Data Input Field
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A Area Recharge Parameters Value Units
I Area of Zoning District 55.4 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 11.1 acres
4 Fraction of land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 38.8 acres
8 Fraction of Land Impervious 0.7 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 5.5 acres
20 Fraction of Land Natural 0.1 fraction
21 Evapotrans. from Natural Area 24.2 inches
22 Runoff from Natural Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 11.1 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 0.0 units
31 Water Use per Dwelling 0.1 gal/day
32 Wastewater Design Flow 0 gal/day
33 Commercial /STP Design Flow 29058.4 gal/day
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NP&V Microcomputer Model
SONIR
Sheet t
B Nitrogen Budget Parameters Value Units
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 11.1 acres
5 Fertilizer Application Rate I 2.50 lbs/IOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbsllOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibslpet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 11.1 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/1
18 Nitrogen in Commercial/STP Flow 30.00 mg/I
C IcomnwrlS
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Fertilized 2 is farmed area.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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DB DISTRICT IMPACT ANALYSIS {Commercian
Area Recharge Calculations
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A Lawn Area Recharge Value {In/IS
1 A '" Fraction of Land in Lawn 0.200 fraction
2 P "" Precipitation Rate 42.82 inches
3 E '" Evapotranspiration Rate 21.40 inches
4 Q '" Runoff Rate 0.31 inches
5 R(1): P -(E+ Q) 21.11 inches
6 R(L): R(1)x A 4.22 inches
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C Unvegna<<dAres R~harge
1 A - Fraction of Land Unveg. 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E =: Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u): P - (E+ Q) 41.12 inches
6 R(U) - R(u) x A 0.00 inches
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E Natural Area Recharge
1 A == Fraction of Land in Natural 0.100 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n): P - (E+ Q) 18.31 inches
6 R(N): R(n) x A 1.83 !inches
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G Irrigation Recltarge
1 A = Fraction of Land Irrigated 0.200 fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr): 1- (E +Q) 2.44 inches
6 R(1RR): R(irr) x A 0.49 inches
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Total Area R<<bargt
NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Reclrarge Value Units
I A == Fraction of Land in Impervious 0.700 fraction
2 P "" Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)~P-(E+Q) 38.54 inches
6 R(I) : R(i) x A 26.98 inches
D WaterAI'ell Loss
I A = Fraction afSile in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) - {P - (E+Q)} - M 12.82 inches
7 R(W) : R(w) x A 0.00 inches
F Farm Area Reclulrge
1 A = Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)~P-(E+Q) 42.82 inches
6 R(O): R(o) x A 0.00 inches
H Wastewater Recharge
1 WDF = Wastewater Design Flow 29.os8 gallday
2 WDF = Wastewater Design Flow 1,418,062 Cll ftlyr
3 A = Area of Site 2,411,482 sq ft
4 R(ww): WDF/A 0.59 reet
5 R(WW) "" Wastewater Recharge 7.06 inches
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SIMULATION OF NITROGEN IN RECHARGE rSONIR)
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UB DISTRICf IMPACT ANALYSIS (Commercial)
Area Nitrogen Budget
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A Sanilary Nitrogen-Residential Value Units
I Number of Dwellings 0 units
2 Persons per Dwelling 0.00 capita
3 P = Population 0 capita
4 N = Nitrogen per person 10 Ib,
5 LR = Leaching Rate 50 percent
6 N(S) = P x N x LR 0.00 Ib,
7 N(S) = Sanitary Nitrogen 0.00 Ib,
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C Saniuuy NilrollM (ColNIrerCiallSTP)
I CF = CommerciallSTP Flow 29,058 gal/day
2 CF = Commercial/STP Flow 40,144,842 Iiters/yr
3 N = Nitrogen in Commercial 30.00 mg/I
4 N(S) = CF x N 1,204,345,245 milligrams
5 N(S) = Sanitary Nitrogen 2655.58 Ib,
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E Fet1iJizer Nitrogen 1
I A = Area of Land Fertilized I 482,296 'q ft
2 AR = Application Rate 2.50 Ib,1I000 ,f
3 LR = Leaching Rate 14 percent
4 N(FI) = A x ARx LR 168.80 Ib,
5 N(Fl) = Fertilizer Nitrogen 168.80 Ib,
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G Precipitation Nitrogen
I R(n) = Natural Recharge (feet) 2.75 feet
2 A = Area afSite (sq ft) 2,411,482 'q ft
3 R(N) = R(n) x A 6,637,804 cu ft
4 R(N) = Natural Recharge (liters) 187,982,611 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR == Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 1,879,826 milligrams
8 N(ppt) = Precipitation Nitrogen 4.15 Ib,
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen VoJue Units
I AR "" Application Rate 3.19 Ibs/pet
2 Human Population 0 capita
3 Pets"" 17 percent of capita 0 pets
4 N(p) = AR x pet' 0.00 Ib,
5 LR "" Leaching Rate 15 percent
6 N(P) = N(p) x LR 0.00 Ib,
7 N(P) "" Pet Waste Nitrogen 0.00 Ib,
D WQt" $utJply NIIroge1t
I WDF = Wastewater Design Flow 29,058 gal/day
2 WDP = Wastewater Design Flow 40,144,842 liters/yr
3 N "" Nitrogen in Water Supply 2.00 mg/I
4 N(WW) = WDF x N 80,289,683 milligrams
5 N(WW) = Wastewater Nitrogen 177.04 Ib,
F &rtiU"r Nilrogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR "" Application Rate 1.00 Ibs/lOoo sf
3 LR = Leaching Rate 15 percent
4 N(F2)=AxARxLR 0.00 Ib,
5 N(F2) = Fertilizer Nitrogen 0.00 Ib,
H Irrigation Nitrog~n
1 R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 482,296 sqft
4 R(I) = R(irr) x A 98,119 cu ft
5 R(I) "" Site Precipitation (liters) 2,778,717 liters
6 N "" Nitrogen in Water Supply 2.00 mg~
7 LR "" Leaching Rate 15 percent
8 N(irr) = R(l) x N x LR 833,615 milligrams
9 N(irr) = Irrigation Nitrogen 1.84 Ib,
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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HB DISTRICT IMPACT ANALYSIS (Commercial)
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Final Computations
A Nitrogen in Recharge Value Units
I N :: Total Nitrogen (lbs) 3,007.4 Ib,
2 N = Total Nitrogen (milligrams) 1,365,362,718 milligrams
3 R(T) = Total Recharge (inches) 40.58 inches
4 R(T):: Total Recharge (feet) 3.38 feet
5 A = Area of Zoning District 2,411,482 'q ft
6 R=R(T)xA 8,153,985 cu ft
7 R - Area Recharge Volume 230,920,849 liters
9 NR - N/R 5.91 mg/l
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B Art'4 Recharge Sllmmary Value Units
I R(T):: Total Area Recharge 40.58 inches/yr
2 R = ARea Recharge Volume 8,153,985 Cll ftlyr
3 R = Area Recharge Volume 60,996,046 gal/yr
4 R = Area Recharge Volume 61.0 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Convenions used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 ::: Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 = Milligrams
Grams x 0.002205 = Pounds
M iIligrams 11,000 = Grams
Parameter Input Parameter FadOrS Percent Analysis Analysis Analysis AnaJysis
Data of Total ($ homes) ($ .... land) (S exempt) ($PDR)
Taxes/Unit S7.3/0 SC Tax 17.309 2% $445 $0 SO $0
Ag. Land/acre S320 NYS Prop. Tax 4.967 1% $128 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $4,310 $0 $0 $0
PDR/acre S//O School Tax 528.787 64% $13,604 $0 $0 $0
Libn>.ry 42.769 5% $1,100 $0 $0 $0
Note: Fire District 44.452 S% $1,144 $0 SO $0
Exemption only SC, NYS Police Tax 6.69 1% $172 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $209 $0 $0 $0
Total 820.616 100% $21,1 II $0 SO $0
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MI DISTRICT IMPACT ANALYSIS
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MI District Total Acres
General Use Parameters
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IpllIlIl1lCler I Acres I
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
AcresPDR 40%
Ac. Rd.lRech. 0.472
Ac. Residen. 2.36
Dwellings 3
A vg. Lot Ac. 0.7
Avg. Yield Lot 0.8
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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Parameter FactOrs Analysis
Res. Water 300 866
Farm Water 5.5"/year 0
Tot. Water sum 866
Water MGY 365 gpy//M 0
Res. Sanitary 300 866
Nitrogen (mg/l) 1.14
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Data ($ ed. cost)
Children n/a 0
Cost/Child $//,274 n/a
School Tax n/a $13,604
Educa. Cost n/a $5,470
Deficit/Surp. n/a $8,134
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includes state aid; averaged = 15%
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NP&V Micro~omputer Model
RIAM
2.36 Acres
Coverage Analysis
Parameter Factors Anal;:s::e) II
(acres in
Fann 0% 0.0
Road 9% 0.2
R-O-W 9% 0.2
Recharge 2% 0.0
House /200 0.1
Driveway 360 0.0
Fertilized 30% 0.6
Unfert. 52% I
Total 2
Add assumed percent of land fanned
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Genl. Use 3
Total Pop. 2.2 6
Child. Pop. 0./68 0
Sr. Pop. 35% of capita 2
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
T' G
ti A I .
I Parameler I Input I Analysis I
Data
Total Pop. n/a 6.261184
#/Capita 7 n/a
#/day n/a 44
Tons/day n/a 0.0
rip' enera on na YSIS
Input Analysis
Data
Dwellings 3 n/a
Trips/unit 0.7 n/a
Tot. Trips n/a 2
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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MI DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Recharge Parameters Value Unw'
I Area of Zoning District 2.4 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 0.6 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 0.3 acres
8 Fraction of Land Impervious 0.1 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 1.2 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Fanned Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Fanned Area 0.0 inches
27 Acreage of Land Irrigated 0.6 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 2.9 units
31 Water Use per Dwelling 300.0 gaJlday
32 Wastewater Design Flow 866 gaJlday
33 Commercial ISTP Design Flow 0.0 gaJlday
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget PWiUnetel'S Value Units
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 0.6 acres
5 Fertilizer Application Rate I 3.00 IbsllOOO sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibsll 000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 lbs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 0.6 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation LOO mg/l
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgn
18 Nitrogen in Commercial/STP Flow 0.00 mg/l
clc_
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
MI DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A LilWn Area ReCharge Value UnUs
1 A == Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I) = P - (E + Q) 21.11 inches
6 R(L) = R(I)x A 5.07 inches
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C Unvegetatt!IJ Area Recharge
1 A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u) = P - (E+ Q) 41.12 inches
6 R(U) - R(u) x A 0.82 !inches
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E Natural A.rea Recharge
1 A = Fraction of Land in Natural 0.516 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P - (E +Q) 18.31 inches
6 R(N) = R(n) x A 9.45 inches
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G Irrigation Rec.lu1.rge
1 A = Fraction of Land Irrigated 0.240 fraction
2 I ;;:: Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr)=I-(E+Q) 2.44 inches
6 R(1RR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
1 A = Fraction of Land in Impetvious 0.134 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)=P-(E+Q) 38.54 inches
6 R(1)= R(i) x A 5.16 inches
D 'Water Ara LOIS
] A - Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = (P - (E+Q)) - M 12.82 inches
7 R(W)-R(w)xA 0.00 inches
F Fa,.", Area Recharge
1 A = Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o) = P - (E + Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H WastewtPef ReCharge
1 WDF = Wastewater Design Flow 866 gal/day
2 WDF = Wastewater Design Flow 42,281 Cll ftlyr
3 A = Area of Site 102,802 sq ft
4 R(ww) = WDF/A 0.41 feet
5 R(WW) = Wastewater Recharge 4.94 inches
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SIMULA nON OF NITROGEN IN RECHARGE (SONIRl
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MI DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sanitary Nitroge"..Residentiol Value Units
I Number of Dwellings 3 units
2 Persons per Dwelling 0.00 capita
3 P = Population 0 capita
4 N = Nitrogen per person 10 ]bs
5 LR = Leaching Rate 50 percent
6 N(S) ; Px N x LR 0.00 ]bs
7 N(S) = Sanitary Nitrogen 0.00 ]bs
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C Sanittuy Nitrogtn (Commen;/Jz//STP)
] CF = Commercial/STP Flow 0 gal/day
2 CF = CommerciallSTP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S)~ CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 ]bs
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E Fertili:.u Nitrogen 1
] A = Area of Land Fertilized 1 24,672 sq fl
2 AR = Application Rate 3.00 ]bsllooO sf
3 LR = Leaching Rate 14 percent
4 N(F1)~ A x ARx LR 10.36 ]bs
5 N(FI) = Fertilizer Nitrogen 10.36 ]bs
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G PrecipillltJon Nitrogen
1 R(o) = Natural Recharge (feet) 1.71 feet
2 A = Area of Site (sq ft) 102,802 sq fl
3 R(N) ~ R(n) x A ]75,599 eu ft
4 R(N) = Natural Recharge (liters) 4,972,954 liters
5 N = Nitrogen in Precipitation 1.00 mg/l
6 LR = Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 49,730 milligrams
8 N(ppt) :: Precipitation Nitrogen 0.1 ] Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
] AR = Application Rate 3.19 Ibs/pet
2 Human Population 0 capita
3 Pets = 17 percent of capita 0 pets
4 N(p) = AR x pets 0.00 Ibs
5 LR = Leaching Rate 15 percent
6 N(P)~N(p)xLR 0.00 ]bs
7 N(P) = Pet Waste Nitrogen 0.00 Ibs
D Watu Supply N/trogtn
I WDF = Wastewater Design Flow 866 gal/day
2 WDF = Wastewater Design Flow 1,196,953 liters/yr
3 N = Nitrogen in Water Supply 2.00 mg/1
4 N(WW) ~ WDF x N 2,393,907 milligrams
5 N(WW) = Wastewater Nitrogen 5.28 ]bs
F Fertilizer Nitrogen 2
1 A = Area of Land Fertilized 2 0 sq fl
2 AR = Application Rate 1.00 IbsllOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2);AxARxLR 0.00 ]bs
5 N(F2)::: Fertilizer Nitrogen 0.00 ]bs
H Jri'igotion Nitrogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 24,672 sq ft
4 R(I) ~ R(irr) x A 5,019 cu fl
5 R(J) = Site Precipitation (liters) 142,148 liters
6 N ::: Nitrogen in Water Supply 2.00 mg/l
7 LR = Leaching Rate 15 percent
8 N(irr)~ R(1) x N x LR 42,644 milligrams
9 N(irr) = Irrigation Nitrogen 0.09 Ibs
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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MI DISTRICT IMPACT ANALYSIS
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Final Computations
A Nitrogen In Recharge Value Units
I N = Total Nitrogen (lbs) 15.8 Ibs
2 N = Total Nitrogen (milligrams) 7,193,471 milligrams
3 R(T) = Total Recharge (inches) 26.02 inches
4 R(T) = Total Recharge (feet) 2.17 feet
5 A = Area of Zoning District 102,802 sq ft
6 R: R(T) x A 222,899 cu ft
7 R::::: Area Recharge Volume 6,312,493 liters
9 NR: N/R 1.14 mg/l
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B Afea Recharge Summary Value Units
I R(T) = Total Area Recharge 26.02 inches/yr
2 R = ARea Recharge Volume 222,899 ell ft/yr
3 R = Area Recharge Volume 1,667,399 gallyr
4 R = Area Recharge Volume 1.7 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONJR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams 11,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1.000 = Grams
Parameter (nput Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal ($ homes) ($ ago land) ($ <=Illllt.) ($PDR)
TaxeslUnit $7,310 SC Tax 17.309 2% $10,690 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $3,067 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20010 $103,460 $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $326,563 $0 $0 $0
Library 42.769 5% $26,4 ]] $0 $0 $0
Note: Fire District 44.452 5% $27,452 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $4,lJ2 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $5,012 $0 $0 $0
Total 820.616 lOO% $506,788 $0 $0 $0
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Mil DISTRICT IMPACT ANALYSIS
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MIl District Total Acres
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General Use Parameters
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Parameter Acres
in Use
Acres Fann 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 11.332
Ac. Residen. 56.66
Dwellings 69
Avg. Lot Ac. 0.7
Avg. Yield Lot 0.8
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Add assumed percent in Ag. Dist./ExemplPDR
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Water Resour(~e Analysis
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Parameter Factors Analysis
Res. Water 300 20,798
Fann Water 5.5"lyear 0
Tot. Water sum 20,798
Water MGY 365 gpyllM 8
Res. Sanitary 300 20,798
Nitrogen (mg/l) 1.14
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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S~hool Tax Analysis
Input Analysis
I Data ($ ed. cost)
Children nla 12
Cost/Child $11,274 nla
I School Tax nla $326,563
Eduea. Cost nla $]] 1,304
Deficit/Surp. nla $195,259
I includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
56.66
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Fann 0% 0.0
Road 9% 5.1
R-O-W 9% 5.1
Recharge 2% 1.1
House 1200 1.9
Driveway 360 0.6
Fertilized 30% 13.6
Unfert. 52% 29
Total 57
Add assumed percent of land fanned
Demographic Analysis
Parameter Factors Analysis
(units-or oop.)
Dwellings see Genl. Use 69
Total Pop. 2.2 150
Child. Pop. 0.168 12
Sr. Pop. 35% of capita 52
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Parameter Input Analysis
Data
Total Pop. nla 150.303104
#/Capita 7 nla
#/day nla 1,052
TonsJday nla 0.5
Input Analysis
Data
Dwellings 69 nla
Trips/unit 0.7 nla
Tot. Trips nla 49
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SIMULATION OF NITROGEN IN RECHARGE ISONIR)
I
Mil DISTRICT IMPACT ANALYSIS
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SONIR Data Input Field
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A Area Recharge Parameters Value Units
1 Area of Zoning District 56.7 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 13.6 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 7.6 acres
8 Fraction of Land Impervious 0.1 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
11 Acreage of Unvegetated 1.l acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 29.2 acres
2~ Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Fanned Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 13.6 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 69.3 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 20798 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget ParaltU!ters Value Units
1 Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ib,
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 13.6 acres
5 Fertilizer Application Rate I 3.00 Ib,/I000 'q ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibsl1000 'q fl
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibs/pet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 13.6 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/I
18 Nitrogen in Commercial/STP Flow 0.00 mg/I
C IComments
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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MIl DISTRICT IMPACT ANALYSIS
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Area Recharge Calculations
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A LAwn Area R~clul.rge Value Units
1 A = Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(1) = P - (E + Q) 21.11 inches
6 R(L)- R(1) x A 5.07 inches
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C UIWeget4tedAna Recharge
1 A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 0.70 inches
4 Q - Runoff Rate 1.00 inches
5 R(u)-P-(E+Q) 41.12 inches
6 R(U) = R(u) x A 0.82 inches
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E NaruroJ Area Recharge
1 A - Fraction of Land in Natural 0.516 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)- P - (E +Q) 18.31 inches
6 R(N) = R(n) x A 9.45 inches
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G Irrigation Recharge
1 A = Fraction of Land Irrigated 0.240 fraction
2 I - Irrigation Rate 5.50 inches
3 E - Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr)-I-(E+Q) 2.44 inches
6 R(IRR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Vallie Units
I A - Fraction of Land in Impervious 0.134 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i) = P - (E +Q) 38.54 inches
6 R(I) - R(i) x A 5.16 inches
D Water AreoQ Loss
I A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w)- (P-(E+Q)}-M 12.82 inches
7 R(W) = R(w) xA 0.00 inches
F Farm Area Recharge
I A = Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)-P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H W4StewakrRuharge
I WDF = Wastewater Design Flow 20,798 gal/day
2 WDF = Wastewater Design Flow 1,014,972 cu ftlyr
3 A = Area of Site 2,468,110 sq ft
4 R(ww) = WDF/A 0.41 feet
5 R(WW) = Wastewater Recharge 4.93 inches
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Total Area Recbargt
R(L) + R(I) + R(U) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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NP&V Microcomputer Model
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MIl DISTRICT IMPACT ANALYSIS
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Area Nitrogen Budget
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A Sanillll'J' Nitrogen-Residential Value Units
I Number of Dwellings 69 units
2 Persons per Dwelling 0.00 capita
3 P = Population 0 capita
4 N "" Nitrogen per person 10 Ibs
5 LR - Leaching Rate 50 percent
6 N(S):Px N x LR 0.00 Ibs
7 N(S) - Sanitary Nitrogen 0.00 Ibs
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C Nitrogen (Conutret'CiallSTP)
I CF = CommerciallSTP Flow 0 gal/day
2 CF = Commercial/STP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S)- CFx N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E Fertilizer Nitrogen J
I A = Area of Land Fertilized I 592,346 sq ft
2 AR - Application Rate 3.00 Ibs/IOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI)-AxARxLR 248.79 Ibs
5 N(Fl) = Fertilizer Nitrogen 248.79 Ibs
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G PrecipJtlllion Nitrogen
I R(o) = Natural Recharge (feet) 1.71 feet
2 A = Area of Site (sq ft) 2,468,110 sq ft
3 R(N)- R(n)xA 4,215,834 ell ft
4 R(N) = Natural Recharge (liters) 119,392,414 liters
5 N = Nitrogen in Precipitation 1.00 mg/l
6 LR - Leaching Rate 15 percent
7 N(ppt): P(S) x N x LR 1,193,924 milligrams
8 N(ppt) = Precipitation Nitrogen 2.63 Ibs
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SONIR
Sheet 3
B Pet Waste Nitrogtm Value Units
I AR = Application Rate 3.19 lbsJpet
2 Human Population 0 capita
) Pets = 17 percent of capita 0 pets
4 N(p): AR x pets 0.00 Ibs
5 LR - Leaching Rate 15 percent
6 N(P): N(p) x LR 0.00 Ib,
7 N(P) = Pet Waste Nitrogen 0.00 Ibs
D Wilt" Supply Nitrogen
I WDF - Wastewater Design Flow 20,798 gal/day
2 WDF = Wastewater Design Flow 28,733,510 liters/yr
3 N = Nitrogen in Water Supply 2.00 mg/I
4 N(WW) - WDF x N 57,467,019 milligrams
5 N(WW) = Wastewater Nitrogen 126.71 Ibs
F FeTtil)zer Nitrogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 Ibs/IOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2): A x ARx LR 0.00 Ibs
5 N(F2} - Fertilizer Nitrogen 0.00 Ibs
H IrrigaJion NU_
1 R - Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A - Area of Land Irrigated 592,346 sq ft
4 R(I): R(irr) x A 120,507 cu ft
5 R(J) = Site Precipitation (liters) 3,412,763 liters
6 N - Nitrogen in Water Supply 2.00 mgll
7 LR = Leaching Rate 15 percent
8 N(irr)- R(I) x N x LR 1,023,829 milligrams
9 N(irr} = Irrigation Nitrogen 2.26 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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MIl DISTRICT IMPACT ANALYSIS
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Final Computations
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A Nitrogen In Recharge Value Units
1 N "" Total Nitrogen (Ibs) 380.4 Ibs
2 N - Total Nitrogen (milligrams) 172,697,228 milligrams
3 R(T) = Total Recharge (inches) 26.02 inches
4 R(T) = Total Recharge (feet) 2.17 feet
5 A = Area of Zoning District 2,468,110 sq ft
6 R=R(T)xA 5,351,313 cu ft
7 R = Area Recharge Volume 151,549,192 liters
9 NR = N/R 1.14 mgll
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B Ana Rechilrge Summary Value Units
I R(T) "" Total Area Recharge 26.02 incheslyr
2 R - ARea Recharge Volume 5,351,313 cu ftlYT
3 R = Area Recharge Volume 40,030,606 gaJlyr
4 R - Area Recharge Volume 40.0 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
COnversions used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785::: Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams 11,000"" Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data of Total (S homes) (S ago land) (S exempt.) (SPDR)
Taxes/Unit $5.750 SC Tax 17.309 2% SI8,216 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $5,227 SO $0 $0
Exemption 38.60% Town Tax 167.527 20% $176,303 $0 $0 $0
PDRtaere $/10 School Tax 528.787 64% $556,488 $0 $0 $0
Library 42.769 5% $45.009 $0 $0 $0
Note: Fire District 44.452 5% $46,781 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $7,040 $0 $0 $0
Town and School Taxes, Solid Waste 8.115 1% $8,540 $0 $0 $0
Total 820.616 100% $863,604 $0 $0 $0
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MIl DISTRICT IMPACT ANALYSIS
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Mil'" District Total Acres
General Use Parameters
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Parameter
in Use II
Acres Fann 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 16.024
Ac. Residen. 80.12
Dwellings 150
A vg. Lot Ac. 0.4
Avg. Yield Lot 0.5
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Add assumed percent in Ag. Dist.lExemp/PDR
I Water Resource Analysis
I
I Parameter I Factors I Analysis I
Res. Water 300 45,os8
Fann Water 5.5"/year 0
Tot. Water sum 45,058
Water MGY 365 gpyl1 M 16
Res. Sanitary 300 45,058
Nitrogen (mg/l) 1.20
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
Parameter Input Analysis
Data ($ cd. cost)
Children n/a 25
Cost/Child $/1.274 n/a
School Tax n/a $556,488
Educa. Cost n/a $284,457
DeficitlSurp. n/a $272,030
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includes state aid; averaged =- 15%
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NP&V Microcomputer Model
RIAM
80,1] Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Farm 0% 0.0
Road 9% 7.2
R-O.W 9% 7.2
Recharge 2% 1.6
House 1200 4.1
Driveway 360 1.2
Fertilized 30% 19.2
Vnfert. 49% 39
Total 80
Add assumed percent of land farmed
D
h' A I .
emOR;rap I< na YSls
Parameter Factors Analysis
(units or pop.)
