Appendix B.5 - Utility Corridor Wetland Report · The AL, LdB, and Wa soil map units are considered to be poorly drained soil map units, and the OdB is considered to be somewhat poorly

Environmental Assessment Schoharie County Public Safety Facility Project

Appendix B5 Part 2

Wetland and Stream Delineation ReportUtility Corridor

November 2017

WETLAND AND STREAM DELINEATION REPORT

Utility Corridor Schoharie County Public Safety Complex

Town of Schoharie Schoharie County New York

LaBella Project No 2150949

Prepared For Schoharie County

284 Main Street

Schoharie NY 12157

Prepared By LaBella Associates DPC

300 State Street Suite 201

Rochester NY 14614

Date November2017

TABLE OF CONTENTS

10 INTRODUCTION 1

11 PROJECT DESCRIPTION 1

12 PURPOSE 1

20 METHODOLOGY 1

21 RESOURCES 1

22 JURISDICTIONAL AREA DELINEATION 2

30 PHYSICAL CHARACTERISTICS AND RESOURCES 3

31 PHYSIOGRAPHY 3

32 SOILS 3

33 HYDROLOGY 4

34 VEGETATIVE COVER TYPES 6

40 AGENCY RESOURCES 7

41 USFWS NATIONAL WETLAND INVENTORY 7

42 NYSDEC FRESHWATER WETLANDS AND PROTECTED STREAMS 7

43 FEMA FLOOD ZONES 8

50 RESULTS 8

60 CONCLUSIONShelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphelliphellip11

70 REFERENCES 13

APPENDICES

APPENDIX A ndash FIGURES

APPENDIX B ndash DATA FORMS

APPENDIX C ndash PHOTOLOG

‐ 1 ‐Wetland and Stream Delineation Report

Utility Corridor Schoharie County Public Safety Complex Town of Schoharie Schoharie County New York

10 INTRODUCTION

11 PROJECT DESCRIPTION

Schoharie County (County) is planning to build a new County Public Safety Complex at 373

Howes Cave Road Schoharie New York and will need to update the utilities as a result The

County retained LaBella Associates DPC (LaBella) to perform a wetland and stream

delineation along the Right of Way ROW for the proposed Utility Corridor expansion (Site) For

the purposes of the wetland and stream delineation the Project Study Area (SA) was defined as

an approximate 28‐Acre corridor along Howes Cave Road and County Route 7 Please refer to

Figures 1 2 and 3A through 3E for the Site location and SA dimensions The geographic

coordinates of the approximate SA center were 42683101deg (Latitude) ‐74383403deg (Longitude)

(WGS84) This wetland delineation report includes the results of the wetland delineation of the

SA performed on October 25th 2017

12 PURPOSE

This report was prepared for the purpose of obtaining concurrence from the US Army Corps of

Engineers (USACE) ndash New York District on jurisdictional wetland boundaries within the SA in

support of the Project Specific tasks performed for this report included a field delineation of

potential state and federal jurisdictional waters within the SA a survey of jurisdictional water

boundaries and a detailed description of jurisdictional waters based on hydrology vegetation

and soils information collected in the field

This report describes the results of the delineation and documentation efforts performed by

LaBella and a description of the wetlands that were delineated This document is intended to

provide the information required to support a Preliminary Jurisdictional Determination with the

20 METHODOLOGY

21 RESOURCES

Materials and literature supporting this investigation were derived from a number of sources

including United States Geological Survey (USGS) topographic mapping United States

Department of Agriculture (USDA) Natural Resources Conservation Service (NRCS) Schoharie

County New York Soil Survey (USDA 1973) NRCS List of Hydric Soils of the State of New York

Federal Emergency Management Agency (FEMA) digital flood zone data and a New York State

Department of Transportation plan quadrangle DRGs downloaded at the New York State GIS

Clearinghouse (httpsgisnygov)

Vascular plant names follow nomenclature found in the USDA PLANTS database

(httpplantsusdagov) Wetland indicator status for vegetative species was determined by

reference to Lichvar et al (2015)

22 JURISDICTIONAL AREA DELINEATION

LaBella performed the wetland delineation within the SA on Octo

section 11 for a description of the SA The wetland delineation

with the methods presented in the 1987 Corps of Engineers Wetl

ber 25th 2017 Refer to

was performed in accordance

and Delineation Manual (1987

Manual) as supplemented by the Regional Supplement to the Corps of Engineers Wetland

Delineation Manual Northcentral and Northeast Region Version 20 (Environmental Laboratory

2012) (Regional Supplement)

Wetland boundaries were defined in the field with sequentially‐numbered pink surveyorrsquos

flagging or pink pin flags printed with lsquowetland delineationrsquo Each flag was located using a

Trimble GeoXH sub‐foot GPS unit Data and observations were collected from five (5) wetland

sample plots (lsquoData Pointsrsquo) and five (5) upland Data Points within the SA These data points

were recorded on Regional Supplement Routine Wetland Data Forms (Appendix B) The data

points were adequate to characterize the cover types within the SA and were used to compare

wetland conditions to upland conditions in the SA

The wetland vegetative community data collection process focused on dominant plant species

in four (4) strata trees saplingsshrubs herbaceous species and woody vines Dominant

species for each stratum were chosen by visually estimating the percentage of aerial coverage

by species Species within each stratum were then ranked by percent cover within defined

plots This was performed independently in each stratum The sample plot was a 30‐foot

radius circle for the tree stratum a 15‐foot radius for the sapling shrub stratum a 5‐foot radius

for the herb stratum and a 15‐foot radius for the woody vine stratum Dominant species in

each stratum were then identified as those top‐ranking species that when cumulatively

totaled had cover percentages exceeding 50 percent of the total cover for that stratum and

any additional species comprising 20 percent or more of the total percent cover for that

stratum After the dominant species in each stratum were chosen the hydrophytic community

determination was made using the three determination methods listed in the Regional

Supplement Rapid Test for Hydrophytic Vegetation the Dominance Test and the Prevalence

Information concerning soil series drainage classification texture and matrix and mottle color

was obtained for the SA This information was used to determine which hydric soil indicators

would likely be encountered during field work Hydric soils are those that are saturated

flooded or ponded long enough during the growing season to develop anaerobic conditions

Hydric soils are poorly drained and their presence is indicative of the likely occurrence of

wetlands (Environmental Laboratory 1987) Hydric soils indicators were identified in the field

through observation of composition color and morphology in accordance with the Regional

Supplement and NRCS Hydric Soils Manual (USDA NRCS 2017) Soil colors were determined

using Munsell Soil Charts (Kollmorgen Corp 1988)

Wetland hydrology indicators (both primary and secondary) were identified in the field in

accordance with the Regional Supplement Representative photographs were taken of the

delineated wetlands within the SA and are included in Appendix C

30 PHYSICAL CHARACTERISTICS AND RESOURCES

31 PHYSIOGRAPHY

The Project was located in the Great Lakes Forests USDA Land Resource Region (LRR L) The SA

topography consisted of terrace and floodplain Five (5) wetlands and four (4) streams were

delineated within the SA Land cover within the SA consisted of a mosaic of open field shrub‐

land upland forest roadside ROW habitat two (2) Palustrine Scrub Shrub (PSS) wetlands three

(3) Palustrine Emergent (PEM) wetlands and four (4) perennial streams Elevations within the

SA ranged from approximately 692 feet above mean sea level (MSL) to approximat

above MSL

32 SOILS

The Soil Survey of Schoharie County New York (USDA 1973) indicated twelve(12) s

intersecting the Project SA including Borrow pits (BP) Alluvial land (Al) Barbour a

loams (Bg) Basher and Middlebury silt loams (Bm) Howard gravelly silt loam 0 to

ely 820‐feet

oil map units

nd Tioga

5 percent

slopes (HgA) Lakemont and Madalin silty clay loams 2 to 6 percent slopes (LdB) Mohawk and

Honeoye soils 10 to 20 percent slopes (MhC) Mohawk and Honeoye soils 20 to 30 percent

slopes (MhD) Odessa and Rhinebeck soils 2 to 6 percent slopes (OdB) Schoharie and Hudson

silt loams 6 to 12 percent slopes (ShC) Schoharie and Hudson silt loams 2 to 6 percent slopes

(ShB)and Wayland soils complex non‐calcareous substratum 0 to 3 percent slopes frequently

flooded (Wa)

Wetland and Stream Delineation Report

‐ 4 ‐

The AL LdB and Wa soil map units are considered to be poorly drained soil map units and the

OdB is considered to be somewhat poorly drained The AL LdB Wa and OdB were all listed by

the 2015 National Hydric Soils List as hydric soils in Schoharie County NY Please refer to Table

1 below for a list of the mapped soil series intersecting the SA

Table 1 List of SA NRCS Soil Map Units from the Schoharie County NY Soil Survey (NRCS 1973)

Map Unit Taxonomic Hydric NRCS Soil Map Unit Symbol Classification Drainage Class Soil Alluvial land Al NA Poorly drained Yes