Dwellings see Genl. Use 150
Total Pop. 2.2 326
Child. Pop. 0.168 25
Sf. Pop. 35% of capita 114
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over S5 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Pop. n/a 325.616256
#/Capita 7 n/a
#/day n/a 2,279
Tons/day n/a 1.1
I Parameter I Input I Analysis I
Data
Dwellings 150 n/a
Trips/unit 0.7 n/a
Tot. Trips n/a 105
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SIMULATION OF NITROGEN IN RECHARGE fSONIRl
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Mil DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area RechlVgt Parameters VlJlue Units
1 Area of Zoning District 80.1 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 19.2 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 12.6 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 1.6 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 39.5 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 19.2 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 150.2 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 45058 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budge: Parameters Value I.fnils
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ib,
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 19.2 acres
5 Fertilizer Application Rate 1 3.00 Ib,lI 000 'q ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbsllOOO 'q ft
9 Fertilizer Nitrogen Leaching Rate 2 IS percent
10 Pet Waste Application Rate 3.19 Ibslpet
II Pet Waste Nitrogen Leaching Rate IS percent
12 Area of Land Irrigated 19.2 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate IS percent
15 Nitrogen in Precipitation 1.00 mgll
16 Precipitation Nitrogen Leaching Rate IS percent
17 Nitrogen in Water Supply 2.00 mg/1
18 Nitrogen in CommerciallSTP Flow 0.00 mgll
C lCD_IllS
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMVLATION OF NITROGEN IN RECHARGE (SONIR)
I
Mil DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
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A Law.~ Area Recharge Value Units
I A = Fraction of Land in Lawn 0.240 fraction
2 P - Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 21.40 inches
4 Q ::: Runoff Rate 0.31 inches
5 R(I) = P -(E+ Q) 21.11 inches
6 R(L)- R(I) x A 5.07 inches
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C Unvegetated Area Reduuge
I A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q - Runoff Rate 1.00 inches
5 R(u)-P-(E+Q) 41.12 inches
6 R(V) = R(u) x A 0.82 inches
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E NllluraJ A.rea Recharge .
I A := Fraction of Land in Natural 0.493 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)-P-(E+Q) 18.31 inches
6 R(N) - R(n) x A 9.02 inches
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G Itrigation RecJrarge
I A - Fraction of Land Irrigated 0.240 fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate OJI inches
5 R(irr) = I - (E+ Q) 2.44 inches
6 R(IRR) - R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
1 A = Fraction of Land in Impervious 0.157 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)-P-(E+Q) 38.54 inches
6 R(I)- R(i) x A 6.06 inches
D Wotu A"", Loss
1 A = Fraction of Site in Water 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M - Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W) - R(w) x A 0.00 inches
F Farm Area Recllarge
1 A = Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)-P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewater Recharge
1 WDF - Wastewater Design Flow 45,058 gal/day
2 WDF - Wastewater Design Flow 2,198,833 cu fi/yr
3 A = Area of Site 3,490,027 sqft
4 R(ww) = WDF/A 0.63 feet
5 R(WW) - Wastewater Recharge 7.56 inches
Total Area Rrebarge
R(T) R(L) + R(I) + R(V) + R(W) + R(N) + R(O) + R(lRR) + R(WW)
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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Mil DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sanitary Nitrogen~ResidentiaJ Value Units
I Number of Dwellings 150 units
2 Persons per Dwelling 0.00 capita
3 P = Population 0 capita
4 N :;;;: Nitrogen per person 10 Ib,
5 LR - Leaching Rate 50 percent
6 N(S): P x N x LR 0.00 Ib,
7 N(S) = Sanitary Nitrogen 0.00 Ib,
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c SaniUuy Nitrog"" (O",rmen:iullSTP)
I CF - CommerciaJlSTP Flow 0 gal/day
2 CF = CommerciallSTP Flow 0 liters/yr
3 N :;;;: Nitrogen in Commercial 0.00 mg/I
4 N(S)- CF x N 0 milligrams
5 N(S):;;;: Sanitary Nitrogen 0.00 Ib,
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E Fertlliur Nitrogen I
I A = Area of Land Fertilized 1 837,607 'q ft
2 AR = Application Rate 3.00 Ib,/IooO ,f
3 LR = Leaching Rate 14 percent
4 N(FI)=AxARxLR 351.79 Ib,
5 N(Fl) - Fertilizer Nitrogen 351.79 Ib,
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G Pucipitalion Nitrogen
1 Reo) = Natural Recharge (feet) 1.75 feet
2 A - Area of Site (sq ft) 3,490,027 sq ft
3 R(N) - R(n) x A 6,098,567 cu ft
4 R(N) = Natural Recharge (liters) 172,711,414 liters
5 N - Nitrogen in Precipitation 1.00 mg/1
6 LR - Leaching Rate 15 percent
7 N(ppt) = PeS) x N x LR 1,727,114 milligrams
8 N(ppt) - Precipitation Nitrogen 3.81 Ib,
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
I AR = Application Rate 3.19 lbs/pet
2 Human Population 0 capita
3 Pets = 17 percent of capita 0 pets
4 N(p) = AR x pets 0.00 Ib,
5 LR - Leaching Rate 15 percent
6 N(P) = N(p) x LR 0.00 Ib,
7 N(P) = Pet Waste Nitrogen 0.00 Ib,
D Will<r Supply Nitrogen
I WDF = Wastewater Design Flow 45,058 gal/day
2 WDF = Wastewater Design Flow 62,248,201 liters/yr
3 N = Nitrogen in Water Supply 2.00 mgll
4 N(WW): WDF x N 124,496,402 milligrams
5 N(WW) = Wastewater Nitrogen 274.51 Ib,
F FertQiur Nlrrqgen 2
I A = Area of Land Fertilized 2 0 'q ft
2 AR = Application Rate 1.00 IbsllOOO sf
3 LR - Leaching Rate 15 percent
4 N(F2) = A x ARx LR 0.00 Ib,
5 N(F2) - Fertilizer Nitrogen 0.00 Ib,
H Irrigflll4n Nitro"",
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A - Area of Land Irrigated 837,607 'q ft
4 R(I) = R(irr) x A 170,403 cu ft
5 R(I) = Site Precipitation (liters) 4,825,812 liters
6 N = Nitrogen in Water Supply 2.00 mg/1
7 LR = Leaching Rate 15 percent
8 N(irr) - R(I) x N x LR 1,447,744 milligrams
9 N(irr) = Irrigation Nitrogen 3.19 Ib,
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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MIl DISTRICT IMPACT ANALYSIS
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Final Computations
A Nitrogen in Recharge Value lJnits
1 N = Total Nitrogen (Ibs) 633.3 ]b,
2 N = Total Nitrogen (milligrams) 287,522,681 milligrams
3 R(T) = Total Recharge (inches) 29.]2 inches
4 R(T) == Total Recharge (feet) 2.43 feet
5 A - Area of Zoning District 3,490,027 'q ft
6 R-R(T)xA 8,467,803 ell ft
7 R = Area Recharge Volume 239,808,]89 liters
9 NR = N/R 1.20 mg/]
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B Area Rttchsrge Sumnuny Value Units
I R(T) = Total Area Recharge 29.12 inches/yr
2 R"" ARea Recharge Volume 8,467,803 eu ftlyr
3 R = Area Recharge Volume 63,343,572 gaJlyr
4 R = Area Recharge Volume 63.3 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Q,nllersions used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 "" Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data OrTOla! (S homes) (S....land) (S exempt.) (SPDR)
Taxes/Unit $4,400 SC Tax 17.309 2% $25,364 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $7,279 $0 $0 $0
Exemption 38.600/0 Town Tax 167.527 20% $245,492 $0 $0 $0
POR/acre $1/0 School Tax 528.787 64% $774,878 $0 $0 $0
Library 42.769 5% $62,673 $0 $0 $0
Note: Fire District 44.452 5% $65,139 $0 $0 $0
Exemption only SC. NYS Police Tax 6.69 1% $9,803 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $11,892 $0 $0 $0
Total 820.616 100% $1,202,520 $0 $0 $0
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Mil DISTRICT IMPACT ANALYSIS
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MU** District Total Acres
General Use Parameters
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er Acres
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. RdJRech. 19.8
Ac. Residen. 99
Dwellings 273
Avg. Lot Ac. 0.3
Avg. Yield Lot 0.4
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I Add assumed percent in Ag. Dist./ExemplPOR
I Water Resource Analysis
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Parameter Factors Analysis
Res. Water 225 61,493
Farm Water 5.5"/year 0
Tot. Water sum 61,493
Water MGY 365 gpyll M 22
Res. Sanitary 225 61,493
Nitrogen (mg/I) 1.19
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
Parameter Input Analysis
Data (S cd, cos,)
Children nla 9
Cost/Child $1/,274 nla
School Tax nla $774,878
Educa. Cost nla $101,675
Oeficit/Surp. nla $673,203
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includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
99.00 Acres
Coverage Analysis
I Panuneter Factors Analysis
(acres in use)
Fann 0% 0.0
Road 9% 8.9
R-O-W 9% 8.9
Recharge 2% 2.0
House 1200 7.5
Driveway 360 2.3
Fertilized 30% 23.8
Unfert. 46% 46
Total 99
Add assumed percent of land fanned
Demographic Analysis
Parameter Factors Analysis
(units or POll.)
Dwellings see Genl. Use 273
Total Pop. 2.0 556
Child. Pop. 0.033 9
Sr. Pop. 35% of capita 194
Total Population IS capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
I Parameter I Jnput I Analysis I
Data
Total Pop. nla 555.6189
#/Capita 7 nla
#/day nla 3,889
Tons/day nla 1.9
I Parame'er I Input I Analysis I
Data
Dwellings 273 nla
Trips/unit 0.65 nla
Tot. Trips nla 178
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SIMULATION OF NITROGEN IN RECHARGE ISONIR\
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MIl DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A A/eo Recharge Parameters Value Units
I Area of Zoning District 99.0 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 23.8 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 18.7 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 2.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
IS Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 45.7 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 23.8 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 273.3 units
3\ Water Use per Dwelling 225.0 gallday
32 Wastewater Design Flow 61493 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet I
B Nitrogen Budget Parameters Valu, Un;"
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 23.8 acres
5 Fertilizer Application Rate 1 3.00 IbsJlooO sq f\
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbsJIOOO sq f\
9 Fertilizer Nitrogen Leaching Rate 2 IS percent
10 Pet Waste Application Rate 3.19 IbsJpet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 23.8 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate IS percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate IS percent
17 Nitrogen in Water Supply 2.00 mg/I
18 Nitrogen in CommerciallSTP Flow 0.00 mg/I
C leo_nlS
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMVLA TlON OF NITROGEN IN RECHARGE (SONIR)
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MIl DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
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A Lawn AreQ Recharge Value Units
I A '= Fraction of Land in Lawn 0.24Q fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q '"" Runoff Rate 0.31 inches
5 R(I) = P - (E + Q) 21.11 inches
6 R(L) = R(I) x A 5.07 inches
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C UlfVe1!etated Area RecJuuge
I A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)=P-(E+Q) 41.12 inches
6 R(V) - R(u) x A 0.82 inches
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E NaJuraJ Area Recharge
I A::: Fraction of Land in Natural 0.461 fraction
2 P - Precipitation Rate 42.82 inches
3 _E :::: Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P - (E+ Q) 18.31 inches
6 R(N) - R(n) x A 8.44 inches
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G JrrigaJitHI Recharge
I A = Fraction of Land Irrigated 0.24Q fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q - Runoff Rate 0.31 inches
5 R(irr) = I-(E + Q) 2.44 inches
6 R(IRR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious AI'U Recharge Value Units
I A = Fraction of Land in Impervious 0.189 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q - Runoff Rate 0.00 inches
5 R(i) = P - (E +Q) 38.54 inches
6 R(I)~ R(i) x A 7.28 inches
D Wilier Area Loss
I A - Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M - Makeup Water 0.00 inches
6 R(w) ~ {P - (E+Q)} - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Area Recharge
I A = Fraction of Land in Fann 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 0.00 inches
4 Q == Runoff Rate 0.00 inches
5 R(o)~ P - (E+ Q) 42.82 inches
6 R(O)- R(o) x A 0.00 inches
H Wtutewatet Recharge
I WDF == Wastewater Design Flow 61,493 gal/day
2 WDF - Wastewater Design Flow 3,000,865 Cll ftlyr
3 A == Area of Site 4,312,440 sq ft
4 R(ww) - WDF/A 0.70 feet
5 R(WW) = Wastewater Recharge 8.35 inches
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
I
Mil DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sanitary Nitrogen~ResidmtiaJ Value Units
I Number of Dwellings 273 units
2 Persons per Dwelling 0.00 capita
3 P "" Population 0 capita
4 N = Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S) = P x N x LR 0.00 Ibs
7 N(S) - Sanitary Nitrogen 0.00 Ibs
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C Sonkary Nitrogen (D"nme,ciallSTPj
I CF :::: CommerciallSTP Flow 0 gal/day
2 CF = Commercial/STP Flow 0 Iiters/yr
3 N - Nitrogen in Commercial 0.00 mg/l
4 N(S)=CF x N 0 milligrams
5 N(S) - Sanitary Nitrogen 0.00 Ibs
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E FeTtiliur Nitrogen 1
I A - Area of Land Fertilized 1 1,034,986 sq ft
2 AR = Application Rate 3.00 IbsllOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI)=AxARxLR 434.69 Ibs
5 N(FI) = Fertilizer Nitrogen 434.69 Ibs
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G P1'ecipillztion Nitrogen
1 R(o) = Natural Recharge (feet) 1.80 feet
2 A - Area afSile (sq ft) 4,312,440 sq ft
3 R(N)= R(o) x A 7,766,357 cu ft
4 R(N) = Natural Recharge (liters) 219,943,223 liters
5 N - Nitrogen in Precipitation 1.00 mg/l
6 LR = Leaching Rate 15 percent
7 N(ppt) = P(S) x N x LR 2,199,432 milligrams
8 N(ppt) - Precipitation Nitrogen 4.85 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Woste Nitrogen Value Units
I AR = Application Rate 3.19 lbs/pet
2 Human Population 0 capita
3 Pets = 17 percent of capita 0 pets
4 N(p) = AR x pets 0.00 Ibs
5 LR - Leaching Rate 15 percent
6 N(P) - N(p) x LR 0.00 Ibs
7 N(P) = Pet Waste Nitrogen 0.00 Ibs
D Water $Mpp/y Nitrogen
1 WDF = Wastewater Design Flow 61,493 gal/day
2 WDF = Wastewater Design Flow 84,953,426 liters/yr
3 N = Nitrogen in Water Supply 2.00 mg/l
4 N(WW) = WDF x N 169,906,852 milligrams
5 N(WW) = Wastewater Nitrogen 374.64 Ibs
F Fertiliur Nitrogen]
1 A = Area of Land Fertilized 2 0 sq ft
2 AR - Application Rate 1.00 Ibs/loo0 sf
3 LR = Leaching Rate 15 percent
4 N(F2)=AxARxLR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H Imglltilm Nitrogen
1 R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A - Area of Land Irrigated 1,034,986 sq ft
4 R(1) = R(irr) x A 210,558 cu ft
5 R(I) = Site Precipitation (liters) 5,962,998 liters
6 N = Nitrogen in Water Supply 2.00 mg/I
7 LR = Leaching Rate 15 percent
8 N(irr) - R(I) x N x LR 1,788,900 milligrams
9 N(irr) = Irrigation Nitrogen 3.94 Ib,
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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MIl DISTRICT IMPACT ANALYSIS
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Final Computations
A Nitro~n in Recharge Value Units
I N - Total Nitrogen (Ibs) 818.1 Ib,
2 N - Total Nitrogen (milligrams) 371,432,306 milligrams
3 R(T)"" Total Recharge (inches) 30.55 inches
4 R(T) "" Total Recharge (feet) 2.55 fee'
5 A - Area of Zoning District 4,312,440 'q ft
6 R-R(T)xA 10,977,779 cu ft
7 R - Area Recharge Volume 310,890,711 liters
9 NR=NIR 1.19 mg/I
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B AreQ Recharge Sumnuuy Value Units
1 R(T) - Total Area Recharge 30.55 inches/yr
2 R - ARea Recharge Volume 10,977,779 cu ft/yr
3 R - Area Recharge Volume 82,119,498 gallyr
4 R "" Area Recharge Volume 82.1 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
C.""ersJqns used in SON1R
Acres x 43.560 - Square Feet
Cubic Feet x 7.48052 "" Gallons
Cubic Feet x 28.32 := Liters
Days x 365 == Years
Feet x 12"" Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 "" Liters
Grams /1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1,000::: Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal (S homes) ($ ag. land) ($ exempt.) (SPDR)
Taxes/Unit $3 SC Tax 17.309 2% $6,613 SO SO SO
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $1,898 SO $0 SO
Exemption 38.60% Town Tax 167.527 20% $64,008 $0 $0 SO
PDR/acre $110 School Tax 528.787 64% $202,036 $0 $0 SO
Library 42.769 5% $16,341 $0 $0 SO
Note: Fire District 44.452 5% $16,984 $0 $0 SO
Exemption only SC, NYS Police Tax 6.69 1% $2,556 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $3,101 $0 SO SO
Total 820.616 100% S313,536 SO SO SO
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LB DISTRICT IMPACT ANALYSIS (Commercial)
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LB District Total Acres
General Use Parameters
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Parameter Acres
in Use
Acres Farm 2.482
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres POR 0%
Ac. Rd.lRech. 0
Ac. Residen. 0
Dwellings n/a
Avg. Lot Ac. nla
Avg. Yield Lot n/a
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Add assumed percent in Ag. Oist./Exemp/POR
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Water Resource Analysis
I Parameter I Factors I Analysis I
Comm. Water 0.04 4,325
Farm Water 5.5"lyear 0
Tot. Water sum 4,325
Water MGY 365 gpy/1 M 2
Res. Sanitary 0 4,325
Nitrogen (mg/l) 4.29
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
Parameter Input Analysis
Data ($ cd. cost)
Children n/a 0
Cost/Child $0 n/a
School Tax n/a $202,036
Educa. Cost n/a $0
Deficit/Surp. n/a S202,036
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includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
12
Acres
Coverage Analysis
etcr Factors
(SFI
Building 20.0% 108,116
Parking 50.0% 270,290
Fertilized 20% 108,116
Unfertilized 10% 54,058
Building 20.0% 2
Parking 50.0% 6
Fertilized 20% 2
Unfertilized 10% I
Toto/ (Sq. Ft) 540,592
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(unilS Of pop.)
Dwellings see Oen!. Use 0
Total Pop. a 0
Child. Pop. 0 0
Jobs 1.90 205
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
lTotalSF n/a 108,116
#/Sq. Ft. 2.5 nla
#/day n/a 270
Tons/day nla 0.1
Parameter Input AnaJysis
Data
Square Feet 108,116 n/a
Trips/unit 0.48 n/a
Tot. Trips n/a 52
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SIMULA TlON OF NITROGEN IN RECHARGE ISONIRI
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LB DISTRICT IMPACI' ANALYSIS (Commercia))
SONIR Data Input Field
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A Area Reduuge PlII'fimeters Value Units
I Area of Zoning District 12.4 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 2.5 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 8.7 acres
8 Fraction of Land Impervious 0.7 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
IS Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (ifappJicable) 0.0 inches
19 Acreage of Unfertilized Area 1.2 acres
20 Fraction of Land Natural 0.1 fraction
21 Evapotrans. from Natural Area 24.2 inches
22 Runoff from Natural Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 2.5 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 0.0 units
31 Water Use per Dwelling 0.0 gal/day
32 Wastewater Design Flow 0 gal/day
33 Commercial/STP Design Flow 4324.6 gallday
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NP&V Microcomputer Model
SONIR
Sheet I
B Nitrogen Budget Parameters Value Units
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 2.5 acres
5 Fertilizer Application Rate I 2.50 Ibsll 000 sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibsll 000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 IS percent
10 Pet Waste Application Rate 3.19 Ibslpet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 2.5 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate IS percent
IS Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate IS percent
17 Nitrogen in Water Supply 2.00 mg/1
18 Nitrogen in CommerciallSTP Flow 30.00 mg/1
c ICommenL\'
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Fertilized 2 is fanned area.
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SIMULA nON OF NITROGEN IN RECHARGE (SONIR)
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LB DISTRICT IMPACT ANALYSIS (Commerciall
Area Recharge Calculations
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A Lawn Area R<<lulrge Vawl! Units
I A = Fraction of Land in Lawn 0.200 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q ::: Runoff Rate OJI inches
5 R(I):P-(E+Q) 21.11 inches
6 R(L):R(l)xA 4.22 inches
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C lJnvegettlted Area Rechaige
1 A - Fraction of Land Unveg. 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q "" Runoff Rate 1.00 inches
5 R(u): P - (E +Q) 41.12 inches
6 R(V): R(u) x A 0.00 inches
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E Ni1!U"" AfflIRecharge
I A = Fraction of Land in Natural 0.100 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n): P - (E+ Q) 18JI inches
6 R(N) : R(n) x A 1.83 inches
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G Irrigation Rechtuge
1 A = Fraction of Land Irrigated 0.200 fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate OJI inches
5 R(irr)-l- (E + Q) 2.44 inches
6 R(lRR): R(irr) x A 0.49 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impe",ioMS Area Recharge Vi1!Ue lJhits
I A - Fraction of Land in Impervious 0.700 fraction
2 P "" Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 4.28 inches
4 Q "" Runoff Rate 0.00 inches
5 R(i):P-(E+Q) 38.54 inches
6 R(I) - R(i) x A 26.98 inches
D Water AfflI Loss
I A"" Fraction of Site in Water 0.000 fraction
2 P - Precipitation Rate 42.82 inches
] E "" Evaporation Rate 30.00 inches
4 Q "" Runoff Rate 0.00 inches
5 M "" Makeup Water 0.00 inches
6 R(w): {P - (E+Q)) - M 12.82 inches
7 R(W) - R(w) x A 0.00 inches
F Farm AfflIRecharge
I A"" Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)-P-(E+Q) 42.82 inches
6 R(O): R(o) x A 0.00 inches
H Wostewllttf RecJlarge
I WDF - Wastewater Design Flow 4,325 gal/day
2 WDF "" Wastewater Design Flow 211,044 eu tVyr
3 A "" Area of Site 540,580 sq ft
4 R(ww): WDF/A 0.39 feet
5 R(WW) "" Wastewater Recharge 4.68 inches
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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LB DISTRICT IMPACT ANALYSIS lCommercial\
Area Nitrogen Budget
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A Sanitary NJtrogen.ResidentiflI VaJue Units
I Number of Dwellings 0 units
2 Persons per Dwelling 0.00 capita
3 P = Population 0 capita
4 N"" Nitrogen per person IO Ib,
5 LR - Leaching Rate 50 percent
6 N(S);Px N xLR 0.00 Ib,
7 N(S) - Sanitary Nitrogen 0.00 Ib,
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C Sanitary Nltrogtm (ConurrerciallSTP)
I CF - CommerciallSTP Flow 4,325 gal/day
2 CF =< Commercial/STP Flow 5,974,594 liters/yr
3 N "" Nitrogen in Commercial 30.00 mg/l
4 N(S)- CF x N 179,237,816 milligrams
5 N(S) - Sanitary Nitrogen 395.22 Ib,
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E Fetti/i.., Nitrogtm 1
I A - Area of Land Fertilized 1 108,116 'q ft
2 AR - Application Rate 2.50 Ibs/lOOO sf
3 LR::: Leaching Rate 14 percent
4 N(FI)- A x AR x LR 37.84 Ib,
5 N(F I) - Fertilizer Nitrogen 37.84 Ib,
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G Precipitatioll Nllrogen
I R(o) "" Natural Recharge (feet) 2.75 feet
2 A - Area of Site (sq ft) 540,580 'q ft
3 R(N) - R(n) x A 1,487,990 cu ft
4 R(N) - Natural Recharge (liters) 42,139,888 liters
5 N - Nitrogen in Precipitation 1.00 mgIJ
6 LR = Leaching Rate IS percent
7 N(ppt) - P(S) x N x LR 421,399 milligrams
8 N(ppt) - Precipitation Nitrogen 0.93 Ib,
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitropen VlJlue Units
1 AR = Application Rate 3.19 lbs/pet
2 Human Population 0 capita
3 Pets = 17 percent of capita 0 pets
4 N(p) = AR x pets 0.00 Ib,
5 LR = Leaching Rate IS percent
6 N(P) = N(p) x LR 0.00 Ib,
7 N(P) = Pet Waste Nitrogen 0.00 Ib,
D Wilt" Sllpp/y Nitrogen
I WDF = Wastewater Design Flow 4,325 gal/day
2 WDF - Wastewater Design Flow 5,974,594 literslyr
3 N ::: Nitrogen in Water Supply 2.00 mgIJ
4 N(WW) - WDF x N 11,949,188 milligrams
5 N(WW) = Wastewater Nitrogen 26.35 Ib,
F Fertiliu, Nitrogtm 2
I A:: Area of Land Fertilized 2 0 'q ft
2 AR - Application Rate 1.00 IbslJOOO ,f
3 LR "" Leaching Rate IS percent
4 N(F2) -A x ARx LR 0.00 Ib,
5 N(F2) - Fertilizer Nitrogen 0.00 Ib,
H lrriglllion NiltYJgen
I R - Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A ::: Area of Land Irrigated 108,116 'q ft
4 R(I); R(irr) x A 21,995 cu ft
5 R(I) - Site Precipitation (liters) 622,902 liters
6 N = Nitrogen in Water Supply 2.00 mgIJ
7 LR = Leaching Rate IS percent
8 N(ilT) = R(1) x N x LR 186,871 milligrams
9 N(irr) - Irrigation Nitrogen 0.41 Ib,
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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to DISTRICT IMPACT ANALYSIS (Commercial)
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Final Computations
A Nitf'lJgtn in Recharge Value Units
1 N = Total Nitrogen (Ibs) 460.7 Ibs
2 N = Total Nitrogen (milligrams) 209,180,114 milJigrams
3 R(T) = Total Recharge (inches) 38.20 inches
4 R(T) = Total Recharge (feet) 3.18 feet
5 A = Area of Zoning District 540,580 sq ft
6 R~R(T)xA 1,721,030 cu ft
7 R - Area Recharge Volume 48,739,569 liters
9 NR ~ N/R 4.29 mg/I
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B Area Recharge Summary Value Units
1 R(T) = Total Area Recharge 38.20 inches/yr
2 R = ARea Recharge Volume 1,721,030 eu ftlyr
3 R - Area Recharge Volume 12,874,199 gallyr
4 R - Area Recharge Volume 12.9 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SON1R
Acres x 43,560 - Square Feet
Cubic Feet x 7.48052:= Gallons
Cubic Feet x 28.32 ::: Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1 ,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal (S homes) (S ag. land) (S exempt) (SPOR)
Taxes/Unit $3 SC Tax 17.309 2% $16,272 SO SO $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $4,669 SO $0 SO
Exemption 38.60% Town Tax 167.527 20% $157,490 $0 $0 $0
POR/acre $110 School Tax 528.787 64% $497,107 $0 $0 $0
Library 42.769 5% $40,207 $0 $0 $0
Note: Fire District 44.452 5% $41,789 $0 $0 SO
Exemption only SC, NYS Police Tax 6.69 1% $6,289 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $7,629 $0 $0 $0
Total 820.616 100% $771,453 $0 $0 $0
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B DISTRICT IMPACT ANALYSIS (Commercial)
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B District Total Acres
General Use Parameters
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Parameter Acres
in Use
Acres Fann 6.10694
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 0%
Ac. Rd./Rech. 0
Ac. Residen. 0
Dwellings n/a
Avg. LotAc. n/a
Avg. Yield Lot n/a
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Add assumed percent in Ag. Dist.lExemplPDR
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Water Resource Analysis
Parameter FactOrs Analysis
Comm. Water 0.04 10,641
Farm Water 5.5"/year 0
Tot. Water sum 10,641
Water MGY 365 gpy/lM 4
Res. Sanitary 0 10,641
Nitrogen (mgll) 4.97
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
I Parameter I Input I Analysis I
Data ($ ed. cost)
Children n/a 0
Cost/Child $0 n/a
School Tax n/a $497,107
Educa. Cost n/a $0
Deficit/Surp. n/a $497,107
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includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
25 Acres
Coverage Analysis
Parameter Factors Analysis
(Sf/Ac. in use)
Building 24.1% 266,018
Parking 45.9% 506,649
Fertilized 20% 220,762
Unfertilized 10% 110,381
Building 24.1% 6
Parking 45.9% 12
Fertilized 20% 5
Unfertilized JO% 3
Total (Sq. Ft.) 1,103,836
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Gen!. Use 0
Total Pop. 0 0
Child. Pop. 0 0
Jobs 2.75 732
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Sf n/a 266,018
#/Sq. Ft. 2.5 n/a
#/day n/a 665
Tons/day n/a 0.3
Parameter Input Analysis
Data
Square Feet 266,018 n/a
Trips/unit 1.03 n/a
Tot. Trips n/a 274
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SIMULATION OF NITROGEN IN RECHARGE (SONIRI
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B DISTRICT IMPACT ANALYSIS (Commercial)
SONIR Data Input Field
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A Area ReCho.rge Parameters Value Units
I Area of Zoning District 25.3 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 5.1 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 17.7 acres
8 Fraction of land Impervious 0.7 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 2.5 acres
20 Fraction of Land Natural 0.1 fraction
21 Evapotrans. from Natural Area 24.2 inches
22 Runoff from Natural Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Fanned Area 0.0 inches
27 Acreage of Land Irrigated 5.1 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 0.0 units
31 Water Use per Dwelling 0.0 gal/day
32 Wastewater Design Flow 0 gal/day
33 Commercial/STP Design Flow 10640.7 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget Parameters Value Units
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 5.1 acres
5 Fertilizer Application Rate 1 2.50 Ibs/lOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/IOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibs/pet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 5.1 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgn
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/I
18 Nitrogen in Commercial/STP Flow 30.00 mg/]
C ICom_1llS
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Fertilized 2 is fanned area.
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SIMVLA nON OF NITROGEN IN RECHARGE (SONIR)
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B DISTRICT IMPACT ANALYSIS (Commercial)
Area Recharge Calculations
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A Lawn Area Recharge Value: Units
I A = Fraction of Land in Lawn 0.200 fraction
2 P - Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 Rei) = P - (E + Q) 21.11 inches
6 R(L) = R(I) x A 4.22 inches
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C Unvegetated Aru Reehnr"e
I A - Fraction of Land Unveg. 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q - Runoff Rate 1.00 inches
5 R(u)=P-(E+Q) 41.12 inches
6 R(V) = R(u) x A 0.00 inches
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E NaturalArea Recharge
I A = Fraction of Land in Natural 0.100 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q - Runoff Rate 0.31 inches
5 R(n)=P-(E+Q) 18.31 inches
6 R(N) = R(n) x A 1.83 inches
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G Irrigation Recharge
I A = Fraction of Land Irrigated 0.200 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(iIT)-I-(E+Q) 2.44 inches
6 R(!RR) = R(iIT) x A 0.49 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
I A ;; Fraction of Land in Impervious 0.700 fraction
2 P = Precipitation Rate 42.82 inches
3 E ;; Evapotranspiration Rate 4.28 inches
4 Q ;; Runoff Rate 0.00 inches
5 R(i) = P - (E+ Q) 38.54 inches
6 R(J)-R(i)xA 26.98 inches
D WaLer A.na Loss
I A"" Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M ::: Makeup Water 0.00 inches
6 R(w) = (P - (E+Q)) - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F F/U'm Area hclll~rge
I A = Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewatn Recharge
I WDF = Wastewater Design Flow 10,641 gal/day
2 WDF = Wastewater Design Flow 519,273 Cll ftlyr
3 A - Area of Site 1,103,810 sqft
4 R(ww) = WDF/A 0.47 feet
5 R(WW) = Wastewater Recharge 5.65 inches
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SIMULATION OF NITROGEN IN RECHARGE (SONIRI
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B DISTRICT IMPACT ANALYSIS (Commercial)
Area Nitrogen Budget
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A Sanitary NJr1'Ogen-Residentitd Vahu Units
I Number of Dwellings 0 units
2 Persons per Dwelling 0.00 capita
3 P = Population 0 capita
4 N - Nitrogen per person 10 Ib,
5 LR ::: Leaching Rate 50 percent
6 N(S)= P x N x LR 0.00 Ib,
7 N(S) - Sanitary Nitrogen 0.00 Ib,
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C SII!IiIlI1Y Nitrogen (COltlJll1!rcia/l$TP)
I CF = Commercial/STP Flow 10,641 gal/day
2 CF = CommerciallSTP Flow 14,700,438 liters/yr
3 N = Nitrogen in Commercial 30.00 mg~
4 N(S)=CFxN 441,013,129 milligrams
5 N(S) - Sanitary Nitrogen 972.43 Ib,
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E Futlliur N1~gen J
1 A - Area of Land Fertilized 1 220,762 'q ft
2 AR = Application Rate 2.50 Ibs/1000 ,f
3 LR = Leaching Rate 14 percent
4 N(FI)=AxARxLR 77.27 Ib,
5 N(FI) = Fertilizer Nitrogen 77.27 Ib,
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G Precipitation Nitrogen
I R(o) = Natural Recharge (feet) 2.75 feet
2 A - Area of Site (sq it) 1,103,810 'q ft
3 R(N) = R(n) x A 3,038,330 cu ft
4 R(N) = Natural Recharge (liters) 86,045,509 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR = Leaching Rate 15 percent
7 N(ppl) - peS) x N x LR 860,455 milligrams
8 N(ppt) = Precipitation Nitrogen 1.90 Ib,
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Total Area Nitrogen
N=
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Wastt Nitrogen Value Unlls
I AR"" Application Rate 3.19 Ibs/pet
2 Human Population 0 capita
3 Pets "" 17 percent of capita 0 pets
4 N(p) = AR x pets 0.00 Ib,
5 LR"" Leaching Rate 15 percent
6 N(P) = N(p) x LR 0.00 Ib,
7 N(P)::: Pet Waste Nitrogen 0.00 Ib,
D Water Suppt. Nitrtwen
I WDF::: Wastewater Design Flow 10,641 gal/day
2 WDF::: Wastewater Design Flow 14,700,438 Iiters/yr
3 N ::: Nitrogen 1n Water Supply 2.00 mg~
4 N(WW) = WDF x N 29,400,875 milligrams
5 N(WW) ::: Wastewater Nitrogen 64.83 Ib,
F Fertilizer Nitrogen 2
I A ::: Area of Land Fertilized 2 0 'q ft
2 AR = Application Rate 1.00 Ibs/lOOO ,f
3 LR = Leaching Rate 15 percent
4 N(F2) = A xARx LR 0.00 Ib,
5 N(F2) = Fertilizer Nitrogen 0.00 Ib,
H Jrrigatlpn N_n
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A - Area of Land Irrigated 220,762 'q ft
4 R(I) = R(irr) x A 44,912 cu ft
5 R(l) = Site Precipitation (liters) 1,271,906 liters
6 N - Nitrogen in Water Supply 2.00 mg~
7 LR = Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 381,572 milligrams
9 N(irr)::: Irrigation Nitrogen 0.84 Ib,
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SIMULATION OF NITROGEN IN RECHARGE ISONIR\
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B DISTRICT IMPACT ANALYSIS lCommerciall
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Final Computations
A Nitrogen In Recharge Value Units
I N = Total Nitrogen (lbs) 1,117.] Ib,
2 N - Total Nitrogen (milligrams) 507,239,797 milligrams
3 R(T) = Total Recharge (inches) 39.16 inches
4 R(T):::: Total Recharge (feet) 3.26 feet
5 A = Area of Zoning District 1,103,810 sqlt
6 R-R(T)xA 3,602,515 cu It
7 R = Area Recharge Volume 102,023,227 liters
9 NR = N/R 4.97 mgll
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8 Area Rechmge Summary Value Units
I R(T) = Total Area Recharge 39.16 inches/yr
2 R"" ARea Recharge Volume 3,602,515 Cll ftlyr
] R = Area Recharge Volume 26,948,686 gallyr
4 R = Area Recharge Volume 26.9 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONIR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = YeaTs
Feet x 12:: Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams 11,000 = Grams
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LIO DISTRICT IMPACT ANALYSIS (Commercial)
NP&V Microcomputer Model
RIAM
LIO District Total Acres
92 Acres
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General Use Parameters
Coverage Analysis
Acres
in Use
Acres Farm 18.458
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 0%
Ac. Rd.lRech. 0
Ac. Residen. 0
Dwellings 0/.
Avg. Lot Ac. 0/.
v . Yield Lot 0/.
Parameter
Factors
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(SFI
804.030
2.010.076
804.030
402.015
18
46
18
9
4.020.245
Building
Parking
Fertilized
Unfertilized
Building
Parking
Fertilized
Unfertilized
Total (Sq. Ft.)
20.0%
50.0%
20%
10%
20.0%
50.0%
20%
10%
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Add assumed percent in Ag. Dist./Exemp/PDR
Add assumed percent of land fanned
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Water Resource Analysis
Demographic Analysis
pllflIlIIelef Factors Analysis
Carom. Water 0.06 48.242
Farm Water 5.5"lyear 0
Tot. Water sum 48.242
Water MGY 365 gpy/I M 18
Res. Sanitary 0 48.242
Nitrogen (mgll) 5.89
Parameter Factors Analysis
(units or pop.)
Dwellings see Genl. Use 0
Total Pop. 0 0
Child. Pop. 0 0
Jobs 2.10 1.688
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Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
Parameter Input Parameter Factors Perceot Analysis Analysis Analysis Anal)>is
Data ofTotal ($ homes) ($ ago land) ($ exempt.) ($PDR)
Taxes/Unit $2 SC Tax 17.309 2% $40.702 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $11.680 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $393.939 $0 $0 $0
POR/acre $/10 School Tax 528.787 64% $1.243.439 $0 $0 $0
Library 42.769 5% $100.571 $0 $0 $0
Note: Fire District 44.452 5% $104.529 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $15.731 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $19.082 $0 $0 $0
Total 820.616 100% $1.929.673 $0 $0 $0
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School Tax Analysis
Solid Waste Analysis
Trip Generation Analysis
loput Analysis
Data
quare Feet 804.030 0/.
Trips/unit 0.45 0/.
Tot. Trips 0/. 361.81
Parameter Input AnaI)>is
Dm ($ed.cost)
Children nI. 0
Cost/Child $0 nI.
School Tax 0/. $1.243,439
Educa. Cost 0/. $0
Deficit/Surp. 0/. $1.243,439
I Parameter I Input I AnaI)>is I
Data
fTotalSF 0/. 804.030
#/Sq. Ft. 6 0/.
#/d.y 0/. 4.824
Tons/day o/a 2.4
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includes state aid; averaged"" 15%
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SIMULA nON OF NITROGEN IN RECHARGE (SONIRl
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LIQ DISTRICT IMPACT ANALYSIS (Commercial)
SONIR Data Input Field
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A IArea Recharge PflI'tlmders Value Units
I Area of Zoning District 92.3 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 18.5 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 64.6 acres
8 Fraction of Land Impervious 0.7 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotraos. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage ofWateT 0.0 acres
16 Fraction arSile in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 9.2 acres
20 Fraction of Land Natural 0.1 fraction
21 Evapotrans. from Natural Area 24.2 inches
22 Runoff from Natural Area 0.3 inches
23 Acreage of Fanned Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 18.5 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 0.0 units
31 Water Use per Dwelling 0.1 gal/day
32 Wastewater Design Flow 0 gal/day
33 Commercial/STP Design Flow 48241.8 gal/day
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NP&V Microcomputer Model
SONIR
Sheet I
B Nitrogen Budget Parameters Value UnitJ
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 18.5 acres
5 Fertilizer Application Rate I 2.50 Ibs/IOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/lOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 lbs/pet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 18.5 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgll
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/l
18 Nitrogen in CommerciallSTP Flow 30.00 mg/l
C IComments
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Fertilized 2 is fanned area.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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LlO DISTRICT IMPACT ANALYSIS (Commercial)
Area Recharge Calculations
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A Lawn Area Recharge Value Units
1 A = Fraction of Land in Lawn 0.200 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 21.40 inches
4 Q "" Runoff Rate 0.31 inches
5 R(J)- P - (E+ Q) 21.11 inches
6 R(L) - R(I) x A 4.22 inches
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C Unvegetllled Areo Recharge
1 A Fraction of Land Unveg. 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q - Runoff Rate 1.00 inches
5 R(u) - P - (E + Q) 41.12 inches
6 R(U) = R(u) x A 0.00 inches
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E Natural Arell Recharge
1 A - Fraction of Land in Natural 0.100 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)-P-(E+Q) 18.31 inches
6 R(N) = R(n) x A 1.83 inches
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G IrrigatiDII Recltarge
1 A - Fraction of Land Irrigated 0.200 fraction
2 1 Irrigation Rate 5.50 inches
3 E "" Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = I-(E+Q) 2.44 inches
6 R(lRR) - R(irr) x A 0.49 inches
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Total Area Recbal'lc
NP&V Mkrocomputer Model
SONIR
Sheet 2
8 Impervious Area ReCharge Value Units
1 A :::: Fraction of Land in Impervious 0.700 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)=P-(E+Q) 38.54 inches
6 R(I)- R(i) x A 26.98 inches
D Water Area LtJss
1 A = Fraction of Site in Water 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M - Makeup Water 0.00 inches
6 R(w) - {P - (E+Q)} - M 12.82 inches
7 R(W)- R(w)xA 0.00 inches
F Farm Area Recharge
1 A - Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)-P-(E+Q) 42.82 inches
6 R(O) - R(n) x A 0.00 inches
H Wastewater Recharge
1 WDF - Wastewater Design Flow 48,242 gal/day
2 WDF Wastewater Design Flow 2,354_225 cu ft/yr
3 A = Area of Site 4,020,152 sq ft
4 R(ww) = WDF/A 0.59 feet
5 R(WW) - Wastewater Recharge 7.03 inches
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SIMULA nON OF NITROGEN IN RECHARGE ISONIRl
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LIO DISTRICT IMPACI' ANALYSIS (Commercial)
Area Nitrogen Budget
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A Sanitary Nitrogen-ReSidential Value UnUs
I Number of Dwellings 0 units
2 Persons per Dwelling 0.00 capita
3 P = Population 0 capita
4 N - Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S): Px N x LR 0.00 Ibs
7 N(S) "" Sanitary Nitrogen 0.00 Ibs
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C SlUIitIuy Nitrogen (ComnJeTciilllSTP)
I CF = CommerciallSTP Flow 48,242 gal/day
2 CF - Commercial/STP Flow 66,647,293 liters/yr
3 N - Nitrogen in Commercial 30.00 mg/I
4 N(S) -CF x N 1,999,418,776 milligrams
5 N(S) = Sanitary Nitrogen 4408.72 Ibs
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E FtImliuf Nitrogen J
I A = Area of Land Fertilized I 804,030 sq It
2 AR - Application Rate 2.50 Ibs/1000 sf
3 LR - Leaching Rate 14 percent
4 N(FI):AxARxLR 281.41 Ibs
5 N(Fl) - Fertilizer Nitrogen 281.41 Ibs
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G Precipitation Nitrogen
I R(o) - Natural Recharge (feet) 2.75 feet
2 A - Area of Site (sq ft) 4,020,152 sq It
3 R(N) : R(n) x A 11 ,065,804 cu It
4 R(N) - Natural Recharge (liters) 313,383,583 liters
5 N "" Nitrogen in Precipitation 1.00 mg/l
6 LR "" Leaching Rate IS percent
7 N(ppt) - P(S) x N x LR 3,133,836 milligrams
8 N(ppt) = Precipitation Nitrogen 6.91 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pn Waste Nitrogen YlIlut UnUs
I AR - Application Rate 3.19 lbs/pet
2 Human Population 0 capita
3 Pets = 17 percent of capita 0 pets
4 N(p): AR x pets 0.00 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) - N(p) x LR 0.00 Ibs
7 N(P) = Pet Waste Nitrogen 0.00 Ibs
D WIIIP Supply N"lIrogen
I WDF = Wastewater Design Flow 48,242 gal/day
2 WDF :: Wastewater Design Flow 66,647,293 liters/yr
3 N - Nitrogen in Water Supply 2.00 mg/I
4 N(WW): WDF x N 133,294,585 milligrams
5 N(WW) - Wastewater Nitrogen 293.91 Ibs
F Fertilizer Nitrogen 2
I A - Area of Land Fertilized 2 0 sq It
2 AR:: Application Rate 1.00 IbsllOOO sf
3 LR :: Leaching Rate IS percent
4 N(F2)-A x ARx LR 0.00 Ibs
5 N(F2):: Fertilizer Nitrogen 0.00 Ibs
H lrrigtdkm Nitrogtn
I R :: Irrigation Recharge (inches) 2.44 inches
2 R - Irrigation Rate (feet) 0.20 feet
3 A :: Area of Land Irrigated 804,030 sq It
4 R(I): R(irr) x A 163,572 cu It
5 R(I) = Site Precipitation (liters) 4,632,366 liters
6 N = Nitrogen in Water Supply 2.00 mg/!
7 LR :: Leaching Rate IS percent
8 N(irr) : R(I) x N x LR 1,389,710 milligrams
9 N(irr):: Irrigation Nitrogen 3.06 Ibs
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
I
LIO DISTRICT IMPACT ANALYSIS (Commercian
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Final Computations
A NitrOgen in Recharge Value Units
I N "" Total Nitrogen (Ibs) 4,994.0 Ibs
2 N - Total Nitrogen (milligrams) 2,267,284,194 milligrams
3 R(T) - Total Recharge (inches) 40.55 inches
4 R(T) - Total Recharge (feet) 3.38 feet
5 A - Area of Zoning District 4,020,152 sq ft
6 R- R(T) x A 13,583,602 cu ft
7 R = Area Recharge Volume 384,687,612 liters
9 NR - N/R 5.89 mgll
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B Ana Rt!chll1'lt Su",mary Value Units
I R(T} = Total Area Recharge 40.55 incheslyr
2 R - ARea Recharge Volume 13,583,602 cu ftJyr
3 R - Area Recharge Volume 101,612,407 gaJlyr
4 R "" Area Recharge Volume 101.6 MO/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
ConwenJons uud in SONIR
Acres x 43,560 - Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams 11,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal ($ homes) ($ ag. land) ($ exempt.) ($PDR)
Taxes/Unit $2 SC Tax 17.309 2% $34,649 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $9,943 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $335,353 $0 $0 $0
POR/acre $1/0 School Tax 528.787 64% $1,058,519 $0 $0 $0
Library 42.769 5% $85,614 $0 $0 $0
Note: Fire District 44.452 5% $88,983 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $13,392 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $16,245 $0 $0 $0
Total 820.616 100% $1,642,699 $0 $0 $0
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LI DISTRICT IMPACT ANALYSIS (Commercial)
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LI District Total Acres
General Use Parameters
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I Parameter I Acres I
in Use
Acres Farm 17.9577
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres POR 0%
Ac. Rd.lRech. 0
Ac. Residen. 0
Dwellings n/a
A vg. Lot Ac. nla
Avg. Yield Lot n/a
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Add assumed percent in Ag. Oist./Exemp/PDR
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Water Resource Analysis
I Paramcicr I Factors I Analysis I
Comm. Water 0.04 31,289
Farm Water 5.5"/year 0
Tot. Water sum 31,289
Water MGY 365 gpylJ M 11
Res. Sanitary 0 31,289
Nitrogen (mg/l) 5.43
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
I Parameter I Input I Analysis I
Data ($e<!._)
Children n/a 0
Cost/Child $0 n/a
School Tax n/a $1,058,519
Educa. Cost n/a $0
Oeficit/Surp. n/a $1,058,519
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includes state aid; averaged"" 15%
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67 Acres
NP&V Microcomputer Model
RlAM
Coverage Analysis
r Factors Analysis
(SF/Ac. in use)
Building 27.0% 782,237
Parking 43.0% 1,245,786
Fertilized 20% 579,435
Unfertilized 10% 289,718
Building 27.0% 18
Parking 43.0% 29
Fertilized 20% 13
Unfertilized 10% 7
TOlal (Sq. FI.) 2,897,242
Add assumed percent of land farmed
Demographic Analysis
/Parameter I Factors I Analysis I
(units or pop.)