Fluventic Barbour and Tioga loams Bg Dystrochrepts Well Drained No Basher and Middlebury silt Fluvaquentic Moderately Well loams Bm Dystrochrepts Drained No Howard gravelly silt loam 0 to 5 Glossoboric percent slopes HgA Hapludalfs Well Drained No Lakemont and Madalin silty clay loams 2 to 6 percent slopes LdB Udollic Ochraqualfs Poorly Drained Yes Mohawk and Honeoye soils 10 to 20 percent slopes MhC Mollic Hapludalfs Well drained No Mohawk and Honeoye soils 20 to 30 percent slopes MhD Mollic Hapludalfs Well Drained No Schoharie and Hudson silt loams 6 to 12 percent slopes ShC Typic Hapludalfs Moderately well drained No Wayland soils complex non‐calcareous substratum 0 to 3 percent slopes frequently Fluvaquentic flooded Wa Endoaquepts Poorly drained Yes Odessa and Rhinebeck soils 2 to Somewhat Poorly 6 percent slopes OdB Aeric Endoaqualfs Drained Yes Schoharie and Hudson silt Moderately Well loams 2 to 6 percent slopes ShB Typic Hapludalfs Drained No Borrow Pits BP NA NA NA

33 HYDROLOGY

Waters of the United States (Waters) as defined by the USACE include all lakes ponds

streams (intermittent and perennial) and wetlands Wetlands are defined in Section 404 of the

Clean Water Act as ldquothose areas that are inundated or saturated by surface or groundwater at a

frequency and duration sufficient to support and under normal circumstances do support a

relevance of vegetation typically adapted for life in saturated soil conditions (EPA 2001)rdquo

Jurisdictional wetlands are defined by the presence of three criteria hydrophytic vegetation

hydric soils and evidence of wetland hydrology during the growing season (Environmental

Laboratory 1987) All jurisdictional boundaries are subject to verification by the USACE The

jurisdictional status of all Waters will ultimately be determined by the USACE ndash New York

District

The SA is located in the Schoharie Watershed (USGS Hydrologic Unit 02020005) of the Upper

Hudson River basin At the time of the site visit the SA contained two (2) PSS wetlands

(Wetland‐AA and Wetland‐AC) three (3) PEM wetlands (Wetland‐AD Wetland‐AE and

Wetland AF) and four (4) perennial streams (Stream‐AA Stream‐AB Stream‐AC and Stream

Stream‐AACobleskill Creek originates offsite northwest of the SA and flows northwest to

southeast across the site This stream is located on the eastern portion of the SA and is

classified as a Class C stream by the NYSDEC Stream‐AB originates offsite to the south and

flows south to north before draining into Stream‐AACobleskill Creek Stream‐AB is an

unnamed tributary to Cobleskill Creek and is a NYSDEC class C stream

Wetland‐AA originates from a storm water culvert and flows west to east eventually draining

into Stream AACobleskill Creek

Wetland‐AC is located in the central portion of the SA Wetland‐AC is located in the floodplain

of Stream‐AD Stream‐AD originates offsite to the South and crosses under State Route 7

Stream‐AD flows southeast to northwest and eventually connects to Cobleskill Creek Wetland‐

AD originates on the south side of Route 7 adjacent to Stream‐AD Wetland AD connects to

Stream‐AD and drains south to north

Wetland‐AE is located on the eastern portion of the SA and originates north of State Route 7

Wetland‐ AE crosses under State Route 7 via a culvert and continues to the south side of State

Route 7

Wetland‐AF originates in a ditch line containing wetland vegetation on the north side of State

Route 7 Wetland AF flows south to north and eventually connects to an unnamed tributary of

Cobleskill Creek

Stream‐ACPunch Kill is located in the central portion of the SA Stream ACPunch Kill drains

south to north and eventually drains into Cobleskill Creek Stream ACPunch Kill is a NYSDEC

class C(t) stream

All Project Waters eventually drain to Cobleskill Creek (a 4th order stream) which flows into

Schoharie Creek approximately 3‐miles east of the SA Schoharie Creek drains into Mohawk

Creek approximately 16‐miles to the north Mohawk Creek drains into the Hudson River which

is the nearest Traditionally Navigable Water (TNW) to the SA approximately 35 miles to the

east of the SA As such the SA wetlands were determined to have a significant nexus with a

downstream TNW All Project Waters are likely considered jurisdictional under the Clean Water

Act and NYSDEC Freshwater Wetlands Act

34 VEGETATIVE COVER TYPES

The vegetative cover of the SA was characterized as a mosaic of roadside maintained ROW

upland lawns riparian forest two (2) PSS wetlands three (3) PEM wetlands and four (4)

perennial streams

The upland lawn and roadside ROW plant communities within the SA were observed to be

dominated by one or more of the following species dandelion (Taraxacum officinale) grasess

black locust trees (Robinia pseudoacacia) wild carrot (Daucus carota) spotted knapweed

(Centaurea steobe) blackberry (Rubus spp) Fullerrsquos teasle (Dipsacus fullonum) and multiflora

rose (Rosa multiflora)

The plant community noted to be dominant in the upland riparian forest community included

red maple (Acer rubrum) sugar maple (Acer saccharum) goldenrod (Solidago spp) Sycamore

(Platanus occidentalis) grape (Vitis spp) honeysuckle (Lonicera spp) black locust Basswood

(Tilia americana) green ash (Fraxinus pennsylvanica) box elder (Acer negundo) and mile‐a‐

minute vine (Persicaria perfoliata)

The plant community of the PSS wetlands were noted to be dominated by the following

species reed canary grass (Phalaris arundinacea) redosier dogwood (Cornus sericea)

willowherb (Epilobium ciliatum) box elder late goldenrod (Solidago gigantea) purple

loosestrife (Lythrum salicaria) pussy willow (Salix discolor) and black willow (Salix nigra)

The plant communities of the PEM wetlands were noted to be dominated by the following

species late goldenrod reed canary grass cattail (Typha angustifolia) and rice cut grass

(Leersia oryzoides) Refer to the Data Forms in Appendix B

40 AGENCY RESOURCES

41 USFWS NATIONAL WETLAND INVENTORY

US Fish and Wildlife Service (USFWS) National Wetland Inventory (NWI) mapping shows one

federally mapped regulated wetland located within the SA The wetland is a riverine (R2UBH)

wetland associated with Cobleskill Creek Punch Kill and the unnamed tributaries Refer to

Section 50 and Figure 2 for additional information regarding the NWI mapped wetlands on the

42 NYSDEC FRESHWATER WETLANDS AND PROTECTED STREAMS

The Freshwater Wetlands Act (Article 24 and Title 23 of Article 71 of the Environmental

Conservation Law) gives the NYSDEC jurisdiction over state‐protected wetlands and an adjacent

100‐foot buffer The Freshwater Wetlands Act (FWA) requires the NYSDEC to map all state‐

protected wetlands to allow landowners and other interested parties a means to determine

where state jurisdictional wetlands exist

The NYSDEC wetland maps indicated that there are no mapped state‐protected wetlands on

the SA The nearest state‐protected wetland is identified as Wetland S‐7 and is located

approximately 17 miles to the east of the SA (refer to Figure 2)

Under Article 15 of the Environmental Conservation Law (Protection of Waters) the NYSDEC

has jurisdiction over any activity that disturbs the bed or banks of protected streams A

protected stream is any stream or particular portion of a stream that has been assigned by the

NYSDEC any of the following classifications or standards AA AA(t) A A(t) A(ts) B B(t) B(ts)

C(t) or C(ts) (6 NYCRR Part 701) One NYSDEC stream is located within the SA Stream‐AC

(Punch Kill) Stream‐AC is classified as a Class C (t) stream indicating that it is a water suitable

for supporting a fishery and may contain a trout population Refer to Section 50 and Figure 2

for additional information regarding the streams identified on the SA

43 FEMA 100‐YEAR FLOOD ZONES

One FEMA floodzone was mapped on the SA This floodzone was associated with Cobleskill

Creek and was mapped along the eastern boundary of the SA (refer to Figure 2)

50 RESULTS

LaBella delineated five (5) wetlands and four (4) streams within the SA Please refer to Tables 2

and 3 below for acreages of each wetland and length and width of each stream delineated The

remainder of the SA was considered to be open field upland lawn and ROW habitat and

upland riparian forest These habitats lacked wetland hydrology indicators and hydric soils

The upland plant communities were dominated by dandelion grasses black locust trees wild

carrot spotted knapweed blackberry Fullerrsquos teasle multiflora rose red maple sugar maple

goldenrod sycamore trees grape vine honeysuckle basswood green ash box elder and mile‐

a‐minute vine The Data Forms presented in Appendix B were adequate to characterize all

upland and wetland conditions observed in the SA

Wetland‐AA originates in the central portion of the SA flows from east to west and drains into

Stream‐AA Wetland‐AA appeared to have a hydrologic regime driven by precipitation and

groundwater The boundary of Wetland‐AA was delineated by wetland boundary flags WA‐1

through WA‐20 WAB‐1through WAB‐12 and WAB‐101 through WAB‐112 and is approximately

125‐Acres in area (refer to Figure 3B)

Wetland‐AA is a PSS wetland At the time of the site visit the plant community of Wetland‐AA

was dominated by red‐osier dogwood willowherb and box elder The following USACE wetland

hydrology indicators were observed in Wetland‐AA B10‐ Drainage Patterns D2‐ Geomorphic

position and D5‐FAC‐Neutral Test The soils of Wetland‐AA were very dark gray (10YR 31)

loams with dark yellowish brown (10YR 46) concentrations to dark gray (10YR 41) or dark

grayish brown (10YR 42) loams with yellowish brown (10YR 58) concentrations which

qualified for F3‐Depleted Matrix F6‐Redox Dark Surface and A11‐Depleted Below A Dark

Surface USACE hydric soil indicators

Wetland‐AC originates in the floodplain for Stream‐AD Wetland‐AC eventually flows into