Dwellings see Genl. Use 0
Total Pop. 0 0
Child. Pop. 0 0
Jobs /.60 1,252
Total Population IS capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Panuncter Input An
Data
quare Feet 782,237 n/a
Trips/unit 0.45 n/a
Tot. Trips n/a 352
/ Paramc:ler I Input I Analysis I
Data
ITotalSF n/a 782,237
#/Sq. Ft. 5 n/a
#fday nfa 3,911
Tons/day n/a 2.0
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SIMULA nON OF NITROGEN IN RECHARGE ISONIRl
I
LI DISTRICT IMPACT ANALYSIS (Commerciall
SONIR Data Input Field
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A Area RechargeParatneters Value Units
I Area of Zoning District 66.5 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 1l.3 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 46.6 acres
8 Fraction of Land Impervious 0.7 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
11 Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 6.7 acres
20 Fraction of Land Natural 0.1 fraction
21 Evapotrans. from Natural Area 24.2 inches
22 Runoff from Natural Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 13.3 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 0.0 units
31 Water Use per Dwelling 0.0 gal/day
32 Wastewater Design Flow 0 gal/day
33 Commercial/STP Design Flow 31289.5 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget Parameters Value Units
I Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 13.3 acres
5 Fertilizer Application Rate 1 2.50 Ibs/lOOO sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/lOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 lbs/pet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 13.3 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgn
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgn
18 Nitrogen in Commercial/STP Flow 30.00 mg/I
C IComments
1) Please refer to user manual for data input instructions.
2) Area of land Fertilized I is lawn.
3) Area of Land Fertilized 2 is fanned area.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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LI DISTRICT IMPACT ANALYSIS (Commerciall
Area Recharge Calculations
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A Lawn Area Recharge Vt1hJe Units
I A == Fraction of Land in Lawn 0.200 fraction
2 P ::: Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 21.40 inches
4 Q ::: Runoff Rate 0.31 inches
5 R(I)-P-(E+Q) 21.11 inches
6 R(L) = R(I) x A 4.22 inches
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C Viivegetiaed Area Recharge
I A "" Fraction of Land Unveg. 0.000 fraction
2 P ::: Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q - Runoff Rate 1.00 inches
5 R(u)-P-(E+Q) 41.12 inches
6 R(U) = R(u) x A 0.00 inches
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E Natural Area Recharge
I A - Fraction of Land in Natural 0.100 fraction
2 P - Precipitation Rate 42.82 inches
3 E"" Evapotranspiration Rate 24.20 inches
4 Q - Runoff Rate 0.31 inches
5 R(n) - P - (E + Q) 18.31 inches
6 R(N) = R(n) x A 1.83 inches
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G l"igationRecharge
I A = Fraction of Land Irrigated 0.200 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr)- I - (E + Q) 2.44 inches
6 R(lRR) = R{irr) x A 0.49 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Rechtuge Vt1hJe Units
I A;; Fraction of Land in Impervious 0.700 fraction
2 P = Precipitation Rate 42.82 inches
3 E Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)- P - (E + Q) 38.54 inches
6 R(I)=R(i)xA 26.98 inches
D Water Ana Loss
1 A = Fraction of Site in Water 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q - Runoff Rate 0.00 inches
5 M "" Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W) - R(w) x A 0.00 inches
F Farm Area Recharge
I A - Fraction of Land, in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)-P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewater Recharge
1 WDF = Wastewater Design Flow 31,289 gal/day
2 WDF - Wastewater Design Flow 1,526,943 cu ftlyr
3 A - Area afSite 2,897,176 sq ft
4 R(ww) = WDF/A 0.53 feet
5 R(WW) - Wastewater Recharge 6.32 inches
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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LI DISTRICT IMPACT ANALYSIS (Cornmerciall
Area Nitrogen Budget
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A Sanitary Nitrogen-Residential Value Units
I Number of Dwellings 0 units
2 Persons per Dwel1ing 0.00 capita
3 P - Population 0 capita
4 N "'" Nitrogen per person 10 Ibs
5 LR "" Leaching Rate 50 percent
6 N(S)~PxNxLR 0.00 Ibs
7 N(S) "" Sanitary Nitrogen 0.00 Ibs
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C Ssniury Nit_n (Commercia//STP)
I CF = CommerciallSTP Flow 31,289 gal/day
2 CF CommerciallSTP Flow 43,227,222 Iiters/yr
3 N = Nitrogen in Commercial 30.00 mgll
4 N(S)-CFxN 1,296,816,649 milligrams
5 N(S) = Sanitary Nitrogen 2859.48 Ibs
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E Fertillzu Nitrol!en 1
I A = Area of Land Fertilized I 579,435 sq ft
2 AR = Application Rate 2.50 Ibs/l 000 sf
3 LR - Leaching Rate 14 percent
4 N(FI)~AxARxLR 202.80 Ibs
5 N(Fl) - Fertilizer Nitrogen 202.80 Ibs
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G Precipitation Nitl'ogen
I R(o) - Natural Recharge (feet) 2.75 feet
2 A = Area of Site (sq ft) 2,897,176 sq ft
3 R(N) - R(n) x A 7,974,717 cu ft
4 R(N) = Natural Recharge (liters) 225,843,993 liters
5 N = Nitrogen in Precipitation 1.00 mgll
6 LR - Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 2,258,440 milligrams
8 N(ppt) = Precipitation Nitrogen 4.98 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value UniIs
1 AR = Application Rate 3.19 Ibs/pet
2 Human Population 0 capita
3 Pets - 17 percent of capita 0 pets
4 N(p) = AR x pets 0.00 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) - N(p) x LR 0.00 Ibs
7 N(P) = Pet Waste Nitrogen 0.00 Ibs
D Watu Supply NlJI'Ogen
I WDF = Wastewater Design Flow 31,289 gal/day
2 WDF - Wastewater Design Flow 43,227,222 liters/yr
3 N = Nitrogen in Water Supply 2.00 mgll
4 N(WW) - WDF x N 86,454,443 milligrams
5 N(WW) = Wastewater Nitrogen 19Q.63 Ibs
F Fertilizer Nitrogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 IbsllOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2) = A xARx LR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H Irrigation Nitrogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 579,435 sq ft
4 R(I) - R(irr) x A 117,880 cu ft
5 R(I) = Site Precipitation (liters) 3,338,376 liters
6 N = Nitrogen in Water Supply 2.00 mgll
7 LR - Leaching Rate 15 percent
8 N(irr) = R(l) x N x LR 1,001,513 milligrams
9 N(irr) - Irrigation Nitrogen 2.21 Ibs
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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LI DISTRICT IMPACT ANALYSIS (Commercial)
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Final Computations
A Nitrogen in Recharge Value Units
1 N := Total Nitrogen (Ibs) 3,260.1 Ibs
2 N = Total Nitrogen (milligrams) 1,480,086,873 milligrams
3 R(T):= Total Recharge (inches) 39.84 inches
4 R(T) ~ Total Recharge (feet) 3.32 feet
5 A - Area of Zoning District 2,897,176 sq ft
6 R~R(T)xA 9,619,541 cu ft
7 R = Area Recharge Volume 272,425,397 liters
9 NR ~ N/R 5.43 mg/!
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B Area Recharge S~mnutry VdUU Unils
1 R(T) = Total Area Recharge 39.84 inches/yr
2 R= ARea Recharge Volume 9,619,541 Cll ftlyr
3 R - Area Recharge Volume 71,959,168 gal/yr
4 R = Area Recharge Volume 72.0 MG/".
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NP&V Mi~ro(omputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
ConvosJcms used in SONIR
Acres x 43.560 - Square Feet
Cubic feet x 7.48052 = Gallons
Cubic feet x 28.32 = Liters
Days x 365::: Years
feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1 ,000 = Grams
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South old Comprehensive Implementation Strategy
Draft Generic EIS
Appendix F -2b
Regional Impact Assessment Model Results - Full Build-Out
(Fishers Island)
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REGIONAL IMPACT ANALYSIS MODEL (RlAM)
NP&V Microcomputer Model
RlAM
FISHERS ISLAND FULL BUILD-OUT
Impact Summary
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Zoning General Coverage Water Demographic:: Tax School Solid AM Pk Trip
Use (percent) (mgll) {children (sr. citizens) Revenue Education Waste Generation
(No. of (capita) per unit) (johll 000 SF) ($Iycar) Cost (#Iyear) (trips/year)
Lots) ($Ichild)
AC 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
R-40 40 nl. 11.94 108 28 38 $293,102 -$129,809 0.4 31
R-80 73 15.0% 4.49 198 52 69 $596,148 -$197,288 0.7 56
R-120 240 0.0% 0.00 649 169 226 $2,061,314 -$577 ,845 2.3 185
R-200 34 3.4% 1.88 92 24 32 $378,164 -$27 ,093 0.3 26
R-400 0 0.0% 0.00 0 0 0 0 0 0 0
AHD 0 0.0% 0.00 0 0 0 0 0 0 0
HD 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
HO** 6 9.9% 5.41 12 I 4 $24,592 $5,261 0.0 4
RR 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
RO 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
HB 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
HB' 2 7.4% 4.99 5 0 2 $16,776 $6,464 0.0 2
HB nl. 24.1% 5.91 0 0 II $11,264.31 $7,258 0.0 2
MI 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
Mil I nl. 1.70 2 0 I $7,310 $2,816 0.0 I
MIl'" I nl. 1.70 2 0 I $5,750 $1,811 0.0 I
MIl"'. 2 14.0% 1.29 4 0 2 $9,390 $5,257 0.0 I
LB nl. 20.0% 4.29 0 0 23 $35,118.07 $22,629 0.0 6
B nl. 24.1% 4.97 0 0 12 $13,090.96 $8,436 0.0 5
LlO n/. 0.0% 0.00 0 0 0 $0.00 $0 0 0
LI 0 0.0% 0.00 0 0 0 $0.00 $0 0.0 0
Totals
Low 388 n/. nl. 1,049 273 see notes $3,384,247 I -$898,154 4 309
High 397 nl. nl. 1,069 274 see notes $3,427,694 -$883,989 4 T 315
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Notes: Total theoretical no. of seniors is:
Total theoretical no. of jobs is:
374
47
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REGIONAL IMPACT ANALYSIS MODEL (RIAM)
NP&V Microcomputer Model
RIAM
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FISHERS ISLAND FULL BUILD-OUT
Data Input Field
Zonmg General Coverage WalJ:r/ Demographic Tax School Solid Trip
Use Sanitary (children Revenue Education Waste Generation
(Lots/Ac.) (gpdlunit) (capita) per unit) (job/lOoo SF) (S/unit) Cost (#/capita) (trip/unit)
(gpdlSF) ($/SF) (S/child) (#/1000 SF) (trip/1000 SF)
AC 0.40 nla 300 2.71 0.705 nla $8,140 $13,263 7 0.77
R-40 0.80 nla 300 2.71 0.705 nla $7,310 $13,263 7 0.77
R-80 0.40 nla 300 2.71 0.705 nla $8,149 $13,263 7 0.77
R-120 0.27 nla 300 2.71 0.705 nla $8,595 $13,263 7 0.77
R-200 0.16 nla 300 2.71 0.705 nla $11,100 $13,263 7 0.77
R-400 0.10 nla 300 2.71 0.705 nla $13,600 $13,263 7 0.77
AHD 2.70 nla 225 2.17 0.168 nla $2,730 $13,263 7 0.65
HD 1.60 nla 300 2.17 0.168 nla $5,750 $13,263 7 0.70
HD.. 2.70 nla 225 2.17 0.168 nla $4.400 $13,263 7 0.65
RR 1.60 nla 300 2.17 0.168 nla $5,750 $13,263 7 0.70
RO 0.80 nla 300 2.71 0.705 2.50 $7,310 $13,263 7 0.80
HB 1.60 nla 300 2.17 0.168 nla $5,750 $13,263 7 0.70
HB' 2.70 nla 225 2.03 0.033 nla $4,400 $13,263 7 0.65
HB nla 24.1% 0.05 0.00 0 2.90 $2.90 $0 2.5 0.43
MI 0.80 nla 300 2.17 0.168 nla $7,310 $13,263 7 0.70
MIl 0.80 nla 300 2.17 0.168 nla $7,310 $13,263 7 0.70
MIl' 1.60 nla 300 2.17 0.168 nla $5,750 $13,263 7 0.70
MIl.. 2.70 nla 225 2.03 0.033 nla $4,400 $13,263 7 0.65
LB nla 20.0% 0.04 0.00 0 1.90 $2.90 $0 2.5 0.48
B nla 24.1% 0.04 0.00 0 2.75 $2.90 $0 2.5 1.03
LlO nla 20.0% 0.06 0.00 0 2.10 $2.40 $0 6 0.45
Ll nla 27.0% 0.04 0.00 0 1.60 $2.10 $0 5 0.45
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Notes:
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Lots/Acre is based on 208 Study, population estimate methodology (Koppelman, 1978)
Coverage is based on survey of Town Planning Board approved site plans in past 5 years
Water/Sanitary is based on SCDHS design flow factors
Demographic population based on US 2000 Census average Town of South old household population
Children per Unit; see below School Aged Children Factors
]obslI 000 SF is based on Suffolk BOCES, Nonresidential employees by land use type
Tax Revenue is based on Town of South old Assessors, average estimates by land use type
Solid Waste is based on 7.3lbslcapita provided by Town of South old solid waste management;
Ibs.llOOO SF provided by California Integrated Waste Management Board
Trip Generation is based on Nelson & Pope transportation dept., average estimates by land use type
School Education Cost does not include NYS Aid; this is factored in at; 15%
School Aged Children Factors
TypelBR's I 2 3 4 5 Blended
SFD nla 0.166 0.705 1.328 1.921 0.847
Townhse 0.033 0.168 0.532 nI. nla 0.383
Apartm. 0.023 0.288 nla nla nla nla
From Suffolk BQCES modification of Fiscal Impact GUide (ExhIbit 13; Burchell et al)
Parameter Input Parameter Factors Percent Analysis Analysis Analysis AnalySis
Data of Total ($ homes) ($ ag. land) ($ exempt.) ($PDR)
Taxes/Unit $8,149 SC Tax 17.309 2% $12,574 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4,967 1% $3,608 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $121,702 $0 $0 $0
POR/acre $110 School Tax 528.787 64% $384,145 $0 $0 $0
Library 42.769 5% $31,070 $0 $0 $0
Note: Fire District 44.452 5% $32,293 $0 $0 $0
Exemption only SC, NYS Police Tax 6,69 1% $4,860 $0 $0 $0
Town and School Taxes. Solid Waste 8,115 1% $5,895 $0 $0 $0
Tota/ 820.616 100% $596,148 $0 $0 $0
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R-80 DISTRICT IMPACT ANALYSIS
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R-80 District Total Acres
General Use Parameters
I
Parameter Acres
in Use
Acres Farm 0,00
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 8.078
Ac. Residen. 40
Dwellings 73
Avg. Lot Ac. 0.4
Avg. Yield Lot 0.6
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Add assumed percent in Ag. Dist.lExemp/PDR
I
Water Resource Analysis
I
Parameter Factors Analysis
Res. Water 300 21,947
Farm Water 5.5"lyear 0
Tot. Water sum 21,947
Water MOY 365 gpy/lM 8
Res. Sanitary 300 21,947
Nitrogen (mg/l) 4,49
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I Residential waterlsanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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ParamClef Input Analysis
Data ($ ed, cost)
Children n/a 52
Cost/Child $11,274 n/a
School Tax nla $384,145
Educa. Cost n/a $581,433
Deficit/Surp. n/a -$197,288
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includes state aid; averaged ""
15%
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NP&V Microcomputer Model
RIAM
40
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Open Space 0% 0,0
Road 9% 3.6
R-Q-W 9% 3.6
Recharge 2% 0,8
House 3600 6,0
Driveway 720 1.2
Fertilized 20% 6.5
Unfertilized n/a 19
Total 40
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(unilS or pop,)
Dwellings see Oen\. Use 73
Total Pop. 2,705 198
Child. Pop. 0,705 52
Sr. Pop. 35% of capita 69
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Pop. n/a 197,88698
#/Capita 7 nla
#/day n/a 1,385
Tons/day n/a 0,7
Parameter Input Analysis
Data
Dwellings 73 nfa
Trips/unit 0,77 n/a
Tot. Trios n/a 56
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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R.80 DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area ReCharge P{lI'iJltldiFS Valllt Units
I Area of Zoning District 40.4 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 6.5 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 10.9 acres
8 Fraction of Land Impervious 0.3 fraction
9 Evaporation from Impervious 4J inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.8 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 18.6 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area OJ inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 6.5 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 73.2 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 21947 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet t
B Nitrogen Budget Parameurs Value Units
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 6.5 acres
5 Fertilizer Application Rate 1 3.00 Ibslloo0 sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/looo sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibslpet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 6.5 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
IS Nitrogen in Precipitation 1.00 mg/l
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/l
18 Nitrogen in CommerciallSTP Flow 0.00 mg/l
c ICQ',.m,,,J/S
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
R-80 DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A Lawn A.ru Recharge Value Units
1 A = Fraction of Land in Lawn 0.160 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I) = P - (E + Q) 21.11 inches
6 R(L) = R(I) x A 3.38 inches
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C Unugtt!#d ,4,,,,, Rechfl/'[/t
1 A:: Fraction of Land Unveg. 0.020 fraction
2 P :;: Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)=P - (E + Q) 41.12 inches
6 R(U) = R(u) xA 0.82 inches
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E NiIIJlrlllArea 1lecharge
1 A = Fraction of Land in Natural 0.460 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P - (E+ Q) 18.31 inches
6 R(N) = R(n) x A 8.43 inches
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G Irrigation Rdttrgt
1 A = Fraction of Land Irrigated 0.160 fraction
2 I = Irrigation Rate 5.50 inches
3 E ;; Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = 1- (E + Q) 2.44 inches
6 R(IRR) = R(irr) x A 0.39 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Jlldut' Units
1 A = Fraction of Land in Impervious 0.270 fraction
2 P = Precipitation Rate 42.82 inches
3 E :;: Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i) = P - (E + Q) 38.54 inches
6 R(I)= R(i) x A 10.39 inches
D WaterA.retJ LOss
1 A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) - {P - (E+Q)) - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Area Recharge
1 A = Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewater Recharge
1 WDF = Wastewater Design Flow 21,947 gal/day
2 WDF = Wastewater Design Flow 1,071,015 cu ft/yr
3 A - Area of Site 1,759,388 sq ft
4 R(ww) = WDF/A 0.61 feet
5 R(WW) = Wastewater Recharge 7.30 inches
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SIMULATION OF NITROGEN IN RECHARGE ISONIRI
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R-80 DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sanitary N/ltlJgen-Resitkntl4l Value Units
I Number of Dwellings 73 units
2 Persons per Dwelling 2.71 capita
3 P "" Population 198 capita
4 N "" Nitrogen per person 10 Ib,
5 LR = Leaching Rate 50 percent
6 N(S); P x N x LR 989.43 Ib,
7 N(S) = Sanitary Nitrogen 989.43 Ib,
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C Sanitary Ni/fIJg.n (CommuciaVSTI')
I CF = CommerciallSTP Flow 0 gal/day
2 CF = CommerciaJlSTP Flow 0 literslyr
3 N = Nitrogen in Commercial 0.00 mg/l
4 N(S)=CFxN 0 milligrams
5 N(S) ::< Sanitary Nitrogen 0.00 Ib,
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E Fertilir.u Nitrog<n I
I A = Area of Land Fertilized 1 281,502 'qft
2 AR = Application Rate 3.00 Ibs/lOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI)=A x AR x LR 118.23 Ib,
5 N(FI) = Fertilizer Nitrogen 118.23 Ib,
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G Pr.cipitatlan Nitrogm
I R(n) = Natural Recharge (feet) 1.92 feet
2 A = Area arSile (sq ft) 1,759,388 'q ft
3 R(N) = R(n) x A 3,375,219 ell ft
4 R(N) = Natural Recharge (liters) 95,586,205 liters
5 N = Nitrogen in Precipitation 1.00 mgll
6 LR = Leaching Rate IS percent
7 N(ppt) = P(S) x N x LR 955,862 milligrams
8 N(ppt) = Precipitation Nitrogen 2.11 Ib,
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NP&V Microcomputer Model
SONIR
Sheet J
B Pet Waste Nitrogen Valu. UniJs
I AR "'" Application Rate 3.19 Ibs/pet
2 Human Population 198 capita
3 Pets "'" 17 percent of capita 34 pets
4 N(p) = AR x pets 107.31 Ib,
5 LR = Leaching Rate 15 percent
6 N(P); N(p) x LR 16.10 Ib,
7 N(P) "'" Pet Waste Nitrogen 16.10 Ib,
D Watu SuDDlv Nitrogm
I WDF "'" Wastewater Design Flow 21,947 gal/day
2 WDF = Wastewater Design Flow 30,320,053 litersJyr
3 N "" Nitrogen in Water Supply 2.00 mgll
4 N(WW) ; WDF x N 60,640,106 milligrams
5 N(WW) = Wastewater Nitrogen 133.71 Ib,
F Futi/iz<r NItro/WI 1
1 A "'" Area of Land Fertilized 2 0 'q ft
2 AR "'" Application Rate 1.00 IbsllOOO ,f
3 LR = Leaching Rate 15 percent
4 N(F2) = A x ARx LR 0.00 Ib,
5 N(F2) = Fertilizer Nitrogen 0.00 Ib,
H Irrigation Nltrog<n
I R= Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A "'" Area of Land Irrigated 281,502 'q ft
4 R(I) = R(irr) x A 57,269 ell ft
5 R(I) = Site Precipitation (liters) 1,621,855 liters
6 N = Nitrogen in Water Supply 2.00 mgJI
7 LR = Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 486,557 milligrams
9 N(irr) = Irrigation Nitrogen 1.07 Ib,
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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R.80 DISTRICT IMPACT ANALYSIS
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Final Computations
A Nitrog411 in Rechtugt Value Units
I N;:: Total Nitrogen (Ibs) 1,260.7 Ib,
2 N == Total Nitrogen (milligrams) 572,337,317 milligrams
3 R(T);:: Total Recharge (inches) 30.72 inches
4 R(T) = Total Recharge (feet) 2.56 feet
5 A - Area of Zoning District 1,759,388 'q ft
6 R=R(T)xA 4,503,503 cu ft
7 R:: Area Recharge Volume 127,539,199 liters
9 NR = N/R 4.49 mg/I
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B Area Recharge SUmnI/lI')' Value Units
1 R(T) ;:: Total Area Recharge 30.72 incheslyr
2 R = ARea Recharge Volume 4,503,503 Cll ft/yr
3 R - Area Recharge Volume 33,688,543 gal/yr
4 R == Area Recharge Volume 33.7 MO/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONJR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams / 1,000;:: Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal <$ homes} ($ ag. land) ($exem.t.) ($PDR)
Taxes/Unit $8.595 SC Tax 17.309 2% $43,479 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $12,477 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $420,813 $0 $0 $0
PDRtacre $//0 School Tax 528.787 64% $1,328,266 $0 $0 $0
Library 42.769 5% $107,432 $0 $0 $0
Note; Fire District 44.452 5% $111,659 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $16,805 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $20,384 $0 $0 $0
Total 820.616 100% $2,061,314 $0 $0 $0
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R-120 DISTRICT IMPACT ANALYSIS
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R~120 District Total Acres
General Use Parameters
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I Parameter I Acres I
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd.lRech. 73.946
Ac. Residen. 369.73
Dwellings 240
Avg. Lot Ac. 1.2
Avg. Yield Lot 1.5
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
I
Parameter Factors ADalysis
Res. Water 300 71 ,948
Farm Water 5.5"lyear 0
Tot. Water sum 71,948
Water MGY 365 gpyllM 26
Res. Sanitary 300 71,948
Nitrogen (mg/l) 2.44
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I Residential waterlsanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Data ($ ed. COSt)
Children nla 169
Cost/Child $//.274 nla
School Tax nla $1,328,266
Educa. Cost nla $1,906,110
Deficit/Surp. nla -$577,845
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includes state aid; averaged :::
15%
I
NP&V Microcomputer Model
RIAM
370
Acres
Coverage Analysis
I Paramc:tcr I Factors I Analysis I
(acres in use)
Farm 0% 0.0
Road 9% 33.3
R-O-W 9% 33.3
Recharge 2% 7.4
House 3600 19.8
Driveway 720 4.0
Fertilized 20% 59.2
Unfert. nla 213
Total 370
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors ADalysis
(UDits or pop.)