Stream‐ADPunch Kill Wetland‐AC appears to have a hydrologic regime driven by precipitation

groundwater and flood events from Stream‐ADPunch Kill The boundary of Wetland‐AC was

delineated by wetland boundary flags WAC‐1 through WAC‐3 and is approximately 0001‐acres

in size (refer to Figure 3D)

Wetland‐AC is a PSS wetland At the time of the site visit the plant community of Wetland‐AC

was dominated by red‐osier dogwood saplings purple loosestrife and late goldenrod The

following USACE wetland hydrology indicators were observed in Wetland‐AC A2‐ High Water

Table A3‐Saturation B10‐ Drainage Patterns D4‐Microtopographic Relief and D5‐FAC‐Neutral

Test The soils of Wetland‐AC were gray (10YR‐51) loams with brownish yellow (10YR 66)

concentrations to dark gray (10YR‐41) with light olive brown (25Y 56) concentrations which

qualified for the F3‐ Depleted Matrix USACE hydric soil indicator

Wetland‐AD is located in the central portion of the SA and originates approximately 70‐feet

south of the southern SA boundary Wetland‐AD generally flows from south to north and

drains into Stream‐AD Wetland‐AD appeared to have a hydrologic regime driven by

precipitation and groundwater The boundary of Wetland‐AD was delineated by wetland

boundary flags WAD‐1 through WAD‐9 and is approximately 00009‐acres in size (refer to Figure

The plant community of PEM Wetland‐AD was noted to be dominated by late goldenrod red‐

osier dogwood shrubs and reed canary grass The following USACE wetland hydrology

indicators were observed in Wetland‐AD A1‐Surface Water B10‐Drainage Patterns D2‐

Geomorphic Position D4‐Microtopographic Relief and D5‐FAC Neutral Test The soils of

Wetland‐AD were gray (10YR‐51) loams with brownish yellow (10YR 66) concentrations to

dark gray (10YR 41) loams with light olive brown (25Y 56) concentrations which qualified for

the F3‐Depleted Matrix USACE hydric soil indicator

Wetland‐AE is located on the eastern portion of the SA and originates north of Route 7 crosses

under the road and goes offsite to the south Wetland‐AE generally flows from north to south

Wetland‐AE appears to have a hydrologic regime driven by precipitation and groundwater The

boundary of Wetland‐AE was delineated by wetland boundary flags WAE‐1 through WAE‐23

Wetland‐AE is approximately 012‐Acres in size (refer to Figure 3E)

Wetland‐AE is a PEM wetland At the time of the site visit the plant community of Wetland‐AE

was dominated by cattail and rice cut grass The following USACE wetland hydrology indicators

were observed in Wetland‐D A1‐ Surface Water A2‐ High Water Table A3‐ Saturation C3‐

Oxidized Rizospheres on Living Roots D4‐Microtopographic Relief and D5‐ FAC‐Neutral Test

The soils of Wetland‐AE were very dark grayish brown (10YR 32) silt loams with dark yellowish

brown (10YR‐46) concentrations to dark gray (10YR 41) with light yellowish brown (10YR 64)

concentrations which qualified for the F3 ndash Depleted Matrix and A11‐Depleted Below Dar

Wetland‐AF is located on the eastern portion of the SA Wetland‐AF appeared to have a

hydrologic regime driven by precipitation and groundwater The boundary of Wetland‐AF was

delineated by wetland boundary flags WAF‐1 through WAF‐4 Wetland‐AF is approximately

0005‐Acres in size (refer to Figure 3E)

Wetland‐AF is a PEM wetland At the time of the site visit the plant community of Wetland‐AF

was dominated by cattail and reed canary grass The following USACE wetland hydrology

indicators were observed in Wetland‐AF A2‐ High Water Table A3‐Saturation B10‐ Drainage

Patterns and D5 FAC Neutral Test The soils of Wetland‐AF were very dark gray (10YR‐31)

sandy soils with pale brown (10YR‐63) concentrations to dark gray (10YR 41) loams with very

pale brown (10YR 73) concentrations which qualified for the S5ndashSandy Redox USACE hydric soil

indicator

Table 2 Delineated Wetlands

ID Cowardin Classification Acreage

Wetland‐AA PSS 125

Wetland‐AC PSS 0001

Wetland‐AD PEM 00009

Wetland‐AE PEM 012

Wetland‐AF PEM 00045

Stream‐AA is a NYSDEC Class C perennial stream (Cobleskill Creek) and originates northwest of

the SA This stream is located on the eastern portion of the SA Stream‐AA generally flows

from west to east offsite Stream‐AA is approximately 73302‐feet in length and 8409‐feet in

width with a boulder and cobble bed substrate

Stream‐AB is an unnamed tributary to Cobleskill Creek Stream‐AB is a NYSDEC Class C perennial

stream Stream‐AB originates south of the SA and flows under State Route 7 and enters

Cobleskil Creek Stream‐AB flows south to north Stream‐AB is approximately 17533‐feet in

length and 1148‐feet in width with a boulder and gravel bed substrate

Stream‐AC is NYSDEC Class C(t) perennial stream (Punch Kill) and originates south of the SA

Stream‐AC is located in the central portion of the SA This stream generally flows from south to

north Stream‐AC flows offsite and eventually connects to Cobleskill Creek north of the SA

Stream‐AC is approximately 11862 feet in length and 1162 feet in width with a gravel and silt

bed substrate

Stream‐AD is a NYSDEC Class C perennial stream located on the western portion of the SA

Stream‐AD generally flows from south to north and is approximately 13511‐feet in length and

102‐feet in width with a gravel and silt bed substrate

Table 3 Delineated Streams

NYSDEC Flow Stream Stream Stream Length Average Stream Stream Bed

ID Regime Class Order in SA (lf) Width (lf) Substrate Stream‐AACobleskill perennial C 4 73302 8409 BoulderCobble

Stream‐AB perennial C 1 17533 1148 Bouldergravel

Stream‐ACPunch Kill perennial C(T) 1 11862 1162 gravelsilt

Stream‐AD perennial C 1 13511 102 gravelsilt

60 Conclusions

LaBella delineated two (2) PSS wetlands (Wetland‐AA and Wetland AC) three (3) PEM wetlands

(Wetland‐AD WetlandndashAE and Wetland‐AF) and four (4) perennial streams (Stream‐AA

Stream‐AB Stream‐AC and Stream AD) within the SA

Wetland‐AA is a PSS wetland and is approximately 125‐Acres in area Wetland‐AC is a PSS

wetland and is approximately 0001‐Acres in area Wetland‐AD is a PEM wetland and is

approximately 00009‐Acres in area Wetland‐AE is a PEM wetland and is approximately 012‐

Acres in area Wetland‐AF is a PEM wetland and is approximately 00045‐Acres in area All four

(4) of the streams delineated within the SA were perennial streams Streams‐AA AB AC and

AD Stream‐AA is approximately 73302‐feet in length and 8409‐feet in width Stream‐AB is

approximately 17533‐feet in length and 1148‐feet in width Stream‐AC is approximately

11862‐feet in length and 1162‐feet in width and Stream‐AD is approximately 13511‐feet in

length and 102‐feet in width

The Project Waters were identified based on the observed presence of hydrophytic vegetation

hydric soils and wetland hydrology indicators The streams were identified based on the

presence of Bed and Bank features and an Ordinary High Water Mark The primary functions

provided by the Project Waters appear to include water retention water quality improvement

wildlife habitat and nutrient production and cycling

All wetland and streams delineated onsite by LaBella are considered to be jurisdictional Waters

of the US (Waters) under the CWA All Project Waters eventually drain to Cobleskill Creek

which flows into Schoharie Creek Schoharie Creek eventually drains into the Hudson River the

nearest Traditionally Navigable Water (TNW) to the SA approximately 35 miles east of the SA

As such the SA wetlands were determined to have a significant nexus with the nearest

downstream TNW and so they are considered to be jurisdictional Waters under the CWA Any

Project‐related filling or disturbances within the delineated boundaries of the Project Waters

(as approved by the USACE) will require Federal CWA Section 404 authorization through the

USACE In addition such activities would also require a CWA Section 401 Water Quality

Certification from the NYSDEC These authorizations may be obtained through the Joint Permit

Application procedure if any such Project‐related activities are planned The final jurisdictional

status and boundaries of the Project Waters are subject to final determination by the USACE‐

New York District

70 REFERENCES

Cowardin LM V Carter FC Goblet and ET LaRoae 1979 Classification of Wetlands and

Deepwater Habitats of the United States US Fish and Wildlife Service OBS‐7931

Washington DC

Environmental Laboratory 1987 Corps of Engineers Wetland Delineation Manual Technical

Report Y‐87‐1 US Army Corps of Engineers Waterways Experiment Station Vicksburg

Kollmorgen Corporation 1988 Munsell Soil Color Charts Macbeth Division of Kollmorgen

Corporation Baltimore MD

Lichvar RW DL Banks NC Melvin and WN Kirchner 2016 The National Wetland Plant List 2016 Wetland Ratings Phytoneuron 2016‐30 1‐17

USACE 2012 Regional Supplement to the Corps of Engineers Wetland Delineation Manual

Northcentral and Northeast Region (Version 20) Technical Report TR‐12‐1 US Army

Corps of Engineers Engineering Research and Development Center Vicksburg MS

USDA Natural Resources Conservation Service (NRCS) 1973 Soil Survey of Schoharie County