Dwellings see Genl. Use 240
Total Pop. 2.7 649
Child. Pop. 0.705 169
Sr. Pop. 35% of capita 226
Total Population IS capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Pop. nla 648.7323055
#/Capita 7 nla
#/day nla 4,541
Tons/day n/. 2.3
P:::'eter Input AnaJysis
Data
Dwellings 240 nla
Trips/unit 0.77 nla
Tot. Trips nla 185
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SIMULATION OF NITROGEN IN RECHARGE fSONIRl
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R-I20 DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Recharge Parameters Value llnits
I Area of Zoning District 369.7 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 59.2 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of hnpervious 57.1 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
I] Acreage of Unvegetated 7.4 acres
]2 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage ofWaler 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
]8 Makeup Water (ifapplicable) 0.0 inches
19 Acreage of Unfertilized Area 212.8 acres
20 Fraction of Unfertilized Area 0.6 fraction
21 Evapotrans_ from Unfertilized Area 24.2 inches
22 Runofffrom Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Inigated 59.2 acres
28 Fraction of Land Imgated 0.2 fraction
29 lnigation Rate 5.5 inches
30 Number of Dwellings 239.8 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 71948 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget plll'llmetef's Value Units
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 59.2 acres
5 Fertilizer Application Rate 1 3.00 Ibs/l 000 sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/lOoo sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 lbs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
]2 Area of Land Irrigated 59.2 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
]5 Nitrogen in Precipitation 1.00 mgll
]6 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgll
18 Nitrogen in Commercia1/STP Flow 0.00 mgll
c lu.mm.n/$
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is Natural or Unfertilized.
I
SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
R-I20 DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A Lawn Area Recharge Value Units
I A "" Fraction of Land in Lawn 0.160 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q "" Runoff Rate 0.31 inches
5 R(I): P- (E + Q) 21.11 inches
6 R(L) = R(I) x A 3.38 inches
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C Un..,_d Area R.chtuge
I A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)- P - (E+ Q) 41.12 inches
6 R(U) - R(u) x A 0.82 inches
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E Naturp/ Area Recharge
I A = Fraction of Land in Natural 0.576 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) = P - (E + Q) 18.31 inches
6 R(N) = R(n) x A 10.54 inches
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G Irrigation Rec/Jarge
I A = Fraction of Land Irrigated 0.160 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(iIT) = 1- (E + Q) 2.44 inches
6 R(1RR): R(iIT) X A 0.39 inches
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Total Area Recba e
NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Vllbt. Units
I A "" Fraction of Land in Impervious 0.154 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)=P-(E+Q) 38.54 inches
6 R(I) = R(i) x A 5.95 inches
D Willer Are" Loss
I A - Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q "" Runoff Rate 0.00 inches
5 M - Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F FfUm Area Recharge
I A = Fraction of Land in Farm 0.000 fraction
2 P "" Precipitation Rate 42.82 inches
3 E "" Evapotranspiration Rate 0.00 inches
4 Q "" Runoff Rate 0.00 inches
5 R(n)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H WlIStewaterRecharge
1 WDF"" Wastewater Design Flow 71,948 gal/day
2 WDF "" Wastewater Design Flow 3,511,105 cu ft/yr
3 A = Area of Site 16,105,439 sq fl
4 R(ww) = WDF/A 0.22 feet
5 R(WW) "" Wastewater Recharge 2.62 inches
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SIMULA nON OF NITROGEN IN RECHARGE ISONIRl
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R-120 DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Stmitary JII~R..ldenli", Value Unl1s
I Number of Dwellings 240 units
2 Persons per Dwelling 2.71 capita
3 P "" Population 649 capita
4 N = Nitrogen per person 10 Ibs
5 LR :: Leaching Rate 50 percent
6 N(S) = P x N x LR 3243.66 Ibs
7 N(S) "" Sanitary Nitrogen 3243.66 Ibs
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C SanItary JIIltrogen (COttIIIIerWtI/STP)
I CF "" Commercial/STP Flow 0 gal/day
2 CF = Commercial/STP Flow 0 liters/yr
3 N = Nitrogen in Commercial 0.00 mgn
4 N(S) = CFx N 0 milligrams
5 N(S) "" Sanitary Nitrogen 0.00 Ibs
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E FutiII:u Nit1'Ogen ]
I A"" Area of Land Fertilized 1 2,576,870 sq ft
2 AR = Application Rate 3.00 Ibs!IOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI)=AxARxLR 1082.29 Ibs
5 N(Fl) = Fertilizer Nitrogen 1082.29 Ibs
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G Preclpulttion N"tlrtJRen
I R(o) = Natural Recharge (feet) 1.72 feet
2 A = Area arSile (sq ft) 16,105,439 sq ft
3 R(N) = R(n) x A 27,766,291 cu ft
4 R(N) "" Natural Recharge (liters) 786,341,370 liters
5 N = Nitrogen in Precipitation 1.00 mgll
6 LR = Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 7,863,414 milligrams
8 N(ppt) = Precipitation Nitrogen 17.34 Ibs
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NP&V Mit":focomputer Model
SONIR
Sheet 3
B Pet Woste Nitrqgen Value Units
I AR = Application Rate 3.19 Ibs/pet
2 Human Population 649 capita
3 Pets = 17 percent of capita 110 pets
4 N(p) = AR x pets 351.81 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 52.77 Ibs
7 N(P) = Pet Waste Nitrogen 52.77 Ibs
D Wilier St;pply Nitrotlen
I WDF = Wastewater Design Flow 71,948 gal/day
2 WDF = Wastewater Design Flow 99,398,140 liters/yr
3 N = Nitrogen in Water Supply 2.00 mgn
4 N(WW) = WDF x N 198,796,281 milligrams
5 N(WW) = Wastewater Nitrogen 438.35 Ibs
F FD1iJJze, Nit1'Ogen 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 IbsllOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2) = A xARx LR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H IrriglttionNit1'Ogen
I R::: Irrigation Recharge (inches) 2.44 inches
2 R::: Irrigation Rate (feet) 0.20 feet
3 A ::: Area of Land Irrigated 2,576,870 'q ft
4 R(l) = R(irr) x A 524,239 cu ft
5 R(I)::: Site Precipitation (liters) 14,846,461 liters
6 N ::: Nitrogen in Water Supply 2.00 mgn
7 LR ::: Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 4,453,938 milligrams
9 N(irr)::: Irrigation Nitrogen 9.82 Ib,
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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R-120 DISTRICT IMPACT ANALYSIS
I
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Final Computations
A Nitrogen In Recharge Value Units
I N::: Total Nitrogen (Ibs) 4,844.2 Ibs
2 N :: Total Nitrogen (milligrams) 2,199,277,562 milligrams
3 R(I) - Total Recharge (inches) 23.70 inches
4 R(T) = Total Recharge (feet) 1.97 feet
5 A = Area of Zoning District 16,105,439 sq ft
6 R=R(T)xA 31,801,635 cu ft
7 R"" Area Recharge Volume 900,622,316 liters
9 NR-NIR 2.44 mgll
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B A"'. Recharge SU/l1llUU)l Value Uni#
I R(I) - Total Area Recharge 23.70 inchesJyr
2 R = ARea Recharge Volume 31,801,635 Cll ft/yr
3 R = Area Recharge Volume 237,892,770 gal/yr
4 R = Area Recharge Volume 237.9 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions Il$td In S()NJR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
GaHons x 0.1337 = Cubic Feet
GaHons x 3.785 = Liters
Grams / 1,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1,000 = Grams
PlII'llIIleter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal ($ homes) ($ ag.land) ($ exempt.) ($PDR)
TaxeslUnit $11,100 SC Tax 17.309 2% $7,976 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $2,289 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $77,201 $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $243,680 $0 $0 $0
Library 42.769 5% $19,709 $0 $0 $0
Note: Fire District 44.452 5% $20,485 $0 $0 $0
Exemption on Iy SC, NYS Police Tax 6.69 1% $3,083 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $3,740 $0 $0 $0
Total 820.616 100% $378,164 $0 $0 $0
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R-200 DISTRICT IMPACT ANALYSIS
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R4200 District Total Acres
General Use Parameters
I
I Parameter I Acres I
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres POR 40%
Ac. Rd./Rech. 16.336
Ac. ResideD. 81.68
Dwellings 34
Avg. Lot Ac. 1.9
A vg. Yield Lot 2.4
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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PlII'llIIleter Factors Analysis
Res. Water 300 10,221
Farm Water 5.5''/year 0
Tot. Water sum 10,221
Water MGY 365 gpy/I M 4
Res. Sanitary 300 10,221
Nitrogen (mg/l) 1.88
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I Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
Parameter Input Analysis
Data ($ cd. cost)
Children n/a 24
Cost/Child $11.274 n/a
School Tax n/a $243,680
Educa. Cost n/a $270,774
Deficit/Surp. n/a -$27,093
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includes state aid; averaged =
15%
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NP&V Microcomputer Model
RIAM
82
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Farm 0% 0.0
Road 9% 7.4
R-Q-W 9% 7.4
Recharge 2% 1.6
House 3600 2.8
Driveway 720 0.6
Fertilized 20% 13.1
Unfert. n/. 49
Total 82
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop.)
Dwellings see Genl. Use 34
Total Pop. 2.7 92
Child. Pop. 0.705 24
Sr. Pop. 35% of capita 32
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input AnaJysis
Data
Total Pop. n/. 92.156104
#/Capita 7 n/.
#/d.y n/. 645
Tons/day n/. 0.3
Parameter Input Analysis
Oat.
Dwellings 34 n/a
Trips/unit 0.77 n/.
Tot. Trips n/. 26
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SIMULATION OF NITROGEN IN RECHARGE ISONIR\
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R-200 DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Recharge Parameters Value Unils
I Area of Zoning District 81.7 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 13.1 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 10.7 acres
8 Fraction of Land lmpervious 0.1 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 1.6 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 48.9 acres
20 Fraction of Unfertilized Area 0.6 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runofffrom Unfertilized Area 0.3 inches
23 Acreage of Fanned Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 13.1 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 34.1 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 10221 gal/day
33 Commercial /STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
8 Nitrogen Budget Ptuameters Value Unils
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ib,
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 13.1 acres
5 Fertilizer Application Rate I 3.00 Ib,lI 000 sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibsll 000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibslpet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 13.1 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgJI
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgn
18 Nitrogen in CommercialJSTP Flow 0.00 mgn
c lC<>mmena
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is Natural or Unfertilized.
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SIMVLA nON OF NITROGEN IN RECHARGE (SONIR)
I
R-200 DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
I
A Lawn Area Recharge Value unUs
I A = Fraction of Land in Lawn 0.160 fraction
2 P = Precipitation Rate 42.82 inches
3 E == Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(l)~ P - (E+ Q) 21.11 inches
6 R(L) ~ R(1) x A 3.38 inches
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C UnvegetaU!dAua Recharge
1 A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)-P-(E+Q) 41.12 inches
6 R(V) - R(u) x A 0.82 inches
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E NaJuraLAre.o. Recharge
1 A = Fraction of Land in Natural 0.599 fraction
2 P ::: Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)~ P - (E + Q) 18.31 inches
6 R(N) ~ R(n) x A 10.96 inches
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G l"igatiolt R~charge
I A:: Fraction of Land Irrigated 0.160 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr)~ 1- (E + Q) 2.44 inches
6 R(IRR) ~ R(irr) x A 0.39 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
1 A = Fraction of Land in Impervious 0.131 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i) = P -(E+ Qj 38.54 inches
6 R(I)=R(i)xA 5.06 inches
D Waur Ana Loss
1 A - Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M - Makeup Water 0.00 inches
6 R(w) - (P - (E+Q)) - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Ara Rechlll'ge
I A = Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)~P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H WasteWater Rei:haige
1 WDF = Wastewater Design Flow 10,221 gal/day
2 WDF = Wastewater Design Flow 498,772 cu ft/yr
3 A = Area of Site 3,557,981 sq ft
4 R(ww) - WDF/A 0.14 feet
5 R(WW) = Wastewater Recharge 1.68 inches
Total Area Recbarge
R(L) + R(I) + R(V) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
I
R-200 DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
I
A Sanitary Nitrogen.Residential Value 1I11ils
I Number of Dwellings 34 units
2 Persons per Dwelling 2.71 capita
3 P = Population 92 capita
4 N = Nitrogen per person 10 Ib,
5 LR = Leaching Rate 50 percent
6 N(S)=P xN xLR 460.78 Ib,
7 N(S) = Sanitary Nitrogen 460.78 Ib,
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C StlnittuyNilro1Een (Commucii1llSTP)
I CF = CommerciallSTP Flow 0 gal/day
2 CF ::: Commercial/STP Flow 0 Iiterslyr
3 N = Nitrogen in Commercial 0.00 mgll
4 N(S)=CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ib,
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E Fertilize/' Nitrogen I
I A = Area of Land Fertilized 1 569,277 'q ft
2 AR"" Application Rate 3.00 Ib,/lOOO ,f
3 LR = Leaching Rate 14 percent
4 N(FI)= A x ARx LR 239.10 Ib,
5 N(FI)::: Fertilizer Nitrogen 239.10 Ib,
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G Precipitation Nitrogen
I Reo) = Natural Recharge (feet) 1.69 feet
2 A = Area of Site (sq ft) 3,557,981 sq ft
3 R(N) = R(n) x A 5,996,331 cu ft
4 R(N)::: Natural Recharge (liters) 169,816,086 liters
5 N::: Nitrogen in Precipitation 1.00 mgll
6 LR = Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 1,698,161 milligrams
8 N(ppt) = Precipitation Nitrogen 3.74 Ib,
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nllrogen Value Units
I AR = Application Rate 3.19 lbs/pet
2 Human Population 92 capita
3 Pets = 17 percent of capita 16 pets
4 N(p) = AR x pets 49.98 Ib,
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 7.50 Ib,
7 N(P) = Pet Waste Nitrogen 7.50 Ib,
D Water Supply Nitrogen
I WDF = Wastewater Design Flow 10,221 gal/day
2 WDF = Wastewater Design Flow 14,120,070 literslyr
3 N = Nitrogen in Water Supply 2.00 mgll
4 N(WW) = WDF x N 28,240,139 milligrams
5 N(WW) = Wastewater Nitrogen 62.27 Ib,
F Fertilizer Nitrogen 2
I A = Area of Land Fertilized 2 0 'q ft
2 AR = Application Rate 1.00 Ib,/lOOO ,f
3 LR = Leaching Rate 15 percent
4 N(F2)=AxARxLR 0.00 Ib,
5 N(F2) = Fertilizer Nitrogen 0.00 Ib,
H irrigation Nitrogen
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Inigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 569,277 'q ft
4 R(I) = R(irr) x A 115,814 cu ft
5 R(I) = Site Precipitation (liters) 3,279,850 liters
6 N = Nitrogen in Water Supply 2.00 mgn
7 LR = Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 983,955 milligrams
9 N(irr) = Irrigation Nitrogen 2.17 Ib,
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SIMULATION OF NITROGEN IN RECHARGE ISONIRI
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R-200 DISTRICT IMPACT ANALYSIS
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I
Final Computations
A Nitrogen In Reclrarge Value Units
1 N "" Total Nitrogen (Ibs) 775.6 Ib,
2 N == Total Nitrogen (milligrams) 352,102,806 milligrams
3 R(T);;: Total Recharge (inches) 22.30 inches
4 R(T) ~ Total Recharge (feet) \.86 feet
5 A == Area of Zoning District 3,557,981 'q ft
6 R~ R(T) x A 6,610,917 cu ft
7 R == Area Recharge Volume 187,221,169 liters
9 NR = N/R \.88 mgIJ
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B Area Recluug~ SUmmary Value Units
I R(T) == Total Area Recharge 22.30 inches/yr
2 R == ARea Recharge Valume 6,610,917 eu ft/yr
3 R = Area Recharge Volume 49,453,097 gaJlyr
4 R == Area Recharge Volume 49.5 MO/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRA nON OF
NITROGEN IN RECHARGE
Conversions used in SONIR
Acres x 43,560 == Square Feet
Cubic Feet x 7.48052 == Gallons
Cubic Feet x 28.32 == Liters
Days x 365 == Years
Feet x 12 = Inches
Gallons x 0.1337 == Cubic Feet
Gallons x 3.785 == Liters
Grams /1.000 == Milligrams
Grams x 0.002205 == Pounds
Milligrams / 1,000 == Grams
Parameter Input Parameter Factors _t Analysis Analysis Analysis Analysis
Data of Total (S homes) (S ag, land) (S <>tempt) (SPDR)
Taxes/Unit $4,400 SC Tax 17.309 2% $519 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4,967 1% $149 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $5,020 $0 $0 $0
PDRlacre $110 School Tax 528.787 64% $15,846 $0 $0 $0
Library 42.769 5% $1,282 $0 $0 $0
Note: Fire District 44.452 5% $1,332 $0 $0 SO
Exemption only SC. NYS Police Tax 6.69 1% $200 $0 $0 $0
Town and School Taxes. Solid Waste 8,115 1% $243 $0 $0 $0
ToJal 820.616 100% $24,592 $0 $0 $0
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UD DISTRICT IMPACT ANALYSIS (with DubUc water)
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UD" District Total Acres
General Use Parameters
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I Pawne'e, I Aeres I
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd./Rech. 0.414
Ac. Residen. 2,07
Dwellings 6
A vg. Lot Ac. 0.3
Av1l.. Yield Lot 0.4
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
I
Parameter FaetOrs Analysis
Res. Water 225 1,258
Farm Water 5.5 "/year 0
Tot. Water sum 1,258
Water MGY 365 gpy// M 0
Res. Sanitary 225 1,258
Nitrogen (mg/l) 5,41
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Data (S ed, cost)
Children nla 1
Cost/Child $11,274 n/a
School Tax n/a $15,846
Educa. Cost n/a $10,585
Deflcit/Surp. n/a $5,261
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includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
2
Acres
Coverage Analysis
eter Factors Analysis
(acres in use)
Fann 0% 0.0
Road 9% 0.2
R-O-W 9% 0.2
Recharge 2% 0.0
House /600 0,2
Driveway 480 0,1
Fertilized 30% 0.5
Unfert. 43% 1
Total 2
Add assumed percent of land farmed
Demographic Analysis
Parameter Factors Analysis
(units or pop,)
Dwellings see Gen]. Use 6
Tota] Pop. 2,2 12
Child, Pop, 0,/68 1
Sr. Pop. 35% of capita 4
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
I ""'ameter I Input I Analysis I
Data
Total Pop. n/a 12,116952
#/Capita 7 nla
#/day n/a 85
Tons/day n/a 0,0
Parameter Input Analysis
Data
Dwellings 6 n/a
Trips/unit 0.65 n/a
Tot. Trips n/a 4
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
I
HD DISTRICT IMPACT ANALYSIS (with DubUc water}
SONIR Data Input Field
I
A Area Recharge Parllltlelers Value llni1.s
1 Area of Zoning District 2.1 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 0.5 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 0.5 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 0.9 acres
20 Fraction of Unfertilized Area 0.4 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 0.5 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Inigation Rate 5.5 inches
30 Number of Dwellings 5.6 units
31 Water Use per Dwelling 225.0 gal/day
32 Wastewater Design Flow 1258 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget Parameters Value llni1.s
I Persons per Dwelling 2.17 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 0.5 acres
5 Fertilizer Application Rate 1 3.00 1bs/looO sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/looO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibs/pet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Inigated 0.5 acres
13 Irrigation Rate 5.50 inches
14 lmgation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgll
18 Nitrogen in Commercial/STP Flow 0.00 mgll
c IComme.....
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
I
un DISTRICT IMPACT ANALYSIS (with DubUc water)
Area Recharge Calculations
I
A Lawn Area Recharge VlIlue UnUs
I A = Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q ::: Runoff Rate 0.31 inches
5 R(1)~ P - (E + Q) 21.11 inches
6 R(L) ~ R(I) x A 5.07 inches
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C UnvegetllUd A,,,,, ReeJrarge
1 A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)~ P - (E+ Q) 41.12 inches
6 R(U) ~ R(u) x A 0.82 inches
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E NiltUl'tJl Area Recharge
1 A = Fraction of Land in Natural 0.431 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n) ~ P - (E+ Q) 18.31 inches
6 R(N) ~ R(n) x A 7.89 inches
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G Irrigation RecJrarge
I A = Fraction of Land Irrigated 0.240 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr)~ 1- (E + Q) 2.44 inches
6 R(IRR) ~ R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious Area Recharge Value Units
I A - Fraction of Land in Impervious 0.219 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i); P - (E + Q) 38.54 inches
6 R(I): R(i) x A 8.44 inches
D Water Area Loss
I A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evaporation Rate 30.00 inches
4 Q - Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) ~ {P - (E+Q)} - M 12.82 inches
7 R(W) ~ R(w) x A 0.00 inches
F Farm Area Rec/umie
1 A - Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q - Runoff Rate 0.00 inches
5 R(o)- P - (E+ Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastnllltu Rechtlrge
I WDF - Wastewater Design Flow 1,258 gal/day
2 WDF = Wastewater Design Flow 61,368 cu ftJyr
3 A - Area of Site 90,169 sq ft
4 R(ww) - WDF/A 0.68 feet
5 R(WW) = Wastewater Recharge 8.17 inches
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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nD DISTRICT IMPACT ANALYSIS (with DubUc water)
Area Nitrogen Budget
I
A Sanitary Nitrogen-Residential Value Units
I Number of Dwellings 6 units
2 Persons per Dwelling 2.17 capita
3 P = Population 12 capita
4 N = Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S)~ P x N x LR 60.58 Ibs
7 N(S) = Sanitary Nitrogen 60.58 Ibs
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C Stlnit"'" N'lIJ'(Jgen (co_c;a//$TPj
I CF = CommerciallSTP Flow 0 gal/day
2 CF = CommerciallSTP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mgn
4 N(S) ~CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E FertiJiur Nitrogen 1
I A = Area of Land Fertilized I 21,641 sqft
2 AR :::: Application Rate 3.00 Ibs/IOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI) ~ A x ARx LR 9.09 Ibs
5 N(FI) = Fertilizer Nitrogen 9.09 Ibs
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G Precip/lati"" Il/ItT"I/<R
I R(o) = Natural Recharge (feet) 1.85 feet
2 A = Area of Site (sq ft) 90,169 sq It
3 R(N) ~ R(n) x A 166,957 cu It
4 R(N) = Natural Recharge (liters) 4,728,223 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR = Leaching Rate 15 percent
7 N(ppt) ~ PeS) x N x LR 47,282 milligrams
8 N(ppt) = Precipitation Nitrogen 0.10 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
I AR = Application Rate 3.19 Ibs/pet
2 Human Population 12 capita
3 Pets = 17 percent of capita 2 pets
4 N(p) = AR x pets 6.57 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 0.99 Ibs
7 N(P) = Pet Waste Nitrogen 0.99 Ibs
D Watu Supply Nitrogen
I WDF = Wastewater Design Flow 1,258 gal/day
2 WDF = Wastewater Design Flow 1,737,302 literslyr
3 N = Nitrogen in Water Supply 2.00 mg/!
4 N(WW) = WDF x N 3,474,604 milligrams
5 N(WW) = Wastewater Nitrogen 7.66 Ibs
F F<rliI4er Nitrogen 2
I A = Area of Land Fertilized 2 0 sqlt
2 AR = Application Rate 1.00 lbs/looo sf
3 LR = Leaching Rate 15 percent
4 N(F2)~A x ARx LR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H l"igadOll Nitrogen
I R:::: Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A - Area of Land Irrigated 21,641 sq ft
4 R(I) = R(irr) x A 4,403 cu ft
5 R(I) = Site Precipitation (liters) 124,681 liters
6 N - Nitrogen in Water Supply 2.00 mgn
7 LR = Leaching Rate 15 percent
8 N(irr) ~ R(I) x N x LR 37,404 milligrams
9 N(irr):::: Irrigation Nitrogen 0.08 Ibs
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SIMULATION OF NITROGEN IN RECHARGE ISONIRl
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HD DISTRICT IMPACT ANALYSIS (with DubUc water)
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Final Computations
A Nilrogen in R~chll1'ge Value UniIs
I N"" Total Nitrogen (Ibs) 78.5 Ib,
2 N "" Total Nitrogen (milligrams) 35,642,498 milligrams
3 R(T) = Total Recharge (inches) 30.97 inches
4 R(T) ~ Total Recharge (feet) 2.58 feet
5 A = Area of Zoning District 90,169 sq ft
6 R=R(T)xA 232,727 cu ft
7 R = Area Recharge Volume 6,590,841 liters
9 NR - N/R 5.41 mg/I
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8 Area Recharge SUItIJIUUy Value Units
I R(T) = Total Area Recharge 30.97 inches/yr
2 R = ARea Recharge Volume 232,727 Cll ft/yr
3 R = Area Recharge Volume 1,740,922 gal/yr
4 R- Area Recharge Volume 1.7 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Comersionsused in SON/R
Acres x 43.560 = Square Feet
Cubic Feet x 7.48052::= Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1,000:: Milligrams
Grams x 0.002205 = Pounds
Milligrams / 1,000 = Grams
Parameter Input Parametc:r FaclOrS Percent Analysis Analysis Analysis Analysis
Data ofTotaI (S homes) (S ag, land) (S exempt) ($ POR)
Taxes/Unit $7,310 SC Tax 17,309 2% S354 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4,967 1% $102 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $3,425 $0 $0 $0
PDR/acre $110 School Tax 528.787 64% $10,810 $0 $0 $0
Library 42.769 5% $874 $0 SO $0
Note: Fire District 44.452 5% $909 $0 SO $0
Exemption only SCt NYS Police Tax 6.69 1% SI37 $0 $0 $0
Town and School Taxes. Solid Waste 8.1 15 1% $166 $0 SO $0
Total 820.616 100% $16,776 $0 SO $0
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DB DISTRICT IMPACI' ANALYSIS (with DubUc water)
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UB" District Total Acres
General Use Parameters
I
Parameter Acres
in Use:
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres POR 40%
Ac. Rd./Rech. 0.17
Ac. Residen. 0,85
Dwellings 2
A vg. Lot Ac. 0.3
A vg. Yield Lot 0.4
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Add assumed percent in Ag. Dist.lExemp/PDR
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Water Resource Analysis
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Parameter Factors Anlllysis
Res. Water 300 689
Farm Water 5.5"/year 0
Tot. Water sum 689
Water MGY 365 gpy/1 M 0
Res. Sanitary 300 689
Nitrogen (mglI) 4.99
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tu Revenue Analysis
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School Tax Analysis
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I Parameler I Input I AnaI)'Sis I
Data (Sed. cost)
Children o/a 0
Cost/Child $11,274 o/a
School Tax nla $10,810
Educa. Cost nla $4,347
Deficit/Surp. o/a $6,464
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includes state aid; averaged =
15%
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NP&V Microcomputer Model
RIAM
Acres
C
A I '
overa2e na YSIS
Parameter Factors Analysis
(acres in use)
Farm 0% 0.0
Road 9% 0.1
R-O-W 9% 0.1
Recharge 2% 0,0
House 1200 0.1
Driveway 360 0.0
Fertilized 30% 0.2
Unfert. 46% 0
Total I
Add assumed percent of land farmed
Demographic Analysis
Parameter FactorS Analysis
(units or pop.)