New York USDA Soil Conservation Service in cooperation with Cornell University

Agricultural Experiment Station Washington DC

USDA NRCS 2015 Hydric Soils of New York Revised October 1995

USDA 2017 PLANTS database lt httpplantsusdagovjavagt

USEPA 2001 Interagency Memorandum from Gary S Guzy (General Counsel for the US

Environmental Protection Agency) and Robert M Anderson (Chief Counsel for the US

Army Corps of Engineers) Memorandum Subject Supreme Court Ruling Concerning

CWA Jurisdiction over Isolated Waters

APPENDIX A FIGURES

Proposed Utility Corridor Study Area

Proposed Schoharie Public Safety Complex Site

Legend Proposed Utility Corridor Study Area Boundary

Proposed Public Safety Complex Site

0 3000 6000

Feet 1 inch = 3000 feet

Path JSchoharie County2150949 - Jail and Public Safety FacilityDrawingsEnvironmentalUtility Corridor 2017Wetland Report FiguresFigure 1 - USGS site location (2017-11-8)mxd

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

PROJECTDRAWING NUMBER

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

Path JSchoharie County2150949 - Jail and Public Safety FacilityDrawingsEnvironmentalUtility Corridor 2017Wetland Report FiguresFigure 2 - Agency Mapped Resources (JP 10-30-17)mxd

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

LegendProposed Utility Corridor Study Area Boundary

Stream Channel (NYSDEC Stream Class)

NYSDEC Freshwater Wetlands (Wetland ID)

USFWS NWI Wetland (Wetland Classification)

100-Year Flood Zone

1) Basemap is the NYS Department of Transportation Schoharie andCobleskill quadrangle plans downloaded via the New York State GISClearinghouse (httpgisnygovgisdataquads)

Wetland-AA - PSS -

125-Acres

Stream-AA (Cobleskill Creek) - Perennial - NYSDEC Class C

Stream-AB - Perennial - NYSDEC Class C

Stream-AC (Punch Kill) - Perennial -

NYSDEC Class C(t)

Stream-AD - Perennial -

NYSDEC Class C Wetland-AC - PSS -

0001-Acre

Wetland-AD - PEM -

0001-AcreWetland-AE - PEM -

0121-AcreWetland-AF - PEM -

0005-Acre

PROPOSED PUBLIC SAFETY COMPLEX SITE

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Tite Nippen Rd Co Rd 52

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

Path JSchoharie County2150949 - Jail and Public Safety FacilityDrawingsEnvironmentalUtility Corridor 2017Wetland Report FiguresFigure 3A-delin mapmxd

AND amp

RIE CO

LegendLIDAR Contours (10-ft)

NRCS Soil Map Unit (Map Unit Symbol)

Jurisdictional Stream or Wetland

Study Area Boundary

Off-Site WetlandStream Boundary (approximate)

1) All flag locations were surveyed using a Trimble GeoXH sub-foot GPS unit with real time correction

2) Aerial photography is dated 2014 and was downloaded via New York State Orthos Online (httpwwworthosdhsesnygov)

3) All wetland boundaries are subject to final determination by the US Army Corps of Engineers - New York District

4) Mapped soil data shapefiles were obtained from the NRCS Web Soil Survey (httpswebsoilsurveyscegovusdagovAppHomePagehtm)

5) Ground contours were obtained from the NYS GIS Clearinghouse (httpsgisnygov) 0 800 1600400

Feet1 inch = 800 feet

ID Flow- Regime

NYSDEC Stream

StandardOrder Length

(lf) Average

Width (lf) Substrate

Stream-AACobleskill Creek perennial C 4 733 84 boulder cobble

Stream-AB perennial C 1 175 11 boulder gravel

Stream-ACPunch Kill perennial C(T) 1 119 12 gravelsiltStream-AD perennial C 1 135 10 gravelsilt

ID Cowardin Classification AcreageWetland-AA PSS 1253Wetland-AC PSS 0001Wetland-AD PEM 0001Wetland-AE PEM 0121Wetland-AF PEM 0005

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 8Sagendorf Corners Rd

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-9 waa-8 waa-7waa-6 waa-5 waa-4

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-107wab-106wab-105

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

Path JSchoharie County2150949 - Jail and Public Safety FacilityDrawingsEnvironmentalUtility Corridor 2017Wetland Report FiguresFigure 3B - DELIN MAP 1 (IPJ 2017-11-08)mxd

AND amp

RIE CO

LegendJurisdictional Stream or Wetland

Culvert or Bridge (Approximate)

Study Area Boundary

Approximate Drainage Direction Arrows

Flag Location (Flag ID)0 Data Point Flag

WetlandStream Boundary Flag

ID Cowardin Classification AcreageWetland-AA PSS 1253

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

Path JSchoharie County2150949 - Jail and Public Safety FacilityDrawingsEnvironmentalUtility Corridor 2017Wetland Report FiguresFigure 3C - DELIN MAP 2 (IPJ 2017-11-08)mxd

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Stream-ACPunch Kill perennial C(T) 1 119 12 gravelsilt

Stream-AD - Perennial - NYSDEC Class C

Wetland-AC - PSS - 0001-Acre

Wetland-AD - PEM - 0001-Acre

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

Path JSchoharie County2150949 - Jail and Public Safety FacilityDrawingsEnvironmentalUtility Corridor 2017Wetland Report FiguresFigure 3D - DELIN MAP 3 (IPJ 2017-11-08)mxd

AND amp

RIE CO

Study Area Boundary

1) All flag locations were surveyed using a Trimble GeoXH sub-foot GPS unitwith real time correction

2) Aerial photography is dated 2014 and was downloaded via New York StateOrthos Online (httpwwworthosdhsesnygov)

3) All wetland boundaries are subject to final determination by the US ArmyCorps of Engineers - New York District

4) Mapped soil data shapefiles were obtained from the NRCS Web SoilSurvey (httpswebsoilsurveyscegovusdagovAppHomePagehtm)

5) Ground contours were obtained from the NYS GIS Clearinghouse(httpsgisnygov)

0 40 8020

Wetland-AE - PEM - 0121-Acre

Wetland-AF - PEM - 0005-Acre

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

DATA POINT UPL-AEDATA POINT UPL-AFDATA POINT WET-AF

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

Path JSchoharie County2150949 - Jail and Public Safety FacilityDrawingsEnvironmentalUtility Corridor 2017Wetland Report FiguresFigure 3E - DELIN MAP 4 (IPJ 2017-11-08)mxd

AND amp

RIE CO

Study Area Boundary

0 60 12030

ID Cowardin Classification AcreageWetland-AE PEM 0121Wetland-AF PEM 0005

APPENDIX B DATA FORMS

WETLAND DETERMINATION DATA FORM ndash Northcentral and Northeast Region

ProjectSite Schoharie County Public Safety Complex Utility Corridor CityCounty Schoharie Schoharie Sampling Date 10252017

ApplicantOwner Schoharie County State NY Sampling Point UPL-AA

Investigator(s) Ira Poplar-Jeffers and Jon Podoliak Section Township Range

Landform (hillside terrace etc) terrace Local relief (concave convex none) none Slope 0

Subregion (LRR or MLRA) LRR L Lat 42684040deg Long -74379222deg Datum WGS 84

Soil Map Unit Name Schoharie and Hudson silt loams 2 to 6 percent slopes NWI classification NA

Are climatic hydrologic conditions on the site typical for this time of year Yes X No (If no explain in Remarks)

Are Vegetation Soil or Hydrology significantly disturbed Are ldquoNormal Circumstancesrdquo present Yes X No

Are Vegetation Soil or Hydrology naturally problematic (If needed explain any answers in Remarks)

SUMMARY OF FINDINGS ndash Attach site map showing sampling point locations transects important features etc

Hydrophytic Vegetation Present Yes No X Is the Sampled Area Hydric Soil Present Yes No X within a Wetland Yes No X

Wetland Hydrology Present Yes No X If yes optional Wetland Site ID

Remarks (Explain alternative procedures here or in a separate report) located in fallow hay field adjacent to Wetland-AA

HYDROLOGY Wetland Hydrology Indicators Secondary Indicators (minimum of two required)

Primary Indicators (minimum of one is required check all that apply) Surface Soil Cracks (B6)

Surface Water (A1) Water-Stained Leaves (B9) Drainage Patterns (B10)

High Water Table (A2) Aquatic Fauna (B13) Moss Trim Lines (B16)

Saturation (A3) Marl Deposits (B15) Dry-Season Water Table (C2)

Water Marks (B1) Hydrogen Sulfide Odor (C1) Crayfish Burrows (C8)

Sediment Deposits (B2) Oxidized Rhizospheres on Living Roots (C3) Saturation Visible on Aerial Imagery (C9)

Drift Deposits (B3) Presence of Reduced Iron (C4) Stunted or Stressed Plants (D1)

Algal Mat or Crust (B4) Recent Iron Reduction in Tilled Soils (C6) Geomorphic Position (D2)

Iron Deposits (B5) Thin Muck Surface (C7) Shallow Aquitard (D3)

Inundation Visible on Aerial Imagery (B7) Other (Explain in Remarks) Microtopographic Relief (D4)

Sparsely Vegetated Concave Surface (B8) FAC-Neutral Test (D5)

Field Observations Surface Water Present Yes No X Depth (inches)

Water Table Present Yes No X Depth (inches)

Saturation Present Yes No X Depth (inches) Wetland Hydrology Present Yes No X

(includes capillary fringe)