Dwellings see Gent. Use 2
Total Pop. 2,2 5
Child. Pop. 0.168 0
Sr. Pop. 35% of capita 2
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter loput Anlllysis
Data
Total Pop. o/a 4.97556
#/Capita 7 o/a
#/day o/a 35
Tons/day o/a 0.0
Panuneler Input Analysis
Data
Dwellings 2 o/a
Trips/unit 0.7 o/a
Tot. Trips o/a 2
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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DB DISTRICf IMPACT ANALYSIS (with DubUc water)
SONIR Data Input Field
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A AreQ R~chqrge Parameters Value Units
1 Area of Zoning District 0.9 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 0.2 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 0.2 acres
8 Fraction of Land Impervious 0.2 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
IS Acreage ofWateT 0.0 acres
16 Fraction arSile in Water 0.0 fraclion
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 0.4 acres
20 Fraction of Unfertilized Area 0.5 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 0.2 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 2.3 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 689 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet I
B Nitrogen Budget PDrameters Value Unils
I Persons per Dwelling 2.03 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 0.2 acres
5 Fertilizer Application Rate I 3.00 IbsllOOO sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 IbsllOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 IS percent
10 Pet Waste Application Rate 3.19 Ibs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 0.2 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate IS percent
15 Nitrogen in Precipitation 1.00 mg/!
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/1
18 Nitrogen in Commercial/STP Flow 0.00 mg/1
c leomm......
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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UB DISTRICT IMPACf ANALYSIS (with DubUc water)
Area Recharge Calculations
I
A Lawn Area Recltarge VDlue Units
I A = Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q "" Runoff Rate 0.31 inches
5 R(I): P - (E+ Q) 21.11 inches
6 R(L) = R(I) x A 5.07 inches
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C UnvegetlJled Area /J.tChnrge
I A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q ;; Runoff Rate 1.00 inches
5 R(u)- P -(E+Q) 41.12 inches
6 R(U) = R(u) x A 0.82 inches
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E NalUra/ Area /J.echlU1le
I A ;; Fraction of Land in Natural 0.463 fraction
2 P "" Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q "" Runoff Rate 0.31 inches
5 R(n) = P - (E+ Q) 18.31 inches
6 R(N) = R(n) x A 8.48 inches
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G lrriglllion Recharge
I A = Fraction of Land Inigated 0.240 fraction
2 I = Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = 1- (E+ Q) 2.44 inches
6 R(IRR) = R(irr) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Itnpel'Vious Area Recharge Value Units
I A = Fraction of Land in Impervious 0.187 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i) = P - (E +Q) 38.54 inches
6 R(I) = R(i) x A 7.20 inches
D WtIW AreaLuss
I A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W) - R(w) x A 0.00 inches
F Farm AreaRechiU'ge
I A = Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) - R(o) x A 0.00 inches
H Wastewater Rechlli'ge
I WDF = Wastewater Design Flow 689 gal/day
2 WDF = Wastewater Design Flow 33,599 cu ftIyr
3 A = Area of Site 37,026 sq ft
4 R(ww) = WDF/A 0.91 feet
5 R(WW) = Wastewater Recharge 10.89 inches
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SIMULA nON OF NITROGEN IN RECHARGE (SONIRl
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UB DISTRICT IMPACT ANALYSIS (with Dublic water)
Area Nitrogen Budget
I
A SonJltuy N"1I_Reslt/entUIJ Value UnUs
I Number of Dwellings 2 units
2 Persons per Dwelling 2.03 capita
3 P "" Population 5 capita
4 N "" Nitrogen per person 10 Ibs
5 LR:: Leaching Rate 50 percent
6 N(S):Px N x LR 23.33 Ibs
7 N(S) "" Sanitary Nitrogen 23.33 Ibs
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C NitrtJgM (OJIlUllQda//STP)
I CF :::: CommerciallSTP Flow 0 gal/day
2 CF = Commercial/STP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S)=CFxN 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E Fertilizer NiJTOgen I
1 A = Area of Land Fertilized 1 8,886 sq ft
2 AR = Application Rate 3.00 Ibsll 000 sf
3 LR = Leaching Rate 14 percent
4 N(F!) = A x AR x LR 3.73 Ibs
5 N(Fl) = Fertilizer Nitrogen 3.73 Ibs
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G P,eclpilt1llon Nltrt>gen
1 R(n) = Natural Recharge (feet) 1.80 feet
2 A = Area of Site (sq ft) 37,026 sq ft
3 R(N) = R(n) x A 66,545 ell ft
4 R(N) = Natural Recharge (liters) 1,884,565 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR :::: Leaching Rate 15 percent
7 N(ppt) = PIS) x N x LR 18,846 milligrams
8 N(ppt) = Precipitation Nitrogen 0.04 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pel Waste Nitrogen V<tlue UniIs
1 AR =:= Application Rate 3.19 Ibs/pel
2 Human Population 5 capita
3 Pets =:= 17 percent of capita 1 pe~
4 N(p) = AR x pets 2.53 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) = N(p) x LR 0.38 Ibs
7 N(P) = Pet Waste Nitrogen 0.38 Ibs
D Waler Sunnlv NI_
I WDF =:= Wastewater Design Flow 689 gal/day
2 WDF = Wastewater Design Flow 951,180 liters/yr
3 N =:= Nitrogen in Water Supply 2.00 mg/1
4 N(WW) = WDF x N 1,902,360 milligrams
5 N(WW) =:= Wastewater Nitrogen 4.19 Ibs
F Fellillzer N/1tOge" 2
1 A :::: Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 Ibs/JOOO sf
3 LR =:= Leaching Rate 15 percent
4 N(F2) =A x ARx LR 0.00 Ibs
5 N(F2) = Fertilizer Nitrogen 0.00 Ibs
H 1"lgt1llon Nitrogen
1 R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 8,886 sqft
4 R(1) = R(irr) x A 1,808 ell ft
5 R(I) =:= Site Precipitation (liters) 51,197 liters
6 N = Nitrogen in Water Supply 2.00 mg/1
7 LR = Leaching Rate 15 percent
8 N(irr) = R(1)x N x LR 15,359 milligrams
9 N(irr) = Irrigation Nitrogen 0.03 Ibs
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SIMULA nON OF NITROGEN IN RECHARGE ISONIR\
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HE DISTRICT IMPACf ANALYSIS (with DubHe water)
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Final Computations
A Nitrogen in Recharge Value UniJs
I N "" Total Nitrogen (lbs) 31.7 Ib,
2 N = Total Nitrogen (milligrams) 14,396,592 milligrams
3 R(T) "" Total Recharge (inches) 33.04 inches
4 R(T) = Total Recharge (feet) 2.75 feet
5 A = Area of Zoning District 37,026 sq ft
6 R=R(T)xA 101,952 cu ft
7 R = Area Recharge Volume 2,887,290 liters
9 NR = NIR 4.99 mg/l
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B Area RechaTg< SturImfUJ' Value UniJs
I R(T) = Total Area Recharge 33.04 inches/yr
2 R = ARea Recharge Volume 10 1,952 cu ftIyr
3 R = Area Recharge Volume 762,656 gallyr
4 R= Area Recharge Volume 0.8 MOlyr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONJR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams 11,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams / 1,000 = Grams
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data of Total ($ homes) ($ ~g. land) ($ exempt.) ($PDR)
Taxes/Unit $4,400 SC Tax 17.309 2% $198 $0 $0 $0
Ag. Land/acre $320 NYS Prop. T~x 4.967 1% $57 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $1,917 $0 $0 $0
POR/acre $IlO School Tax 528.787 64% $6,050 $0 $0 $0
Library 42.769 5% $489 SO SO SO
Note; Fire District 44.452 5% S509 SO SO SO
Exemption only SC. NYS Police Tax 6.69 1% $77 SO SO SO
Town and School Taxes. Solid Waste 8.115 1% $93 SO SO SO
Total 820.616 100% S9,390 SO SO SO
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Mil DISTRICT IMPACT ANALYSIS
I
MII** District Total Acres
General Use Parameters
I
I Parameter I Acres I
in Use
Acres Farm 0
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres POR 40%
Ac. Rd.lRech. 0.084
Ac. Residen. 0.42
Dwellings 2
A vg. Lot Ac. 0.2
Avg. Yield Lot 0.2
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Add assumed percent in Ag. Oist./Exemp/POR
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Water Resource Analysis
Parameter Factors Analysis
Res. Water 225 480
Farm Water 5.5 "I year 0
Tot. Water sum 480
Water MGY 365 gpy/1M 0
Res. Sanitary 225 480
Nitrogen (mg/J) 1.29
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
Parameter Input Analysis
Data ($ ed. eosl)
Children nla 0
Cost/Child $Il,274 nla
School Tax nla S6,050
Educa. Cost nla S794
Deficit/Surp. nla S5,257
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includes state aid; averaged::: 15%
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NP&V Microcomputer Model
RIAM
0.42
Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Fann 0% 0.0
Road 9% 0.0
R-O-W 9% 0.0
Recharge 2% 0.0
House 1200 0.1
Driveway 360 0.0
Fertilized 30% 0.1
Unfert. 38% 0
Total 0
Add assumed percent ofIand farmed
Demographic Analysis
Parameter Factors Analysis
(units,or pop.)
Dwellings see Genl. Use 2
Total Pop. 2.0 4
Child. Pop. 0.033 0
Sr. Pop. 35% of capita 2
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Iparam= I [nput I Analysis I
Data
Total Pop. nla 4.338422
#/Capita 7 nla
#Iday nla 30
Tons/day nla 0.0
Parameter Input Analysis
Data
Dwellings 2 nla
Trips/unit 0.65 nla
Tot. Trips nla I
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SIMULATION OF NITROGEN IN RECHARGE (SONIR\
I
MIl DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
.
A Area Recharge PUame(trS Value Units
1 Area of Zoning District 0.4 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 0.1 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 0.1 acres
8 Fraction of Land Impervious 0.3 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
11 Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction afSite in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 0.2 acres
20 Fraction of Unfertilized Area 0.4 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Fanned Area 0.0 inches
27 Acreage of Land Irrigated 0.1 acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 2.1 units
31 Water Use per Dwelling 225.0 gal/day
32 Wastewater Design Flow 480 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget Parameters Value Units
1 Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized I 0.1 acres
5 Fertilizer Application Rate I 3.00 Ibsl1000 sq ft
6 Fertilizer Nitrogen Leaching Rate 1 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/lOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibslpet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 0.1 acres
]] Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mgll
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg~
18 Nitrogen in CommerciaJlSTP Flow 0.00 mgll
C ICo"""e,,"
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMVLA nON OF NITROGEN IN RECHARGE (SONIR)
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MIl DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
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A Lawn Area Recharge Value Units
I A = Fraction of Land in Lawn 0.240 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I)-P-(E+Q) 21.11 inches
6 R(L) - R(I) x A 5.07 inches
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C Unvegdated Area ReChtll'ge
I A - Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q - Runoff Rate 1.00 inches
5 R(u)-P-(E+Q) 41.12 inches
6 R(V) = R(u) x A 0.82 inches
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E Natural Area Recharge
1 A = Fraction of Land in Natural 0.378 fraction
2 P :: Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)=P-(E+Q) 18.31 inches
6 R(N) = R(n) x A 6.92 inches
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G Irrigation Recharge
I A "" Fraction of Land Irrigated 0.240 fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q :: Runoff Rate 0.31 inches
5 R(ilT) = 1- (E+ Q) 2.44 inches
6 R(IRR) = R(ilT) x A 0.59 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B lmpe",ious .Area Recharge Value Units
1 A = Fraction of Land in Impervious 0.272 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i) = P - (E + Q) 38.54 inches
6 R(l) = R(i) x A 10.48 inches
D Water Aretl Loss
1 A - Fraction of Site in Water 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M - Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Area Recharge
I A = Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewater RecJuuge
I WDF = Wastewater Design Flow 480 ga1/day
2 WDF - Wastewater Design Flow 23,432 cu ftJyr
3 A = Area of Site 18,295 sq ft
4 R(ww) = WDF/A 1.28 feet
5 R(WW) = Wastewater Recharge 15.37 inches
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Total Arta ReclJarge
R(T) = R(L) + R(l) + R(V) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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SIMULATION OF NITROGEN IN RECHARGE tSONIRl
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Mil DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sanitary Nitrogen../lesldo!tiaJ Value UniIs
I Number of Dwel1ings 2 unite;
2 Persons per Dwelling 0.00 capita
3 P - Population 0 capita
4 N = Nitrogen per person 10 Ib,
5 LR = leaching Rate 50 percent
6 N(S) = P x N x LR 0.00 ]b,
7 N(S) = Sanitary Nitrogen 0.00 Ib,
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C Sanitary lVItrifIlen (Co1lU1lerdaVSTP)
I CF - CommerciallSTP Flow 0 gal/day
2 CF - Commercial/STP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mg/]
4 N(S)-CFxN 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 ]b,
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E FertiUur Nitrogen J
I A = Area of Land Fertilized t 4,39] 'q ft
2 AR = Application Rate 3.00 Ibsll 000 sf
3 LR - Leaching Rate 14 percent
4 N(Fl)=AxARxLR 1.84 Ib,
5 N(FI) - Fertilizer Nitrogen 1.84 Ib,
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G PreCipililllon lVII,ollen
I R(o) - Natural Recharge (feet) 1.94 feet
2 A = Area of Site (sq ft) 18,295 'q ft
3 R(N) = R(n) x A 35,5] I cuft
4 R(N) - Natural Recharge (liters) 1,005,675 liters
5 N = Nitrogen in Precipitation 1.00 mg/l
6 LR - Leaching Rate ]5 percent
7 N(ppt) - peS) x N x LR 10,057 milligrams
8 N(ppt) = Precipitation Nitrogen 0.02 Ib,
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Un/i$
I AR :=: Application Rate 3.19 Ibs/pet
2 Human Population 0 capita
3 Pets - 17 percent of capita 0 pets
4 N(p) = AR x pets 0.00 Ib,
5 LR = Leaching Rate 15 percent
6 N(P) - N(p) x LR 0.00 Ib,
7 N(P) = Pet Waste Nitrogen 0.00 ]b,
D Watu SuDDlv Ni/rpg<n
I WDF = Wastewater Design Flow 480 gal/day
2 WDF = Wastewater Design Flow 663,339 liters/yr
3 N = Nitrogen in Water Supply 2.00 rng/I
4 N(WW) - WDF x N 1,326,678 milligrams
5 N(WW) - Wastewater Nitrogen 2.93 Ib,
F Fertilker Nitrogen 2
I A - Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 Ibs/lOOOsf
3 LR - Leaching Rate 15 percent
4 N(F2)=A x ARx LR 0.00 ]b,
5 N(F2) :=: Fertilizer Nitrogen 0.00 Ib,
H JrrigoJion Nitrogen
I R - Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 4,391 'q ft
4 R(1) - R(irr) x A 893 cu ft
5 R(I) = Site Precipitation (liters) 25,298 liters
6 N - Nitrogen in Water Supply 2.00 mg/1
7 LR - Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 7,589 milligrams
9 N(irr) - Irrigation Nitrogen 0.02 Ib,
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Total Area Nitrogen
N= N(S) + N(P) + N(WW) + N(FI) + N(F2) + N(ppt) + N(iIT)
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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MIl DISTRICT IMPACT ANALYSIS
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Final Computations
A NiJrogen in Recharge Value Units
1 N == Total Nitrogen (lbs) 4.8 ]b,
2 N =: Total Nitrogen (milligrams) 2,183,010 milligrams
3 R(T) == Total Recharge (inches) 39.25 inches
4 R(T) == Total Recharge (feet) 3.27 feet
5 A = Area of Zoning District ]8,295 sq ft
6 R=R(T)xA 59,836 ell ft
7 R == Area Recharge Volume 1,694,555 liters
9 NR = N/R 1.29 mg/l
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B !Area Recharge Sumnuuy Value UniJs
1 R(T) - Total Area Recharge 39.25 inches/yr
2 R = ARea Recharge Volume 59,836 Cll ft/yr
3 R == Area Recharge Volume 447,604 gallyr
4 R - Area Recharge Volume 0.4 MG/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
ConvenioltS used in SON/R
Acres x 43,560 - Square Feet
Cubic Feet x 7.48052 == Gallons
Cubic Feet x 28.32 = Liters
Days x 365::: Years
Feet x 12 == Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 == Liters
Grams 11,000 == Milligrams
Grams x 0.002205 == Pounds
Milligrams 11,000 == Grams
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LB DISTRICT IMPACT ANALYSIS (Commercial)
NP&V Microcomputer Model
RIAM
LB District Total Acres
1
Acres
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General Use Parameters
Coverage Analysis
Parameter alysis
. in use)
12,110
30,274
12,110
6,055
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60,550
IPlll1ll11<:ter I Acres I
ioUse
Acres Farm 0.278
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 0%
Ac. Rd.lRech. 0
Ac. ResideR. 0
Dwellings n/a
A vg. Lot Ac. n/a
A vg. Yield Lot nla
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Building 20.0%
Parking 50.0%
Fertilized 20%
Unfertilized 10%
Building 20.0%
Parking 50.0%
Fertilized 20%
Unfertilized 10%
Tolol (Sq. FI)
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Add assumed percent in Ag. Dist./Exemp/PDR
Add assumed percent of land farmed
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Water Resource Analysis
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Parameter Factors Analysis :
Camm. Water 0.04 484
Fann Water 5.5 "Iyear 0
Tot. Water sum 484
Water MGY 365 gpy/IM 0
Res. Sanitary 0 484
Nitrogen (mgll) 4.29
ernograpl Ie nalYSIS
Parameter Factors Analysis
(uni.. or pon.)
Dwellings see Gen!. Use 0
Total Pop. 0 0
Child. Pop. 0 0
Jobs 1.90 23
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Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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Parameter Input Parameter Factors Percent Analysis Anal~.is Analysis Analysis
Data ofTotal ($ homes) ($ ago land) ($ exempt.) ($PDR)
TaxeslUnit $3 SC Tax 17.309 2% $741 $0 $0 $0
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $213 $0 $0 $0
Exemption 38.60% Town Tax 167.527 20% $7.169 $0 $0 $0
POR/acre $/10 School Tax 528.787 64% $22,629 $0 $0 $0
Library 42.769 5% $1.830 $0 $0 $0
Note: Fire District 44.452 5% $1.902 $0 $0 $0
Exemption only SC, NYS Police Tax 6.69 1% $286 $0 $0 $0
Town and School Taxes. Solid Waste 8.115 1% $347 $0 $0 $0
Total 820.616 100% $35,118 $0 $0 $0
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School Tax Analysis
Selid Waste Analysis
Trip Generation Analysis
Plll1ll11<:ter (nput Analysis
Data ($ ed. cost)
Children n/a 0
Cost/Child $0 n/a
School Tax n/a $22,629
Educa. Cost n/a $0
Deficit/Surp. n/a $22,629
I Parameter I Input I Analysis I
Data
otal SF n/a 12,110
#/Sq. Ft. 2.5 n/a
#/day n/a 30
Tons/day n/a 0.0
Parameter Input Analysis
Data
Square Feet 12,110 n/a
Trips/unit 0.48 n/a
Tot. Trips n/a 6
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includes state aid; averaged = 15%
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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LB DISTRICT IMPACT ANALYSIS (Commercial)
SONIR Data Input Field
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A hea Recharge Parameters Value Unhs
1 Area of Zoning District 1.4 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 0.3 acres
4 Fraction of Land in Lawn 0.2 fraction
5 Evapotranspiration from Lawn 2\.4 inches
6 Runoff from Lawn OJ inches
7 Acreage of Impervious \.0 acres
8 Fraction of Land Impervious 0.7 fraction
9 Evaporation from Impervious 4J inches
10 Runoff from Impervious 0.0 inches
11 Acreage of Unvegetated 0.0 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (ifapplicable) 0.0 inches
19 Acreage of Unfertilized Area 0.1 acres
20 Fraction of Land Natural 0.\ fraction
21 Evapotrans. from Natural Area 24.2 inches
22 Runoff from Natural Area OJ inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Farmed Area 0.0 fraction
25 Evapotrans. from Fanned Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated OJ acres
28 Fraction of Land Irrigated 0.2 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 0.0 units
31 Water Use per Dwelling 0.0 gal/day
32 Wastewater Design Flow 0 gal/day
33 Commercial /STP Design Flow 484.4 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget Parameters Value Unils
\ Persons per Dwelling 0.00 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 0.3 acres
5 Fertilizer Application Rate I 2.50 Ibs/lOOO sq ft
6 Fertilizer Nitrogen Leaching Rate 1 \4 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ibs/1000 sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 lbs/pet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 0.3 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/1
\6 Precipitation Nitrogen Leaching Rate 15 percent
\7 Nitrogen in Water Supply 2.00 mg/I
18 Nitrogen in Commercial/STP Flow 30.00 mg/1
C ICommen..
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized I is lawn.
3) Area of Land Fertilized 2 is farmed area.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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LB DISTRICT IMPACT ANALYSIS lCommercial\
Area Recharge Calculations
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A Lawn Area Recharge Yalue Units
1 A == Fraction of Land in Lawn 0.200 fraction
2 P == Precipitation Rate 42.82 inches
3 E == Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I)=P-(E+Q) 21.11 inches
6 R(L)=R(l)xA 4.22 inches
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C Unvegetated Area Recharge
] A - Fraction of Land Unveg. 0.000 fraction
2 P == Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)=P-(E+Q) 41.12 inches
6 R(U) - R(u) x A 0.00 inches
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E NflJUrm Area Recharge
I A == Fraction of Land in Natural 0.100 fraction
2 P - Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 24.20 inches
4 Q :: Runoff Rate 0.31 inches
5 R(n) = P - (E + Q) 18.31 inches
6 R(N) = R(n) x A 1.83 inches
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G Irrigation R<elttugt
1 A = Fraction of Land Irrigated 0.200 fraction
2 I - Irrigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q - Runoff Rate 0.31 inches
5 R(irr)=I-(E+Q) 2.44 inches
6 R(lRR) = R(ilT) x A 0.49 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Imperviou,f Area Recharge Yo.lue Units
1 A - Fraction of Land in Impervious 0.700 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q = Runoff Rate 0.00 inches
5 R(i)=P-(E+Q) 38.54 inches
6 R(l) = R(i) x A 26.98 inches
D Wale,. Ared Loss
1 A - Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M - Makeup Water 0.00 inches
6 R(w) - {P - (E+Q)} - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F FlUm Aru Recharge
I A = Fraction of Land in Farm 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewll1er Recharge
I WDF = Wastewater Design Flow 484 gal/day
2 WDF - Wastewater Design Flow 23,638 cu ft/yr
3 A == Area of Site 60,548 sq ft
4 R(ww) - WDF/A 0.39 feet
5 R(WW) = Wastewater Recharge 4.68 inches
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SIMULA nON OF NITROGEN IN RECHARGE ISONIRl
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LB DISTRICT IMPACT ANALYSIS (CommerdaJ)
Area Nitrogen Budget
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A Sanitmy Nitroge"..Residentiaf Value Units
1 Number of Dwellings 0 units
2 Persons per Dwelling 0.00 capita
3 P :: Population 0 capita
4 N = Nitrogen per person 10 Ibs
5 LR = Leaching Rate 50 percent
6 N(S) - P x N x LR 0.00 Ibs
7 N(S) "" Sanitary Nitrogen 0.00 Ibs
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C SanillUV NitTaflm (Conrmucial/STP)
1 CF = CommerciallSTP Flow 484 gal/day
2 CF - Commercial/STP Flow 669,193 literslyr
3 N = Nitrogen in Commercial 30.00 mg/I
4 N(S) = CF x N 20,075,791 milligrams
5 N(S) - Sanitary Nitrogen 44.27 Ibs
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E FertlJiur Nitrogen 1
I A - Area of Land Fertilized I 12,110 sqft
2 AR = Application Rate 2.50 IbsllOOO sf
3 LR = Leaching Rate 14 percent
4 N(Fl)=A xARx LR 4.24 Ibs
5 N(FI) = Fertilizer Nitrogen 4.24 Ibs
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G Precipitation Nitrogen
1 R(o) - Natural Recharge (feet) 2.75 feet
2 A = Area afSite (sq ft) 60,548 sq ft
3 R(N) = R(n) x A 166,665 cu ft
4 R(N) - Natural Recharge (liters) 4,719,939 liters
5 N "" Nitrogen in Precipitation 1.00 mg/l
6 LR = Leaching Rate 15 percent
7 N(ppt) = peS) x N x LR 47,199 milligrams
8 N(ppt) = Precipitation Nitrogen 0.10 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pel Waste Nilrogm Value Units
I AR - Application Rate 3.19 Ibslpet
2 Human Population 0 capita
3 Pets - 17 percent of capita 0 pe~
4 N(p) = AR x pets 0.00 Ibs
5 LR = Leaching Rate 15 percent
6 N(P) - N(p) x LR 0.00 Ibs
7 N(P) = Pet Waste Nitrogen 0.00 Ibs
D "'Il1o Supply Nltrogm
1 WDF = Wastewater Design Flow 484 gal/day
2 WDF = Wastewater Design Flow 669,193 literslyr
3 N - Nitrogen in Water Supply 2.00 mgll
4 N(WW) = WDF x N 1,338,386 milligrams
5 N(WW) - Wastewater Nitrogen 2.95 Ib,
F Fertilizer NltrQgen 1
1 A = Area of Land Fertilized 2 0 S<jft
2 AR = Application Rate 1.00 Ibs/IOOO sf
3 LR - Leaching Rate 15 percent
4 N(F2) = A x AR x LR 0.00 Ibs
5 N(F2) - Fertilizer Nitrogen 0.00 Ibs
H I"igati()fl N"Ul'agm
I R = Irrigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 12,110 sq ft
4 R(I) - R(irr) x A 2,464 cu ft
5 R(I) = Site Precipitation (liters) 69,769 liters
6 N :: Nitrogen in Water Supply 2.00 mgll
7 LR - Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 20,931 milligrams
9 N(irr) - Irrigation Nitrogen 0.05 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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LB DISTRICT IMPACT ANALYSIS (Commen:iall
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Final Computations
A NiJrog.n III R.chorg. Value Uni1s
I N "" Total Nitrogen (lbs) 51.6 Ib,
2 N - Total Nitrogen (milligrams) 23,429,521 milligrams
3 R(T) = Total Recharge (inches) 38.20 inches
4 R(T) = Total Recharge (feet) 3.18 feet
5 A = Area of Zoning District 60,548 'q ft
6 R=R(T)xA 192,766 cu ft
7 R"" Area Recharge Volume 5,459,146 liters
9 NR - N/R 4.29 mg/I
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B Ana RI!CIuug. Sumnuuy Value Units
1 R(T) = Total Area Recharge 38.20 inches/yr
2 R = ARea Recharge Volume 192,766 eu ftIyr
3 R - Area Recharge Volume 1,441,993 gal/yr
4 R = Area Recharge Volume 1.4 MG/yr
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NP&V Mi~rocomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Ca""ersions _III SONJR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1 ,000 "" Grams
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix F-3
Tracking and Statistics for Years 1997-8/15/02 (Start of Subdivision
Moratorium)
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4/21/03
TRACKING AND STATISTICS FOR YEARS 1997- 8/15/02 (START OF SUBDIVISION MORATORIUM)
Summary of Numbers:
I 1 2 3 4 5 6 I 7 8a 8b 8c 8d 9 10 11
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I Total I I Actual Residential Actual Residential Actual Residential ! Actual Residential
Unbuildable Density of all Density of all Density of all I Density of all Density Land Area
Land Within Land (does not Number of Total Number projects (number of projects (number of projects (number of I projects (number of Reduction Preserved
I Total Project Project with include Total Area Potential habitable ofResidentia! acres per resillmtial acres per acres per acres per (percent) Land Area Percent
, Area Potential For unbuildable Considered Number of dwellings/units lots/units lot or unit) residential lot or residential lot or residential lot or [ (potential- Preserved [area
,
(acres) Further within further Subdividable lots allowed at start of within project (Subdividable/total unit) I unit) unit) total resid (acres) preserved/total
Subdivision subdividable (acres) I project res lots) (Subdividable/new ' (Total Darcel/total (Total Darcel/new 10ts)/potential] I project area]
(acres) area) I (4/7) res lots) res lots) res lots) [(5-7)/5J I [lOll]
[4/(7-6)] (1m [11(7-6)1 I
All projects
A (With Peconic 2,331.92 176.07 277 .07 1,878.78 1,069 17 488 3.85 3.99 4.78 4.95 54.35 1,556.77 66.76
Landing)
All projects
B (w/out Peconic 2,187.15 176.07 263.09 1,747.99 716 17 182 9.6 10.59 12.02 13,26 74.59 1,556.77 71.18
Landing)
Projects within .
C R80 and AC 1,986.57 165.83 242.3 1,578.45 604 13 99 15.94 18.35 20.07 23.1 83.6 1,457.86 73.39
only
Projects within
other zones (not
D R801 AC), with P. 345.34 10.24 34.77 300.33 465 4 389 0.77 0.78 0.89 0.9 16.34 98.91 28.64
Landing
Projects within
other zones (not
E R801 AC) wlout 200.57 10.24 20.79 169.54 112 4 83 2.04 2.15 2.42 2.54 25.89 98.91 49.31
P. Landing
All non- 100010
F projects, w/ont P. 1,748.21 176.07 143.04 1,429.11 588 17 182 7.85 8.66 9.61 10.6 69.05 1,117.84 63.94
Landing
Allnon-100%
projects, within
G R80lAC only, 1,577.21 165.83 133.01 1,278.37 490 13 99 12.91 14.86 15.93 18.34 79.79 1,048.50 66.48
wlout P. Landing
Non- 100%
projects
H requiring PB 1,163.43 83.44 123.26 956.73 418 10 170 5.63 5,98 6.84 7.27 59.33 661.46 56.85
approval, w/ont
P. Landing;
Non- 100%
projects within
I R801 AC only, 1,026.98 73.20 119.01 834.77 324 6 88 9.49 10.18 11.67 12.52 72.84 621.65 60.53
+requiring PB
approval, w/ont
P. Landing
I A=
B=
I C=
D=
E=
I F=
G=
I H=
1=
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All projects included within tracking timefrarne.
All projects included within tracking timefrarne, excluding Peconic Landing.
Projects included within tracking timefrarne located within AC and R80 Zoning District ONLY.
Projects included within tracking timefrarne located within zones other than AC and R80. (other zoning categories occurring during time frame = R200, R40, HD, MIL LB, RO.)
Projects included within tracking timefrarne located within zones other than AC and R80, excluding Peconic Landing.
Analysis excluding all true 100% projects (Total Project Area = Land Preserved), without Peconic Landing, in all zones. This category includes both Planning Board applications, and Preservation applications that did
not preserve 100% of the total project.
Analysis excluding all true 100% projects (Total Project Area = Land Preserved), without Peconic Landing, within AC and R80 Zoning District only. This category includes both Planning Board applications, and
Preservation applications that did not preserve 100% of the total project.
Analysis excluding all true 100% projects (Total Project Area = Land Preserved), without Peconic Landing, including ONLY applications requiring some type ofPB approval. PB approval includes LL, set-off, and
"conservation subdivisions"
Analysis excluding all true 100% projects (Total Project Area = Land Preserved), without Peconic Landing, including ONLY applications requiring some type ofPB approval within AC and R80 Zoning District only.
PB approval includes LL, set-off, and "conservation subdivisions"
Type of preservation component for all projects within time frame:
37 projects involved PDR purchase
04 projects involved PDR gift
I3 projects involved OS purchase
05 projects involved OS gift
o I project involved County Park purchase
03 projects involved DEC purchase
01 project involved OSIPDR/PLT easement combination
o I project involved PDR and PL T combination
o I project involved PL T easement
03 projects involved SOS with building envelope
02 projects involved SOS with no building envelope
o I project involved clustered lots with I large lot with building envelope with voluntary density reduction.
o I project involved large lots with conservation easements on each
10 projects did not have preservation component
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
Appendix F-4
Regional Impact Assessment Model Results - Proposed Action (80%
Farmland Preservation & 60% Density Reduction)
Parameter Input Parameter Factors Percent Analysis Analysis Analysis Analysis
Data ufTotal ($ homes) ($ ag. land) ($ exempt) ($PDR)
Taxes/Unit $8,/49 SC Tax 17309 2% $94,848 $0 $0 $1,980
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $27,218 $0 $0 $568
Exemption 38.60% Town Tax 167.527 20% $917,994 $0 $0 $19,160
PDR/acre $/10 School Tax 528.787 64% $2,897,581 $0 $0 $60,478
Library 42.769 5% $234,360 $0 $0 $4,892
Note: Fire District 44.452 5% $243,583 $0 $0 $5,084
Exemption only se. NYS Police Tax 6.69 1% $36,659 $0 $0 $765
Town and School Taxes. Solid Waste 8.115 1% $44,468 $0 $0 $928
Total 820.616 100% $4,496,709 $0 $0 $93,854
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R-80 DISTRICT IMPACT ANALYSIS
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R-80 District Total Acres
General Use Parameters
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Parameter Aures
in Use
Acres Farm 2133.06
Ac. Ag. Land 0%
Ac. Exempt. 0%
Acres PDR 40%
Ac. Rd./Rech. 106.65
Ac. Residen. 533
Dwellings 552
Avg. Lot Ac. 0.8
A vg. Yield Lot 4.8
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Add assumed percent in Ag. Dist./Exemp/PDR
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Water Resource Analysis
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Parameter Factors AnaJysis
Res. Water 300 165,543
Farm Water 5.5 "I year 0
Tot. Water sum 165,543
Water MGY 365 gpyll M 60
Res. Sanitary 300 165,543
Nitrogen (mg/l) 0.99
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Residential water/sanitary is gpd/unit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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I Parameter I Input I Analysis I
Data ($ ed. cost)
Children nI. 389
Cost/Child $/1.274 n/a
School Tax n/. $2,897,581
Educa. Cost n/. $4,385,714
Deficit/Surp. n/. -$1,488,133
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includes state aid; averaged =
15%
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NP&V Microcomputer Model
RIAM
2.666
Acres
Coverage Analysis
Parameter Factors Analysis
(acrcs in use)
pen Space 80% 2133.1
Road 9% 48.0
R-Q-W 9% 48.0
Recharge 2% 10.7
House 3600 45.6
Driveway 720 9.1
Fertilized 20% 85.3
Unfertilized n/a 287
Total 2,666
Add assumed percent of land fanned
Demographic Analysis
Parameter Factors Analysis
(unilSor pop.)
Dwellings see Gen!. Use 552
Total Pop. 2.705 1,493
Child. Pop. 0.705 389
Sr. Pop. 35% of capita 521
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
Parameter Input Analysis
Data
Total Pop. n/. 1492.649296
#/Capita 7 n/.
#/day n/. 10,449
Tons/day n/. 5.2
Parameter Input Analysis
Data
Dwellings 552 n/a
Trips/Day 0.77 n/.
Tot. Trips n/. 425
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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A-C DISTRICT IMPACT ANALYSIS
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Final Computations
A NitFOgt!lf in Rechtuge Value Units
I N "" Total Nitrogen (lbs) 17,786.4 Ib,
2 N "'" Total Nitrogen (milligrams) 8,075,039,793 milligrams
3 R(T) "" Total Recharge (inches) 22.47 inches
4 R(T) = Total Recharge (feet) 1.87 feet
5 A "" Area of Zoning District 226,333,840 'q ft
6 R=R(T)xA 423,731,895 cu ft
7 R = Area Recharge Volume 12,000,087,253 liters
9 NR=N/R 0.67 mg/l
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B Area RedtargeSummary Value Unils
I R(T):: Total Area Recharge 22.47 inches/yr
2 R = ARea Recharge Volume 423,731,895 ell ft/yr
3 R = Area Recharge Volume 3,169,734,912 gal/yr
4 R = Area Recharge Volume 3,169.7 MO/yr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Coirvnslons used in SONJR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams 11,000 = Milligrams
Grams x 0.002205 = Pounds
Milligrams /1 ,000 = Grams
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SIMULATION OF NITROGEN IN RECHARGE ISONIR)
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R-110 DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Rec.hlll'ge Parameters VQ/ue Units
I Area of Zoning District 2666.3 acres
2 Precipitation Rate 42.8 inches
3 Acreage of Lawn 85.3 acres
4 Fraction of Land in Lawn 0.0 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 102.7 acres
8 Fraction of Land lmpervious 0.0 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 10.7 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 286.6 acres
20 Fraction of Unfertilized Area 0.1 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 21l3.1 acres
24 Fraction of Land Farmed Area 0.8 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 2218.4 acres
28 Fraction of Land Irrigated 0.8 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 55\.8 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 165543 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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NP&V Microcomputer Model
SONIR
Sheet 1
B Nitrogen Budget PlU'ameten Value Units
1 Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ibs
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 85.3 acres
5 Fertilizer Application Rate 1 3.00 Ibsil 000 sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 21l3.1 acres
8 Fertilizer Application Rate 2 \.00 IbsilOOO sq ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 Ibsipet
11 Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 2218.4 acres
Il Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation \.00 mg/1
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mgil
18 Nitrogen in Commercial/STP Flow 0.00 mgil
c IComments
I) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
NP&V Microcomputer Model
SONIR
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A-C DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
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A Lawn Arell Recharge Vallie Units
I A = Fraction of Land in Lawn 0.032 fraction
2 P = Precipitation Rate 45.32 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(I)~ P - (E + Q) 23.61 inches
6 R(L) = R(I) x A 0.76 inches
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C U1Wegetaud Ana R<<harge
I A = Fraction of Land Unveg. 0.020 fraction
2 P = Precipitation Rate 45.32 inches
3 E "" Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u) = P - (E + Q) 43.62 inches
6 R(U) - R(u) x A 0.87 inches
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E Natural A1'eQ Recharge
1 A = Fraction of Land in Natural 0.750 fraction
2 P = Precipitation Rate 45.32 inches
3 E ; Evapotranspiration Rate 24.20 inches
4 Q "" Runoff Rate 0.31 inches
5 R(n) = P - (E +Q) 20.81 inches
6 R(N) = R(n) x A 15.61 inches
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G I"iglllion Recharge
1 A = Fraction of Land Irrigated 0.032 fraction
2 I - Irrigation Rate 5.50 inches
3 E - Evaptranspiration Rate 2.60 inches
4 Q = Runoff Rate 0.31 inches
5 ROrr)=I- (E+Q) 2.59 inches
6 R(IRR) = ROrr) x A 0.08 inches
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Sheet 2
B Impervious Area Recharge Value Units
1 A - Fraction of Land in Impervious 0.108 fraction
2 P - Precipitation Rate 45.32 inches
3 E = Evapotranspiration Rate 4.28 inches
4 Q - Runoff Rate 0.00 inches
5 R(i) - P - (E+ Q) 41.04 inches
6 R(I) = R(i) x A 4.42 inches
D W4ltrAttaLoss
1 A = Fraction of Site in Water 0.000 fraction
2 P = Precipitation Rate 45.32 inches
3 E - Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 15.32 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Area Recharge
1 A - Fraction of Land in Farm 0.000 fraction
2 P = Precipitation Rate 45.32 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q - Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 45.32 inches
6 R(O) = R(o) x A 0.00 inches
H Wastewater Recluuge
I WDF = Wastewater Design Flow 278,564 gal/day
2 WDF = Wastewater Design Flow 13,594,047 cu tuyr
3 A = Area of Site 226,333,840 sq ft
4 R(ww) = WDF/A 0.06 feet
5 R(WW) = Wastewater Recharge 0.72 inches
Total Area RUharge
R(L) + R(I) + R(U) + R(W) + R(N) + R(O) + R(lRR) + R(WW)
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REGIONAL IMPACT ANALYSIS MODEL (RIAM)
NP& V Microcomputer Model
RIAM
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Impact Summary
PROPOSED PROJECT
80% Preservation/60% Density Reduction
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Zoning General Coverage Water Demographic Tax School Solid Trip
Use (perceot) (mglI) (children (sr. citizens) Revenue Education Waste Generation
(No. of (capita) per unit) Gob/I 000 SF) ($/unit) Cost (#/capita) (trips/uoit)
Lols) ($/SF) ($Ichild) (#/1000 SF) (trips/IOOO SF)
AC 929 1.5% 0.67 2,512 655 877 $7,558,361 -$2,509,501 8.8 715
R-40 2,211 5.4% 6.73 5,980 1,559 2,087 $16,159,837 -$7,156,859 20.9 1,702
R-80 552 1.7% 0.99 1,493 389 521 $4,496,709 -$1,488,133 5.2 425
R-120 0 0.0% 0.00 0 0 0 $0 $0 0.0 0
R-200 34 0.7% 1.88 92 24 32 $378,164 -$27,093 0.3 26
R-400 0 0.7% 0.00 0 0 0 0 0 0 0
AHD 0 0.7% 0.00 0 0 0 0 0 0 0
HD 94 5.90/0 3.92 554 16 71 $538,384 $169,588 0.7 72
HD** 159 9.9% 5.41 346 27 121 $701,752 $150,128 1.2 112
RR 83 6.4% 4.08 180 14 63 $477,526 $150,418 0.6 64
RO 17 6.3% 4.16 46 12 16 $123,627 -$54,752 0.2 14
HS 122 6.7% 4.20 265 21 92 $702,558 $221,302 0.9 94
HS* 281 7.7% 5.07 609 47 213 $2,053,898 $791,340 2.1 216
HS ola 24.1% 5.91 0 0 1,685 $1,685,384.49 $1,086,025 726.5 250
MI 3 3.4% 1.14 6 0 2 $21,111 $8,134 0.0 2
Mil 69 3.4% 1.14 150 12 52 $506,788 $195,259 0.5 53
MIl. 150 5.2% 1.20 326 25 114 $863,604 $272,030 1.1 116
MIl" 273 7.6% 1.19 556 9 194 $1,202,520 $673,203 1.9 191
LS nla 20.0% 4.29 0 0 205 $313,536.17 $202,036 135.1 52
S ola 24.1% 4.97 0 0 732 $771,453.09 $497,107 332.5 274
L10 ola 20.0% 5.89 0 0 1,688 $1,929,673.15 $1,243,439 2,412 362
LI ola 27.0% 5.43 0 0 1,252 $1,642,698.57 $1,058,519 1,955.6 352
Totals
Low 4,113 ola lola 11,278 2,700 see notes $35,620,426 -$7,490,537 4,874 4,207
High 4,542 ola lola 11,819 2,736 see notes $37,830,866 -$6,462,014 4,877 4,507
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Notes: Total theoretical no. of seniors is:
Total theoretical no. of jobs is:
4,454
5,562
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REGIONAL IMPACT ANALYSIS MODEL (RIAM)
NP& V Microcomputer Model
RIAM
PROPOSED PROJECT
80% Preservation/60% Density Reduction
Data Input Field
Zoning General Coverage Water/ Demographic Tax School Solid Trip
Us. Sanitary (children Revenue Education Waste Generation
(Lots/Ac.) (gpdlunit) (capita) per unit) (job/looO SF) ($Iunit) Cost (#/c.pita) (trip/unit)
(gpdlSF) ($/SF) ($Ichild) (#/1000 SF) (trip/lOoo SF)
AC 0.40 n1a 300 2.71 0.705 n1a $8,140 $13,263 7 0.77
R-40 0.80 n1a 300 2.71 0.705 n1a $7,310 $13,263 7 0.77
R-80 0.40 n1a 300 2.71 0.705 n1a $8,149 $13,263 7 0.77
R-120 0.27 n1a 300 2.7\ 0.705 nla $8,595 $13,263 7 0.77
R-200 0.16 n1a 300 2.7\ 0.705 n1a $11,100 $13,263 7 0.77
R-400 0.\0 n1a 300 2.7\ 0.705 n1a $13,600 $13,263 7 0.77
AHD 2.70 n1a 225 2.\7 0.\68 n1a $2,730 $13,263 7 0.70
HD 1.60 n1a 300 2.t7 0.\68 n1a $5,750 $13,263 7 0.77
HO** 2.70 n1a 225 2.17 0.168 n1a $4,400 $13,263 7 0.70
RR 1.60 n1a 300 2.17 0.168 n1a $5,750 $t3,263 7 0.77
RO 0.80 n1a 300 2.71 0.705 2.50 $7,310 $13,263 7 0.80
HB 1.60 n1a 300 2.17 0.168 n1a $5,750 $t3,263 7 0.77
HB' 2.70 01. 225 2.03 0.033 nla $4,400 $t3,263 7 0.70
HB n1a 24.1% 0.05 0.00 0 2.90 $2.90 $0 2.5 0.43
MI 0.80 01. 300 2.\7 0.t68 n1a $7,310 $13,263 7 0.77
MIl 0.80 n1a 300 2.17 0.\68 n1a $7,310 $13,263 7 0.77
MIl' 1.60 n1a 300 2.17 0.168 n1a $5,750 $13,263 7 0.77
MIl.. 2.70 n1a 225 2.03 0.033 n1a $4,400 $13,263 7 0.70
LB 01. 20.0% 0.04 0.00 0 1.90 $2.90 $0 2.5 0.48
B n1a 24.1% 0.04 0.00 0 2.75 $2.90 $0 2.5 1.03
LIO n1a 20.0% 0.06 0.00 0 2.10 $2.40 $0 6 0.45
LI n1a 27.0% 0.04 0.00 0 1.60 $2.10 $0 5 0.45
Notes:
Lots/Acre is based on 208 Study, population estimate methodology (Koppelman, 1978)
Coverage is based on survey of Town Planning Board approved site plans in past 5 years
Water/Sanitary is based on SCDHS design flow factors
Demographic population based on US 2000 Census average Town of South old household population
Children per Unit; see below School Aged Children Factors
Jobs/IOOO SF is based on Western Suffolk BOCES, Nonresidential employees by land use type
Tax Revenue is based on Town of South old Assessors, average estimates by land use type
Solid Waste is based on 7.3 Ibs/capita provided by Town of Southold solid waste management;
Ibs.llOOO SF provided by California Integrated Waste Management Board
Trip Generation is based on Nelson & Pope transportation dept., average estimates by land use type
School Education Cost does not include NYS Aid; Analysis factors this in averaged at: 15%
School Aged Children Factors
Type/BR's 1 2 3 4 5 Blended
SFD n1a 0.166 0.705 1.328 \.921 0.847
Townhse 0.033 0.168 0.532 n1a n1a 0.383
Apartm. 0.023 0.288 nla n1a n1a n1a
From Western Suffolk BOCES modificatIOn of FIscal Impact Guide (Exhibit 13; Burchell et at)
Parameter Input Patameter Factors Percent Analysis Analysis Analysis Analysis
Data ofTotal ($ homes) (S"8, land) (S exempt) (SPDR)
TaxeslUnit $8,140 SC Tax 17.309 2% $159,426 $11,223 $1,378 $3,858
Ag. Land/acre $320 NYS Prop. Tax 4.967 1% $45,749 $3,220 $395 $1,107
Exemption 38.60% Town Tax 167.527 20% $1,543,023 $108,619 $13,338 $37,338
PDR/acre $110 School Tax 528,787 64% $4,870,443 $342,849 $42,102 $117,854
Library 42.769 5% $393,928 $27,730 $5,546 $9,532
Note: Fire District 44.452 5% $409,429 $28,821 $5,764 $9,907
Exemption only Set NYS Police Tax 6.69 1% $61,619 $4,338 $868 $1,491
Town and School Taxes. Solid Waste 8.115 1% $74,744 $5,262 $1,052 $1,809
Total 820.616 100% $7,558,361 $532,061 $70,444 $182,896
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A-C DISTRICT IMPACT ANALYSIS
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AC District Total Acres
General Use Parameters
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Parameter Acres
in Use
Acres Farm 4156.73
Ac. Ag. Land 40%
Ac. Exempt. 20%
AcresPDR 40%
Ac. Rd.lRech. 1039.18
Ac. Residen. 1039
Dwellings 929
Avg. Lot Ac. 0.9
Avg. Yield Lot 5.6
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Add assumed percent in Ag. Dist./ExempIPDR
Dwellings includes single & separate lots
Water Resource Analysis
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Parameter Factors Analysis
Res. Water 300 278,564
Farm Water 5.5"/year 620,801,432
Tot. Water sum 621,079,995
Water MGY 365 gpy/IM 226,694
Res. Sanitary 300 278,564
Nitrogen (lOgll) 0.67
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Residential water/sanitary is gpdIunit
Nitrogen is based on NP&V SONIR model
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Tax Revenue Analysis
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School Tax Analysis
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Parameter Input Analysis
Data ($ed. cost)
Children n/a 655
Cost/Child $11,274 n/a
School Tax n/a $4,870,443
Educa. Cost nta $7,379,944
Deficit/Surp. n/a -$2,509,501
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includes state aid; averaged = 15%
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NP&V Microcomputer Model
RIAM
5,1 96 Acres
Coverage Analysis
Parameter Factors Analysis
(acres in use)
Farm 80% 0.0
Road 9% 467.6
R-Q-W 9% 467.6
Recharge 2% 103.9
House 3600 76.7
Driveway 720 15.3
Fertilized 20% 166.3
Unfertilized n/a 3,898
Total 5,196
Add assumed percent of land fanned
Demographic Analysis
P_r Factors Analysis
(units or po..)