Describe Recorded Data (stream gauge monitoring well aerial photos previous inspections) if available

Remarks

US Army Corps of Engineers Northcentral and Northeast Region ndash Version 20

VEGETATION ndash Use scientific names of plants Sampling Point UPL-AA

Absolute Dominant Indicator Tree Stratum (Plot size 30 feet ) Cover Species Status Dominance Test worksheet

1 Acer negundo 1 No FAC Number of Dominant Species

2 That Are OBL FACW or FAC 0 (A)

3 Total Number of Dominant

4 Species Across All Strata 1 (B)

5 Percent of Dominant Species

6 That Are OBL FACW or FAC 00 (AB)

7 Prevalence Index worksheet

1 =Total Cover Total Cover of Multiply by

SaplingShrub Stratum (Plot size 15 feet ) OBL species 0 x 1 = 0

1 FACW species 9 x 2 = 18

2 FAC species 1 x 3 = 3

3 FACU species 1 x 4 = 4

4 UPL species 88 x 5 = 440

5 Column Totals 99 (A) 465 (B)

6 Prevalence Index = BA = 470

7 Hydrophytic Vegetation Indicators

=Total Cover 1 - Rapid Test for Hydrophytic Vegetation

Herb Stratum (Plot size 5 feet ) 2 - Dominance Test is gt50

1 Centaurea stoebe 88 Yes UPL 3 - Prevalence Index is le301

2 Phalaris arundinacea 5 No FACW 4 - Morphological Adaptations1 (Provide supporting

data in Remarks or on a separate sheet) 3 Solidago gigantea 4 No FACW

4 Galium mollugo 1 No FACU Problematic Hydrophytic Vegetation1 (Explain)

5 Carex 1 No 1Indicators of hydric soil and wetland hydrology must 6 be present unless disturbed or problematic

7 Definitions of Vegetation Strata

8 Tree ndash Woody plants 3 in (76 cm) or more in 9 diameter at breast height (DBH) regardless of height

10 Saplingshrub ndash Woody plants less than 3 in DBH 11 and greater than or equal to 328 ft (1 m) tall

12 Herb ndash All herbaceous (non-woody) plants regardless 99 =Total Cover of size and woody plants less than 328 ft tall

Woody Vine Stratum (Plot size ) Woody vines ndash All woody vines greater than 328 ft in 1 height

2 Hydrophytic

3 Vegetation 4 Present Yes No X

=Total Cover

Remarks (Include photo numbers here or on a separate sheet)

SOIL Sampling Point UPL-AA

Profile Description (Describe to the depth needed to document the indicator or confirm the absence of indicators) Depth Matrix Redox Features

(inches) Color (moist) Color (moist) Type1 Loc2 Texture Remarks

0-10 10YR 33 100 LoamyClayey silt loam

10-18 10YR 43 95 10YR 36 5 C M LoamyClayey Distinct redox concentrations

1Type C=Concentration D=Depletion RM=Reduced Matrix MS=Masked Sand Grains 2Location PL=Pore Lining M=Matrix

Hydric Soil Indicators Indicators for Problematic Hydric Soils3 Histosol (A1) Polyvalue Below Surface (S8) (LRR R 2 cm Muck (A10) (LRR K L MLRA 149B)

Histic Epipedon (A2) MLRA 149B) Coast Prairie Redox (A16) (LRR K L R)

Black Histic (A3) Thin Dark Surface (S9) (LRR R MLRA 149B) 5 cm Mucky Peat or Peat (S3) (LRR K L R)

Hydrogen Sulfide (A4) High Chroma Sands (S11) (LRR K L) Polyvalue Below Surface (S8) (LRR K L)

Stratified Layers (A5) Loamy Mucky Mineral (F1) (LRR K L) Thin Dark Surface (S9) (LRR K L)

Depleted Below Dark Surface (A11) Loamy Gleyed Matrix (F2) Iron-Manganese Masses (F12) (LRR K L R)

Thick Dark Surface (A12) Depleted Matrix (F3) Piedmont Floodplain Soils (F19) (MLRA 149B)

Sandy Mucky Mineral (S1) Redox Dark Surface (F6) Mesic Spodic (TA6) (MLRA 144A 145 149B)

Sandy Gleyed Matrix (S4) Depleted Dark Surface (F7) Red Parent Material (F21)

Sandy Redox (S5) Redox Depressions (F8) Very Shallow Dark Surface (F22)

Stripped Matrix (S6) Marl (F10) (LRR K L) Other (Explain in Remarks)

Dark Surface (S7)

3Indicators of hydrophytic vegetation and wetland hydrology must be present unless disturbed or problematic

Restrictive Layer (if observed) Type

Depth (inches) Hydric Soil Present Yes No X

Remarks This data form is revised from Northcentral and Northeast Regional Supplement Version 20 to include the NRCS Field Indicators of Hydric Soils Version 70 2015 Errata (httpwwwnrcsusdagovInternetFSE_DOCUMENTSnrcs142p2_051293docx)

ProjectSite Schoharie County Public Safety Complex Uitlity Corridor CityCounty Schoharie Schoharie Sampling Date 102517

ApplicantOwner Schoharie County State NY Sampling Point UPL-AC

Landform (hillside terrace etc) terrace Local relief (concave convex none) flat Slope 0

Soil Map Unit Name Lakemont and Madalin silty clay loams 2 to 6 percent slopes NWI classification

Remarks (Explain alternative procedures here or in a separate report)

Remarks

VEGETATION ndash Use scientific names of plants Sampling Point UPL-AC

1 Cornus sericea 1 No FACW FACW species 1 x 2 = 2

1 =Total Cover 1 - Rapid Test for Hydrophytic Vegetation

1 Dipsacus fullonum 86 Yes FACU 3 - Prevalence Index is le301

2 Alliaria petiolata 1 No FACU 4 - Morphological Adaptations1 (Provide supporting

data in Remarks or on a separate sheet) 3 Grasses 3 No

4 Cirsium spp 1 No Problematic Hydrophytic Vegetation1 (Explain)

5 Daucus carota 1 No UPL 1Indicators of hydric soil and wetland hydrology must 6 Taraxacum officinale 2 No FACU be present unless disturbed or problematic

7 Nasturtium spp 1 No Definitions of Vegetation Strata

8 Galium spp 1 No Tree ndash Woody plants 3 in (76 cm) or more in 9 Arctium spp 1 No diameter at breast height (DBH) regardless of height

10 Cichorium intybus 1 No FACU Saplingshrub ndash Woody plants less than 3 in DBH 11 Centaurea stoebe 1 No UPL and greater than or equal to 328 ft (1 m) tall

12 Others 1 No Herb ndash All herbaceous (non-woody) plants regardless 100 =Total Cover of size and woody plants less than 328 ft tall

2 Hydrophytic

=Total Cover

SOIL Sampling Point UPL-AC

0-6 10YR 43 95 25Y 66 5 C M LoamyClayey Prominent redox concentrations

Dark Surface (S7)

Restrictive Layer (if observed) Type rocky fill

Depth (inches) 6 Hydric Soil Present Yes No X

Remarks This data form is revised from Northcentral and Northeast Regional Supplement Version 20 to include the NRCS Field Indicators of Hydric Soils Version 70 2015 Errata (httpwwwnrcsusdagovInternetFSE_DOCUMENTSnrcs142p2_051293docx) refusal by rock at 6

ProjectSite Schoharie County Public Safety Complex Utitlity Corridor CityCounty SchoarieSchoharie Sampling Date 102517

ApplicantOwner Schoharie County State NY Sampling Point UPL-AD

Landform (hillside terrace etc) terrace Local relief (concave convex none) concave Slope 0

Hydrophytic Vegetation Present Yes No X Is the Sampled Area Hydric Soil Present Yes X No within a Wetland Yes No X

Surface Water (A1) Water-Stained Leaves (B9) X Drainage Patterns (B10)

Remarks drainage pattern from driveway ditch across upland

VEGETATION ndash Use scientific names of plants Sampling Point UPL-AD

1 Number of Dominant Species

=Total Cover Total Cover of Multiply by

1 Taraxacum officinale 20 Yes FACU 3 - Prevalence Index is le301

2 Grasses 63 Yes 4 - Morphological Adaptations1 (Provide supporting

data in Remarks or on a separate sheet) 3 Phalaris arundinacea 2 No FACW

4 Trifolium repens 2 No FACU Problematic Hydrophytic Vegetation1 (Explain)

5 Galium 1 No 1Indicators of hydric soil and wetland hydrology must 6 Dipsacus fullonum 1 No FACU be present unless disturbed or problematic

7 Plantago lanceolata 1 No FACU Definitions of Vegetation Strata

8 Plantago major 1 No FACU Tree ndash Woody plants 3 in (76 cm) or more in 9 Pastinaca sativa 1 No UPL diameter at breast height (DBH) regardless of height

10 Verbena hastata 1 No FACW Saplingshrub ndash Woody plants less than 3 in DBH 11 Setaria glauca 1 No FAC and greater than or equal to 328 ft (1 m) tall

2 Hydrophytic

=Total Cover

SOIL Sampling Point UPL-AD

12-24 10YR 51 75 10YR 46 25 C M LoamyClayey Prominent redox concentrations

Thick Dark Surface (A12) X Depleted Matrix (F3) Piedmont Floodplain Soils (F19) (MLRA 149B)

Dark Surface (S7)

Depth (inches) Hydric Soil Present Yes X No

ProjectSite Schoharie County Public Safety Complex Utility Corridor CityCounty SchoharieSchoharie Sampling Date 102517