Dwellings see Genl. Use 929
Total Pop. 2.705 2,512
Child. Pop. 0.705 655
Sr. Pop. 35% of Pop. 877
Total Population is capita/dwelling
Child population is children per dwelling
Senior Population is over 55 years of age
Solid Waste Analysis
Trip Generation Analysis
I Parameter I Input I Analysis I
Data
Total Pop. n/a 2511.715848
#/Capita 7 n/a
#/day n/a 17,582
Tons/day n/a 8.8
P1rameter Input Analysis
Data
Dwellings 929 n/a
Trips/Day 0.77 n/a
Tot. Trips nta 715
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
NP&V Microcomputer Model
SONIR
I
A-C DISTRICT IMPACT ANALYSIS
SONIR Data Input Field
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A Area Recharg~ Parometers Value Units
I Area of Zoning District 5195.9 acres
2 Precipitation Rate 45.3 inches
3 Acreage of Lawn 166.3 acres
4 Fraction of Land in Lawn 0.0 fraction
5 Evapotranspiration from Lawn 21.4 inches
6 Runoff from Lawn 0.3 inches
7 Acreage of Impervious 559.7 acres
8 Fraction of Land Impervious 0.1 fraction
9 Evaporation from Impervious 4.3 inches
10 Runoff from Impervious 0.0 inches
II Acreage of Unvegetated 103.9 acres
12 Fraction of Land Unvegetated 0.0 fraction
13 Evapotrans. from Unvegetated 24.2 inches
14 Runoff from Unvegetated 0.7 inches
15 Acreage of Water 0.0 acres
16 Fraction of Site in Water 0.0 fraction
17 Evaporation from Water 30.0 inches
18 Makeup Water (if applicable) 0.0 inches
19 Acreage of Unfertilized Area 3898.4 acres
20 Fraction of Unfertilized Area 0.8 fraction
21 Evapotrans. from Unfertilized Area 24.2 inches
22 Runoff from Unfertilized Area 0.3 inches
23 Acreage of Farmed Area 0.0 acres
24 Fraction of Land Fanned Area 0.0 fraction
25 Evapotrans. from Farmed Area 0.0 inches
26 Runoff from Farmed Area 0.0 inches
27 Acreage of Land Irrigated 166.3 acres
28 Fraction of Land Irrigated 0.0 fraction
29 Irrigation Rate 5.5 inches
30 Number of Dwellings 928.5 units
31 Water Use per Dwelling 300.0 gal/day
32 Wastewater Design Flow 278564 gal/day
33 Commercial/STP Design Flow 0.0 gal/day
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Sheet 1
B Nitro~n Budget Parameters Vallie Unm
I Persons per Dwelling 2.71 persons
2 Nitrogen per Person per Year 10.0 Ib,
3 Sanitary Nitrogen Leaching Rate 50 percent
4 Area of Land Fertilized 1 166.3 acres
5 Fertilizer Application Rate 1 3.00 IbslJ 000 sq ft
6 Fertilizer Nitrogen Leaching Rate I 14 percent
7 Area of Land Fertilized 2 0.0 acres
8 Fertilizer Application Rate 2 1.00 Ib,/lOOO 'q ft
9 Fertilizer Nitrogen Leaching Rate 2 15 percent
10 Pet Waste Application Rate 3.19 IbsJpet
II Pet Waste Nitrogen Leaching Rate 15 percent
12 Area of Land Irrigated 166.3 acres
13 Irrigation Rate 5.50 inches
14 Irrigation Nitrogen Leaching Rate 15 percent
15 Nitrogen in Precipitation 1.00 mg/I
16 Precipitation Nitrogen Leaching Rate 15 percent
17 Nitrogen in Water Supply 2.00 mg/I
18 Nitrogen in Commercial/STP Flow 0.00 mg/I
clco_
1) Please refer to user manual for data input instructions.
2) Area of Land Fertilized 1 is lawn.
3) Area of Land Fertilized 2 is farmed area.
4) Area of Land Unfertilized is natural or unfertilized.
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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A-C DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sanitary NitrDgf!"..Resi.dentiaJ Value UnlJs
I Number of Dwellings 929 units
2 Persons per Dwelling 2.71 capita
3 P := Population 2512 capita
4 N = Nitrogen per person 10 Ibs
5 LR - Leaching Rate 50 percent
6 N(S) =P x N x LR 12558.58 Ibs
7 N(S) = Sanitary Nitrogen 12558.58 Ibs
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C Stm/t.", Nitrogtm (Co"""",ciaJISTPj
I CF = Commercial/STP Flow 0 gal/day
2 CF = CommerciallSTP Flow 0 Iiters/yr
3 N - Nitrogen in Commercial 0.00 mg/1
4 N(S) =CF x N 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ib,
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E Fef1iliu, Ni/rogtm /
I A = Area of Land Fertilized 1 7,242,683 sq ft
2 AR = Application Rate 3.00 IbsllOOO sf
3 LR - Leaching Rate 14 percent
4 N(FI)=AxARxLR 3041.93 Ibs
5 N(Fl) = Fertilizer Nitrogen 3041.93 Ibs
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G Precipitation Nitrogen
I R(o) = Natural Recharge (feet) 1.81 feet
2 A = Area of Site (sq ft) 226,333,840 sq ft
3 R(N) = R(o) x A 408,572,877 cu ft
4 R(N) = Natural Recharge (liters) 11,570,783,886 liters
5 N = Nitrogen in Precipitation 1.00 mg/I
6 LR - Leaching Rate 15 percent
7 N(ppt) - peS) x N x LR 115,707,839 milligrams
8 N(ppt) = Precipitation Nitrogen 255.14 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value UniIs
I AR"" Application Rate 3.19 Ibs/pet
2 Human Population 2512 capita
3 Pets = 17 percent of capita 427 pets
4 N(p) = AR x pets 1362.10 Ibs
5 LR"" Leaching Rate 15 percent
6 N(P) = N(p) x LR 204.32 Ibs
7 N(P) "" Pet Waste Nitrogen 204.32 Ibs
D Woler SlIpply NiVogen
I WDF"" Wastewater Design Flow 278,564 gal/day
2 WDF"" Wastewater Design Flow 384,842,688 liters/yr
3 N "" Nitrogen in Water Supply 2.00 mg/I
4 N(WW) = WDF x N 769,685,376 milligrams
5 N(WW) "" Wastewater Nitrogen 1697.16 Ibs
F Fef1iliw N'ltI'Ogtm 2
I A = Area of Land Fertilized 2 0 sq ft
2 AR = Application Rate 1.00 Ibs/lOOO sf
3 LR = Leaching Rate 15 percent
4 N(F2) = A x ARx LR 0.00 Ibs
5 N(F2);;; Fertilizer Nitrogen 0.00 Ibs
H /rrigotlon NUrogen
I R - Irrigation Recharge (inches) 2.59 inches
2 R"" Irrigation Rate (feet) 0.22 feet
3 A ;;; Area of Land Irrigated 7,242,683 sq ft
4 R(I) - R(irr) x A 1,564,970 cu ft
5 R(I);;; Site Precipitation (liters) 44,319,959 liters
6 N;;; Nitrogen in Water Supply 2.00 mg/l
7 LR ;;; Leaching Rate 15 percent
8 N(irr) = R(I) x N x LR 13,295,988 milligrams
9 N(irr);;; Irrigation Nitrogen 29.32 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIR)
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R-80 DISTRICT IMPACT ANALYSIS
Area Recharge Calculations
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A Lawn Area Recharge Vallle Units
1 A:: Fraction of Land in Lawn 0.032 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 21.40 inches
4 Q = Runoff Rate 0.31 inches
5 R(1)= P - (E + Q) 21.11 inches
6 R(L) = R(1) x A 0.68 inches
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C Unvetl'etaleJi Area R<eJuuge
1 A = Fraction of Land Unveg. 0.004 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.70 inches
4 Q = Runoff Rate 1.00 inches
5 R(u)- P - (E + Q) 41.12 inches
6 R(U) = R(u) x A 0.16 inches
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E NatuTalAfV!1l Recharge
1 A = Fraction of Land in Natural 0.107 fraction
2 P = Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 24.20 inches
4 Q = Runoff Rate 0.31 inches
5 R(n)=P - (E + Q) 18.31 inches
6 R(N) = R(n) x A 1.97 inches
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G 11'rigation Recharge
1 A = Fraction of Land Irrigated 0.832 fraction
2 I = Inigation Rate 5.50 inches
3 E = Evaptranspiration Rate 2.75 inches
4 Q = Runoff Rate 0.31 inches
5 R(irr) = 1- (E + Q) 2.44 inches
6 R(IRR) = R(irr) x A 2.03 inches
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NP&V Microcomputer Model
SONIR
Sheet 2
B Impervious A.rea Recharge Value Units
1 A = Fraction of Land in Impervious 0.039 fraction
2 P - Precipitation Rate 42.82 inches
3 E - Evapotranspiration Rate 4.28 inches
4 Q - Runoff Rate 0.00 inches
5 R(i) = P - (E+ Q) 38.54 inches
6 R(I) = R(i) x A 1.48 inches
D WllItr Ana Loss
1 A = Fraction of Site in Water 0.000 fraction
2 P - Precipitation Rate 42.82 inches
3 E = Evaporation Rate 30.00 inches
4 Q = Runoff Rate 0.00 inches
5 M = Makeup Water 0.00 inches
6 R(w) = {P - (E+Q)} - M 12.82 inches
7 R(W) = R(w) x A 0.00 inches
F Farm Area Recharge
1 A = Fraction of Land in Farm 0.800 fraction
2 P = Precipitation Rate 42.82 inches
3 E = Evapotranspiration Rate 0.00 inches
4 Q = Runoff Rate 0.00 inches
5 R(o)=P-(E+Q) 42.82 inches
6 R(O) - R(o) x A 34.26 inches
H Wastewater Recharge
1 WDF = Wastewater Design Flow 165,543 gal/day
2 WDF = Wastewater Design Flow 8,078,599 cu ftIyr
3 A - Area of Site 116,144,899 sq It
4 R(ww) = WDF/A 0.D7 feet
5 R(WW) = Wastewater Recharge 0.83 inches
Total Area Retbargt
R(L) + R(I) + R(U) + R(W) + R(N) + R(O) + R(IRR) + R(WW)
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SIMULA nON OF NITROGEN IN RECHARGE (SONIRl
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R-80 DISTRICT IMPACT ANALYSIS
Area Nitrogen Budget
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A Sanitary NitrDgen-Residential Value Units
1 Number of Dwellings 552 units
2 Persons per Dwelling 2.71 capita
3 P = Population 1493 capita
4 N :: Nitrogen per person 10 Ibs
5 LR == Leaching Rate 50 percent
6 N(S): Px N x LR 7463.25 Ibs
7 N(S):: Sanitary Nitrogen 7463.25 Ibs
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C SaniUJry Nitrogen (C~_"rcWlSTP)
I CF '" Commercial/STP Flow 0 gal/day
2 CF = Commercial/STP Flow 0 Iiters/yr
3 N = Nitrogen in Commercial 0.00 mg/I
4 N(S):CFxN 0 milligrams
5 N(S) = Sanitary Nitrogen 0.00 Ibs
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E Fertilizer Nitrog<n I
I A = Area of Land Fertilized 1 3,716,637 sqfl
2 AR = Application Rate 3.00 Ibs/lOOO sf
3 LR = Leaching Rate 14 percent
4 N(FI): A x ARx LR 1560.99 Ibs
5 N(Fl);::: Fertilizer Nitrogen 1560.99 Ibs
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G Pr<cipitation Nitrog<n
I R(o) = Natural Recharge (feet) 3.21 feet
2 A = Area arSile (sq ft) 116,144,899 sqfl
3 R(N) : R(n) x A 373,102,056 cu fl
4 R(N) = Natural Recharge (liters) 10,566,250,213 liters
5 N = Nitrogen in Precipitation 1.00 mgll
6 LR ::: Leaching Rate 15 percent
7 N(ppt): P(S) x N x LR 105,662,502 milligrams
8 N(ppt) = Precipitation Nitrogen 232.99 Ibs
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NP&V Microcomputer Model
SONIR
Sheet 3
B Pet Waste Nitrogen Value Units
I AR = Application Rate 3.19 Ibs/pet
2 Human Population 1493 capita
3 Pets - 17 percent of capita 254 pe~
4 N(p): AR x pets 809.46 Ibs
5 LR = Leaching Rate 15 percent
6 N(P)-N(p)x LR 121.42 Ibs
7 N(P):: Pet Waste Nitrogen 121.42 Ibs
D Water Suooly Nitrog<n
I WDP = Wastewater Design Flow 165,543 gal/day
2 WDP = Wastewater Design Flow 228,702,290 liters/yr
3 N:: Nitrogen in Water Supply 2.00 mgll
4 N(WW)-WDFxN 457,404,581 milligrams
5 N(WW) = Wastewater Nitrogen 1008.58 Ibs
F FertJ/iur Nitrogm 2
I A = Area of Land Fertilized 2 92,915,919 sq ft
2 AR:::: Application Rate 1.00 Ibs/lOOO sf
3 LR - Leaching Rate 15 percent
4 N(F2): A x AR x LR 13937.39 Ibs
5 N(F2) "'" Fertilizer Nitrogen 13937.39 Ibs
H Jrrlgmion N'ltro1l<n
I R = lnigation Recharge (inches) 2.44 inches
2 R = Irrigation Rate (feet) 0.20 feet
3 A = Area of Land Irrigated 96,632,556 sq ft
4 R(I) - R(irr) x A 19,658,963 cu ft
5 R(I) = Site Precipitation (liters) 556,741,833 liters
6 N = Nitrogen in Water Supply 2.00 mgn
7 LR - Leaching Rate 15 percent
8 N(irr): R(I) x N x LR 167,022,550 milligrams
9 N(irr) = Irrigation Nitrogen 368.28 Ibs
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SIMULATION OF NITROGEN IN RECHARGE (SONIRl
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R-80 DISTRICT IMPACT ANALYSIS
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Final Computations
A Nitrogen ill Recharge Yalue lJnil$
1 N = Total Nitrogen (Ibs) 24,692.9 Ib,
2 N = Total Nitrogen (milligrams) 11,210,571 ,618 milligrams
3 R(T) = Total Recharge (inches) 41.41 inches
4 R(T) = Total Recharge (feet) 3.45 feet
5 A = Area of Zoning District 116,144,899 'q ft
6 R~R(T)xA 400,839,617 cu ft
7 R = Area Recharge Volume 11,351,777,962 liters
9 NR~N/R 0.99 mg/I
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B Area Recharge $ummllty ValMe Units
1 R(T) = Total Area Recharge 41.41 inches/yr
2 R = ARea Recharge Volume 400,839,617 cu ft/yr
3 R - Area Recharge Volume 2,998,488,774 gallyr
4 R = Area Recharge Volume 2,998.5 MGlyr
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NP&V Microcomputer Model
SONIR
Sheet 4
FINAL CONCENTRATION OF
NITROGEN IN RECHARGE
Conversions used in SONJR
Acres x 43,560 = Square Feet
Cubic Feet x 7.48052 = Gallons
Cubic Feet x 28.32 = Liters
Days x 365 = Years
Feet x 12 = Inches
Gallons x 0.1337 = Cubic Feet
Gallons x 3.785 = Liters
Grams /1 ,000 "" Milligrams
Grams x 0.002205 = Pounds
Milligrams 11 ,000 = Grams
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Southold Comprehensive Implementation Strategy
Draft Generic EIS
APPENDIX G
TRANSFER OF DEVELOPMENT RIGHTS STANDARDS
SCDHS, Division of Environmental Quality
September 30, 1995
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84/3B/2B83 12:B3 631-287-8262
TOwr1 OF SOUTHAMPTON
SUFFOLK COUNTY
DEPARTMENT OF HEALTH SERVICES
DIVISION OF ENVIRONMENTAL QUALITY
TRANSFER OF
DEVELOPMENT RIGHTS STANDARDS
Clare B. Bradley, M.D" M.P.H.
Corrunissioner of Health Services
Vito Minei, P.E.
Director of Environmental Quality
COUf\ITY OF SUFFOLK
.6)
ROBEAT J. GAF'F"NEY
SurrOLI'( COUNTY ExE::UTIVE
Issued September 30, 1995
PAGE 87/18
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04/30/2003 12:03
631-287-0262 TOWtj OF SOUTHAMPTOH
STANDARDS FOR ARTICLE 6
Transfer of Develooment RiEhts
PAGE 08/10
General
Anicle 6, Sections 760-605.C, 760-605.D, 760-607.E, and 760-607.F, include provisions to
permit the use of transfer of developmcnt rights (TDR) that comply with specific criteria.
Anicle 6 establishes eight Groundwater Management Zones with specific permitted densities in
order to protect the integrity of the groundwater where wastewater is discharged through on-site
disposal systems. In sewered areas, Article 6 provides no density requirements as long as a
sewage treatment plant is provided. Therefore, any number of TDR credits could be transferred
into a sewered area; it remains a local planning and zoning decision as to the acceptable numbers.
In areas without sanitary sewers, on.site systems will be permitted in accordance with the
following development density criteria:
A. TDR - Central Pine Barrens Comorehensive Land Use Plan
The fallowing standards apply when transfers are made using Pine Barrens Credits, pursuant to
Environmental Conservation Law Anicle 57 and the Central Pine Barrens Comprehensive Land
Use Plan Projects involving transfers of development rights that meet the criteria below will not
be required to obtain a variance from the Suffolk County Deparnnent of Health Services' Board
of Review.
The table below summarizes the minimum allowable lot sizes (square feet) in receiving zones:
Groundwater Manal!ement Zone
Minimum 101 size
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20,000
IT
20,000
m
20,000
VI
40.000
vn
20.000
vm
20,000
rv
20.000
V
40.000
1. Transfers within Zone m for single-family residential subdivisions or developments and
construction projects must have a minimum lot size of 20,000 squarc feet or equivalent.
Public water must be provided to the TDR receiving sites and, where necessary, to
downgtadienr areas that may be impacted by the TDR development project. The department
will determine the extent of public water extension required.
2. Transfers pennitted between Groundwater Management Zones:
a. From Zone ill to Zones I, II. IV, YD, VITI - Single-family residential subdivisions or
developments and construction projects in these five receiving . zones must have a
minimum ]ot size of 20,000 square feet or equivalent. Public water must be provided to
the TDR receiving sites and, where necessary, downgradient areas that may be impacted
by the IDR devdopment project. The departmcnr will determ.i.ne the extent of public
water c;<lension required.
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tl4/ ;t!/ :'::I::ltlj 1.:'::: t)':1
b::ll-L!I::l/-I::l:'::b~
TOWN OF SOUTHAMPTON
PAGE 09/10
b. From Zone ill 10 Zones V and VI - Single-family residential subdivisions or
developments and construction projects in these zones must have a minimum lot size of
40,000 square feet or equivalent.
B. TDR - Within the Same Groundwater Manal!ement Zone (Other Than Pine Barrens Plan)
The following standards apply when transfers are made between two properties within the same
Groundwater Management Zone; these standards are not applicable where transfers are madc
using Pine Barrens Credits. Transfers of development rights that meet all of the following
criteria will nOI be required to obtain a variance from the Suffolk County Department of Health
Services Board of Review:
. TDR proposals must conform to a land use management plan. or portion thereof, approved
by a town or village, which has been reviewed in conformance with SEQRA requirements,
and which establish, on a technical/scientific basis. that such plan is in hannony with the
intent of Article 6.
The land-use plan must contain measures 10 limit nitrogen loading to groundwaters by
placing restrictions on the use of fenilizes or by olher appropriate means.
TDR credits must be determined based upon a yield map or other documentat.ion of the
sending area acceptable to the Suffolk County Department of Health Services.
The applicant must specLfy how the sending parcels for which transfer credits are being
requested will be protected from future development (e.g., by dedication to county. town
nature preserve, Nature Conservancy), and shall provide sufficient documentation.
If the parcel for which transfer credits are being requested is going to be donated, then the
applicant must contact the Suffolk County Department of Planning to obtain information on
appropriate areas that may be suitable for the transfer program. If suitable sites are found.
then the applicant must give the property, at no cost to the County, other municipality or
non-profit private group (e.g., Nature Conservancy), with the restriction Ihat the propeny be
left as open space or nature preserve. Approval of the TOR sending site will be at the sole
discretion of the Suffolk County Departments of Planning and Health Services.
The applicant must pay all costs associated with obtaining necessary approvals and deed
transfers, including, but not limited to, legal land title searches, title insurance, payment of
outstanding propeny taxes. and environmental audits.
. The sending parcel for which transfer credits are being requested must be located in the
same township as the receiving site 10 be developed.
-2.
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8'/38/2883 12:89
631-287-6262
TOWN OF SOUTHAMPTON
PAGE 18/18
Thc maximum allowable sanitary discharge at the site to be developed (receiving area) must
be limited to no more than two times Article 6 limits.
Sanitary systems must conform to all department design standards with regard to sizing,
separation distances, etc.
Public water service must be provided to the TDR receiving sites and, where necessary,
downgradient areas which may be impacted by the 1DR development project. The
department will determine the extent of public water cxtension required.
The project must be in compliance with all village, town, state, and federal environmental or
other regulations.
Variance or Waiver
An application for a variance or waiver of these standards will be considered under the criteria .
set fonh in Suffolk County Sanitary Code Section 760.609.
APPROVAL BY THE COMMISSIONER OF HEALTH SERVICES
In accordance with Article 2 and Article 6 of the Suffolk County Sanitary Code, the foregoing
are the standards of the Suffolk County Depanment of Health Services for Transfer of
Development rights. These standards are effective September 3D, 1995.
Mary E. ibberd, M.D., M.P.H.
Commissioner of Health Services
Suffolk County
.3.