ApplicantOwner Schoharie County State NY Sampling Point UPL-AE

Subregion (LRR or MLRA) LRR L Lat 42682411deg Long -74393254deg Datum WGS84

Remarks (Explain alternative procedures here or in a separate report) Located in upland lawn area adjacent to Wetland AE

Primary Indicators (minimum of one is required check all that apply) X Surface Soil Cracks (B6)

Remarks

VEGETATION ndash Use scientific names of plants Sampling Point UPL-AE

1 Ulmus americana 1 No FACW FACW species 3 x 2 = 6

1 Grasses 70 Yes 3 - Prevalence Index is le301

2 Lotus corniculatus 1 No FACU 4 - Morphological Adaptations1 (Provide supporting

data in Remarks or on a separate sheet) 3 Others 5 No

4 Pastinaca sativa 1 No UPL Problematic Hydrophytic Vegetation1 (Explain)

5 Daucus carota 2 No UPL 1Indicators of hydric soil and wetland hydrology must 6 Solidago gigantea 2 No FACW be present unless disturbed or problematic

7 Senecio hieraciifolius 1 No FACU Definitions of Vegetation Strata

8 Plantago major 1 No FACU Tree ndash Woody plants 3 in (76 cm) or more in 9 Taraxacum officinale 1 No FACU diameter at breast height (DBH) regardless of height

2 Hydrophytic

=Total Cover

SOIL Sampling Point UPL-AE

0-24 75YR 42 50 75YR 66 50 LoamyClayey

Dark Surface (S7)

ApplicantOwner Schoharie County State NY Sampling Point UPL-AF

Landform (hillside terrace etc) terrace Local relief (concave convex none) convex Slope 0

Remarks (Explain alternative procedures here or in a separate report) located on upland lawn adjacent to Wetland AF

Remarks

VEGETATION ndash Use scientific names of plants Sampling Point UPL-AF

1 Rhus typhina 1 No UPL FACW species 4 x 2 = 8

2 Cornus sericea 1 No FACW FAC species 0 x 3 = 0

2 Hieracium lachenalii 1 No UPL 4 - Morphological Adaptations1 (Provide supporting

data in Remarks or on a separate sheet) 3 Taraxacum officinale 2 No FACU

4 Dactylis glomerata 12 No FACU Problematic Hydrophytic Vegetation1 (Explain)

5 Trifolium repens 4 No FACU 1Indicators of hydric soil and wetland hydrology must 6 Solidago gigantea 3 No FACW be present unless disturbed or problematic

7 Pastinaca sativa 1 No UPL Definitions of Vegetation Strata

8 Centaurea stoebe 1 No UPL Tree ndash Woody plants 3 in (76 cm) or more in 9 Senecio hieraciifolius 1 No FACU diameter at breast height (DBH) regardless of height

10 Rumex 1 No Saplingshrub ndash Woody plants less than 3 in DBH 11 Mosses 1 No and greater than or equal to 328 ft (1 m) tall

12 Daucus carota 2 No UPL Herb ndash All herbaceous (non-woody) plants regardless 99 =Total Cover of size and woody plants less than 328 ft tall

2 Hydrophytic

=Total Cover

SOIL Sampling Point UPL-AF

0-6 10YR 43 100 LoamyClayey rocky fill silt loam

Dark Surface (S7)

Restrictive Layer (if observed) Type rock

ApplicantOwner Schoharie County State NY Sampling Point WET-AA

Hydrophytic Vegetation Present Yes X No Is the Sampled Area Hydric Soil Present Yes X No within a Wetland Yes X No Wetland Hydrology Present Yes X No If yes optional Wetland Site ID Wetland-AA

Remarks (Explain alternative procedures here or in a separate report) Located in PEM wetland AA

Algal Mat or Crust (B4) Recent Iron Reduction in Tilled Soils (C6) X Geomorphic Position (D2)

Sparsely Vegetated Concave Surface (B8) X FAC-Neutral Test (D5)

Saturation Present Yes X No Depth (inches) 0 Wetland Hydrology Present Yes X No(includes capillary fringe)

Remarks

VEGETATION ndash Use scientific names of plants Sampling Point WET-AA

1 Acer negundo 5 Yes FAC Number of Dominant Species

2 Fraxinus pennsylvanica 1 No FACW That Are OBL FACW or FAC 3 (A)

1 Cornus sericea 50 Yes FACW FACW species 63 x 2 = 126

2 Salix discolor 1 No FACW FAC species 6 x 3 = 18

3 Lonicera spp 1 No FACU species 0 x 4 = 0

Herb Stratum (Plot size 5 feet ) X 2 - Dominance Test is gt50

1 Epilobium ciliatum 10 Yes FACW X 3 - Prevalence Index is le301

2 Solanum dulcamara 1 No FAC 4 - Morphological Adaptations1 (Provide supporting

data in Remarks or on a separate sheet) 3 Symphyotrichum spp 2 No

4 Cornus sericea 1 No FACW Problematic Hydrophytic Vegetation1 (Explain)

5 Galium spp 1 No 1Indicators of hydric soil and wetland hydrology must 6 Lycopus europaeus 1 No OBL be present unless disturbed or problematic

7 Others 1 No Definitions of Vegetation Strata

2 Hydrophytic

3 Vegetation 4 Present Yes X No

=Total Cover

SOIL Sampling Point WET-AA

X Depleted Below Dark Surface (A11) Loamy Gleyed Matrix (F2) Iron-Manganese Masses (F12) (LRR K L R)

Sandy Mucky Mineral (S1) X Redox Dark Surface (F6) Mesic Spodic (TA6) (MLRA 144A 145 149B)

Dark Surface (S7)

ApplicantOwner Schoharie County State NY Sampling Point WET-AC

Landform (hillside terrace etc) floodplain Local relief (concave convex none) concave Slope 0

Hydrophytic Vegetation Present Yes X No Is the Sampled Area Hydric Soil Present Yes X No within a Wetland Yes X No Wetland Hydrology Present Yes X No If yes optional Wetland Site ID

X High Water Table (A2) Aquatic Fauna (B13) Moss Trim Lines (B16)

X Saturation (A3) Marl Deposits (B15) Dry-Season Water Table (C2)

Inundation Visible on Aerial Imagery (B7) Other (Explain in Remarks) X Microtopographic Relief (D4)

Water Table Present Yes X No Depth (inches) 8

Remarks

VEGETATION ndash Use scientific names of plants Sampling Point WET-AC

2 Cornus racemosa 2 No FAC FAC species 4 x 3 = 12

3 Acer rubrum 2 No FAC FACU species 2 x 4 = 8

1 Lythrum salicaria 45 Yes OBL X 3 - Prevalence Index is le301

2 Solidago gigantea 15 Yes FACW 4 - Morphological Adaptations1 (Provide supporting

data in Remarks or on a separate sheet) 3 Typha angustifolia 2 No OBL

4 Erechtites hieraciifolius 2 No FACU Problematic Hydrophytic Vegetation1 (Explain)

5 Impatiens capensis 1 No FACW 1Indicators of hydric soil and wetland hydrology must 6 Galium 1 No be present unless disturbed or problematic

7 Rubus 1 No Definitions of Vegetation Strata

2 Hydrophytic

=Total Cover

SOIL Sampling Point WET-AC

Dark Surface (S7)

ApplicantOwner Schoharie County State NY Sampling Point WET-AD

X Surface Water (A1) Water-Stained Leaves (B9) X Drainage Patterns (B10)

Field Observations Surface Water Present Yes X No Depth (inches) 2

Remarks

VEGETATION ndash Use scientific names of plants Sampling Point WET-AD

1 Solidago gigantea 49 Yes FACW X 3 - Prevalence Index is le301

2 Phalaris arundinacea 40 Yes FACW 4 - Morphological Adaptations1 (Provide supporting

4 Verbena hastata 2 No FACW Problematic Hydrophytic Vegetation1 (Explain)

5 Coronilla scorpioides 1 No UPL 1Indicators of hydric soil and wetland hydrology must 6 Solanum dulcamara 1 No FAC be present unless disturbed or problematic

7 Lycopus americanus 1 No OBL Definitions of Vegetation Strata

8 Rorippa palustris 1 No OBL Tree ndash Woody plants 3 in (76 cm) or more in 9 diameter at breast height (DBH) regardless of height

2 Hydrophytic

=Total Cover

SOIL Sampling Point WET-AD

Dark Surface (S7)

ProjectSite Schoharie County Public Safety Complex Uitility Corridor CityCounty SchoharieSchoharie Sampling Date 102517

ApplicantOwner Schoharie County State NY Sampling Point WET-AE

X Surface Water (A1) Water-Stained Leaves (B9) Drainage Patterns (B10)

Sediment Deposits (B2) X Oxidized Rhizospheres on Living Roots (C3) Saturation Visible on Aerial Imagery (C9)

Remarks

Tree ndash Woody plants 3 in (76 cm) or more in diameter at breast height (DBH) regardless of height

Saplingshrub ndash Woody plants less than 3 in DBH and greater than or equal to 328 ft (1 m) tall

Herb ndash All herbaceous (non-woody) plants regardless over of size and woody plants less than 328 ft tall

Woody vines ndash All woody vines greater than 328 ft in height

Hydrophytic Vegetation Present Yes X No

VEGETATION ndash Use scientific names of plants Sampling Point WET-AE

SaplingShrub Stratum (Plot size 15 feet ) OBL species x 1 =

1 FACW species x 2 =

2 FAC species x 3 =

3 FACU species x 4 =

4 UPL species x 5 =

5 Column Totals (A) (B)

6 Prevalence Index = BA =

1 Typha angustifolia 65 Yes OBL 3 - Prevalence Index is le301

2 Leersia oryzoides 22 Yes OBL 4 - Morphological Adaptations1 (Provide supporting

4 Carex 3 No Problematic Hydrophytic Vegetation1 (Explain)

5 Galium 1 No 1Indicators of hydric soil and wetland hydrology must 6 Euthamia graminifolia 1 No FAC be present unless disturbed or problematic

7 Solidago 1 No Definitions of Vegetation Strata

97 =Total C

Woody Vine Stratum (Plot size )

=Total C

SOIL Sampling Point WET-AE

0-8 10YR 32 98 10YR 46 2 C PLM LoamyClayey Prominent redox concentrations

Dark Surface (S7)

ApplicantOwner Schoharie County State NY Sampling Point WET-AF

Remarks (Explain alternative procedures here or in a separate report) drainiage ditch with wetland characteristics

Remarks

VEGETATION ndash Use scientific names of plants Sampling Point WET-AF

1 Typha angustifolia 45 Yes OBL X 3 - Prevalence Index is le301

data in Remarks or on a separate sheet) 3 Vitis 1 No

4 Epilobium ciliatum 1 No FACW Problematic Hydrophytic Vegetation1 (Explain)

5 Euthamia graminifolia 1 No FAC 1Indicators of hydric soil and wetland hydrology must 6 Grasses 1 No be present unless disturbed or problematic

2 Hydrophytic

=Total Cover

SOIL Sampling Point WET-AF

0-8 10YR 31 98 10YR 63 2 C M Sandy sandy loam distinct redox concentrations

12-16 10YR 31 100 LoamyClayey

X Sandy Redox (S5) Redox Depressions (F8) Very Shallow Dark Surface (F22)

Dark Surface (S7)

APPENDIX C PHOTO‐LOG

Photo 1 ndash View of Stream-AA looking northwest Photo 2 ndash View of Stream-AA looking northeast from the eastern bank from the western bank

Photo 4 ndash View of the culvert on the north side of Photo 3 ndash View of Stream-AB looking north

County Route 7 where Stream-AB crosses under the road and meets Stream-AA

Wetland and Stream Delineation Photo Log ndash October 25 2017 Schoharie County Utility Corridor Schoharie Public Safety Complex Town of Schoharie NY

Photo 5- View of Wetland-AA looking west Photo 6 ndash View of Wetland-AA looking east

Photo 7 ndash View of the Culvert where Wetland-AA Photo 8 ndash View of Data Point WET-AA looking originates on the western edge of the wetland west

Photo 9 ndash View of Data Point WET-AA looking Photo 10 ndash View of Data Point WET-AA looking to north the east

Photo 11 ndash View of Stream-AC (Punch Kill) looking Photo 12ndash View of the culvert outlet of Stream-AC south (Punch Kill) flowing to the north

Photo 13ndash View looking north of Stream-AC (Punch Photo 14ndashView of Stream-AD looking northeast Kill)

Photo 15 ndash View of the inlet culvert for Stream-AD Photo 16 ndash View looking north of Stream-AD on on the south side of Route 7 where it flows north the north side of Route 7

under Route 7

Photo 17 ndash View of Wetland-AC looking south Photo 18 ndash View of Wetland-AC looking east

Photo 19 ndash View of Data Point WET-AC looking Photo 20 ndash View of Data Point WET-AC looking north west

Photo 22 ndash View of Wetland-AD looking south Photo 21 ndash View of Wetland AD looking west

away from Route 7

Photo 23 ndash View of Wetland-AD looking north Photo 24 ndash View of Data Point WET-AD looking toward Route 7 west

Photo 26 ndash View of Wetland-AE looking north Photo 25 ndash View of Data Point WET-AD looking towards Route 7 north towards Route 7

Photo 27 ndash View of Wetland-AE looking northwest Photo 28 ndash View of Wetland-AE looking east on the on the north side of Route 7 north side of Route 7

Photo 29 ndash View of Data Point WET-AE looking Photo 30 ndash View of Wetland-AF where wetland southeast towards Route 7 characteristics begin south of Route 7

Photo 31 ndash View of Wetland ndashAF looking north on Photo 32 ndash View of Data Point WET-AF looking the north side of Route 7 northeast on the north side of Route 7

Photo 33 ndash View of Data Point WET-AF looking Photo 34 ndash View of Uplands on eastern end of SA

east looking down Howes Cave Road toward Route 7

Photo 35 ndash View of Data Point UPL ndashAA looking Photo 36 ndash View of Data Point UPL-AA looking east north away on the north side of Route 7 on the north side of Route 7

Photo 37 ndash View of Data Point UPL-AC looking Photo 38ndash View of Data Point UPL-AC looking south towards Route 7 north away from Route 7

Photo 39 ndash View of Data Point UPL-AD looking Photo 40 ndash View of Data Point UPL-AD looking north towards Route 7 on the south side of Rout 7 southeast on the south side of Route 7

Photo 41 ndash View of Data Point UPL-AE on the north Photo 42ndash View of Data Point UPL-AF on the north

side of Route 7 looking south side of Route 7 looking north

Photo 43ndash View of Data Point UPL-AF on the north side of Route 7 looking west

Spencer Kathy

From Poplar-Jeffers Ira Sent Monday October 30 2017 1049 AM To Kukuvka Mark Gasic Drazen Persons Shelby Spencer Kathy Cc Davis Seth Porter Dennis Podoliak Jon Steblein Mary Webber Timothy Subject FW Schoharie Public Safety Complex Project (DA File

FYI See the below delayed response from Brad Sherwood regarding the updated drawings (ie with the extended stream channel) that were sent to him a while back

Thanks

Ira Poplar‐Jeffers MS LaBella Associates DPC Direct 585‐295‐6213

‐‐‐‐‐Original Message‐‐‐‐‐

From Sherwood Bradley J CIV USARMY CENAN (US) [mailtoBradSherwoodusacearmymil] Sent Monday October 30 2017 1006 AM To Poplar‐Jeffers Ira Subject RE Schoharie Public Safety Complex Project (DA File

Good morning Ira

I apologize for the delay in getting you a response

I am in receipt of the revised drawings and they appear to be an accurate depiction of the wetland boundaries Please keep in mind that this is neither an approved or preliminary jurisdiction determination (JD) just a confirmation that the drawings appear accurate

With regards to your two questions

1 If you are going to seek an approved JD or a preliminary JD then yes a full delineation report will be necessary However if it will be submitted as part of an application package then you can just provide all the specific critical review items (ie Data Forms Photos Soils Information Maps and Figures etc)

2 They should be submitted as one unless you can make the justification that they are separate and complete projects (which I donʹt think they are)

Thanks Brad

Brad Sherwood Senior Project Manager

NY District US Army Corps of Engineers Upstate Regulatory Field Office Bldg 10 3rd Floor 1 Buffington St Watervliet NY 12189‐4000 518‐266‐6355 ‐ office 518‐487‐0382 ‐mobile

‐‐‐‐‐Original Message‐‐‐‐‐From Poplar‐Jeffers Ira [mailtoipjeffersLaBellaPCcom] Sent Monday September 18 2017 121 PM To Sherwood Bradley J CIV USARMY CENAN (US) ltBradSherwoodusacearmymilgt Cc Persons Shelby ltSPersonsLaBellaPCcomgt Kukuvka Mark ltmkukuvkaLaBellaPCcomgt Davis Seth ltsdavisLaBellaPCcomgt Spencer Kathy ltkspencerLaBellaPCcomgt Gasic Drazen ltDGasicLaBellaPCcomgt Subject [EXTERNAL] RE Schoharie Public Safety Complex Project (DA File

I have not seen a response from you Just wanted to check that you received the below email from me and that it wasnʹt filtered or something because of the attachments Any update on your review status would be appreciated

Thanks

Ira Poplar‐Jeffers MS

LaBella Associates DPC

Direct 585‐295‐6213

From Poplar‐Jeffers Ira Sent Friday September 08 2017 1018 AM To ʹSherwood Bradley J CIV USARMY CENAN (US)ʹ Cc Persons Shelby Kukuvka Mark Davis Seth Spencer Kathy Gasic Drazen Subject Schoharie Public Safety Complex Project (DA File

Mr Sherwood

Please see the attached revised wetland delineation maps for the proposed Schoharie Public Safety Complex Project at 373 Howes Cave Road Schoharie Schoharie County NY Please consider this email a request for an informal confirmation letter (or email) from your office confirming the wetland boundaries submitted within the Wetland and Stream Delineation Report for this Site as amended by the attached three (3) drawings

We plan to submit a PCN for this Project in the near future Therefore a formal Jurisdictional Determination is not required at this time

Also as discussed there will be a utility corridor extension for this project We plan to perform a wetland delineation along the proposed corridor in the near future I have two questions 1) Is a formal Wetland Report for the utility corridor required to be submitted to your office or would specific critical review items (ie Data Forms Photos Soils Information Maps and Figures etc) suffice 2) What is your perspective on permitting these Projects (ie the Public Safety Complex Development and the Utility Corridor) separately vs as one single complete Project I believe I remember that you indicated that they must be permitted as one Permit Application together Is this the case Or can the Development Site and the Utility Corridor Projects have separate Permit Applications and Reviews to the USACE

Please confirm that you have received the attached information and plan to perform a review as soon as possible

Respectfully Submitted

WetlandsGIS Specialist

Direct 585‐295‐6213 | ipjefferslabellapccom ltmailtoipjefferslabellapccomgt

LABELLA ASSOCIATES DPC

300 State Street Rochester NY 14614

Office 585‐454‐6110

labellapccom ltBlockedhttpwwwlabellapccomgt

Relationships Resources Results

WETLAND AND STREAM DELINEATION REPORT - Utility Corridor

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



WETLAND AND STREAM DELINEATION REPORT

Utility Corridor Schoharie County Public Safety Complex

Town of Schoharie Schoharie County New York

Prepared For Schoharie County

284 Main Street

Schoharie NY 12157

Prepared By LaBella Associates DPC

300 State Street Suite 201

Rochester NY 14614

Date November2017

TABLE OF CONTENTS

10 INTRODUCTION 1

12 PURPOSE 1

20 METHODOLOGY 1

21 RESOURCES 1

31 PHYSIOGRAPHY 3

32 SOILS 3

33 HYDROLOGY 4

50 RESULTS 8

70 REFERENCES 13

APPENDICES

10 INTRODUCTION

12 PURPOSE

20 METHODOLOGY

21 RESOURCES

31 PHYSIOGRAPHY

above MSL

32 SOILS

ely 820‐feet

oil map units

nd Tioga

5 percent

flooded (Wa)

‐ 4 ‐

33 HYDROLOGY

District

Route 7

Cobleskill Creek

class C(t) stream

perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



TABLE OF CONTENTS

10 INTRODUCTION 1

12 PURPOSE 1

20 METHODOLOGY 1

21 RESOURCES 1

31 PHYSIOGRAPHY 3

32 SOILS 3

33 HYDROLOGY 4

50 RESULTS 8

70 REFERENCES 13

APPENDICES

10 INTRODUCTION

12 PURPOSE

20 METHODOLOGY

21 RESOURCES

31 PHYSIOGRAPHY

above MSL

32 SOILS

ely 820‐feet

oil map units

nd Tioga

5 percent

flooded (Wa)

‐ 4 ‐

33 HYDROLOGY

District

Route 7

Cobleskill Creek

class C(t) stream

perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



10 INTRODUCTION

12 PURPOSE

20 METHODOLOGY

21 RESOURCES

31 PHYSIOGRAPHY

above MSL

32 SOILS

ely 820‐feet

oil map units

nd Tioga

5 percent

flooded (Wa)

‐ 4 ‐

33 HYDROLOGY

District

Route 7

Cobleskill Creek

class C(t) stream

perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



31 PHYSIOGRAPHY

above MSL

32 SOILS

ely 820‐feet

oil map units

nd Tioga

5 percent

flooded (Wa)

‐ 4 ‐

33 HYDROLOGY

District

Route 7

Cobleskill Creek

class C(t) stream

perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



31 PHYSIOGRAPHY

above MSL

32 SOILS

ely 820‐feet

oil map units

nd Tioga

5 percent

flooded (Wa)

‐ 4 ‐

33 HYDROLOGY

District

Route 7

Cobleskill Creek

class C(t) stream

perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



‐ 4 ‐

33 HYDROLOGY

District

Route 7

Cobleskill Creek

class C(t) stream

perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



District

Route 7

Cobleskill Creek

class C(t) stream

perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



perennial streams

40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



40 AGENCY RESOURCES

50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



50 RESULTS

indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



indicator

bed substrate

60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



60 Conclusions

New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



New York District

70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



70 REFERENCES

Washington DC

APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



APPENDIX A FIGURES

0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



0 3000 6000

300 ST

Y 1461

585) 45

4-6110

585)45

4-3066

llapcc

ING TI

2150949 FIGURE 1

JP IPJ

AND amp

DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



DEC Class C

CO-20CO-19 CO-16

PUSR5UBH

PUSR4SBC

lass C

DEC Class C(T)

DEC Class A

lass C

DEC Class C

DEC Class C(T)

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 2

WIPJ JP

AND amp

RIE CO

0 2000 4000Feet

1 in = 2000 ft

100-Year Flood Zone

Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Wetland-AA - PSS -

125-Acres

NYSDEC Class C(t)

0001-Acre

Wetland-AD - PEM -

0005-Acre

Co Rd 8

State Hwy 7

Howe Cave Rd

Co Rd 1a

Dug Rd

Schoharie Hill Rd

Industrial Dr

Lester LnChurch Rd

Caverns Rd

Enders Ave

Sagendorf Rd

790 ft

780 ft

750 ft

770 ft

760 ft

800 ft

900 ft

910 ft

920 ft

950 ft

930 ft

940 ft

970 ft

860 ft

870 ft

880 ft

890 ft

810 ft850 ft

830 ft840 ft

740 ft730 ft

720 ft

980 ft

990 ft

1090 ft

1100 ft

1120 ft

1130 ft

1140 ft 1150 ft

1160 ft

770 ft

840 ft

750 ft

740 ft

850 ft 760 ft

730 ft

760 ft

900 ft

730 ft

ShB ShC

MhDDdC

DeC MkC

DeCHfB

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3A

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Wetland-AA - PSS -

125-Acres

DATA POINT

WET-AA

State Hwy 7

Co Rd 52

Howes Cave Rd

734 ft

736 ft732 ft

730 ft

728 ft

704 ft

706 ft

722 ft 724 ft

720 ft

716 ft

714 ft

708 ft

710 ft

712 ft

740 ft

702 ft

742 ft

744 ft

748 ft

752 ft754 ft

756 ft

758 ft

698 ft

760 ft762 ft

696 ft

764 ft

766 ft

694 ft

768 ft

692 ft

702 ft

762 ft

724 ft

710 ft 706 ft

700 ft

708 ft

704 ft

702 ft

704 ft

704 ft 702 ft

708 ft

704 ft

720 ft720 ft

704 ft

706 ft720 ft

708 ft 700 ft

708 ft

wab-8wab-7

wab-6wab-5

wab-4wab-3wab-2

waa-3 waa-2

SAA-9SAA-8

SAA-3SAA-2SAA-1

wab-12wab-11

wab-10

waa-20

waa-19

waa-18waa-17

waa-16waa-15

waa-14

waa-13waa-12waa-11

OHWM-4

OHWM-3

OHWM-2OHWM-1

wab-111wab-110

wab-109wab-108

wab-103

wab-102wab-101

sab-104

sab-102

sab-101

saa-110

saa-107

Saa-106

saa-105

saa-104

saa-103

SAA-102SAA-101

DATA POINT UPL-AA

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AB amp

2150949FIGURE 3B

WIPJ IPJ

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



NYSDEC Class C(t)

State Hwy 7

730 ft

734 ft

736 ft

738 ft

726 ft

740 ft742 ft744 ft

722 ft 724 ft

746 ft

748 ft

724 ft

734 ft

740 ft

730 ft

734 ft

726 ft

728 ft

732 ft

728 ft

726 ft

742 ft

sac-106

sac-105

sac-107

sac-104sac-103

sac-102

sac-101

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

AC IPJ

2150949FIGURE 3C

WIPJ JP

AND amp

RIE CO

Study Area Boundary

ID Flow- Regime

NYSDEC Stream

(lf) Average

DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



DATA POINT WET-AD

State Hwy 7

746 ft

748 ft

744 ft

750 ft

752 ft

754 ft

742 ft756

758 ft760 ft

744 ft

746 ft

744 ft

748 ft

746 ft

744 ft

746 ft

744 ft

746 ft

744 ft

wad-5wad-4

sad-3sad-2

sad-106

sad-105

sad-103

sad-102

sad-101

sad-104wad-1

DATA POINT UPL-AD

DATA POINT UPL-AC

DATA POINT WET-AC

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3D

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 40 8020

DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



DATA POINT WET-AE

State Hwy 7

768 ft

770 ft

772 ft

764 ft762 ft

774 ft

760 ft

776 ft

772 ft

764 ft

774 ft

764 ft

768 ft

766 ft

768 ft

764 ft

768 ft

776 ft

766 ft

768 ft

762 ft

766 ft

768 ft

764 ft

770 ft

768 ft

766 ft

770 ft

766 ft766 ft

768 ft

762 ft

waf-3waf-2

wae-1wae-23

wae-22

wae-20wae-19 wae-18

wae-17

wae-16

wae-15

wae-14

wae-13

wae-12

wae-11

300 ST

Y 1461

585) 45

4-6110

F (585

)454-3

llapcc

ING TI

2150949FIGURE 3E

WIPJ JP

AND amp

RIE CO

Study Area Boundary

0 60 12030

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 FAC species x 3 =

4 UPL species x 5 =

97 =Total C

=Total C

Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Remarks

2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



2 Hydrophytic

=Total Cover

Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Dark Surface (S7)

under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



under Route 7

away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



away from Route 7

Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Spencer Kathy

Thanks

Good morning Ira

Thanks Brad

Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Thanks

Direct 585‐295‐6213

Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Mr Sherwood

Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Office 585‐454‐6110

10 INTRODUCTION

20 METHODOLOGY


40 AGENCY RESOURCES

50 RESULTS

60 Conclusions

70 REFERENCES

APPENDIX A FIGURES



Documents

Appendix B.5 - Utility Corridor Wetland Report · The AL, LdB, and Wa soil map units are considered to be poorly drained soil map units, and the OdB is considered to be somewhat poorly