GS610

GS488

GS497

GS383

GS279

GS275 GS276

GS682

GS609

GS500

GS380

GS319

GS597

GS713 GS701

GS681

GS647

GS637

GS624

GS638

GS611

GS606

GS533

GS572

GS557 GS570

GS561

GS545

GS547

GS525

GS519

GS473

GS436

GS427

GS345

GS371

GS190

GS1155

04130003080

Black Creek

04130003080

Black Creek

04120104

Tonawanda Creek

900

1,000

1,100

1,200

800

78°07'30"

78°07'30"

78°10'

78°10'

78°12'30"

78°12'30"

78°15'

78°15'

42°57'30" 42°57'30"

42°55' 42°55'

43° 43°

42°52'30" 42°52'30"

Prepared in cooperation with the

NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION

U.S. Department of the Interior

U.S. Geological Survey

Base from NYSDOT Mapping and GIS Section,

1998, accessed in 2009 at

http://www.nysgis.state.ny.us/gisdata/

Land use from National Land Cover Data 2001,

Resolution 1 arc-second (approx. 30m)

Soils from United States Department of Agriculture, 

Soil Survey Geographic (SSURGO) Database

accessed in 2009 at http://soildatamart.nrcs.usda.gov

State Plane Coordinate System, Zone 3103, 

North American Datum 1983

Hydrogeologic and Geospatial Data for the Assessment of Focused Recharge

to the Carbonate-Rock Aquifer in Genesee County, New York

By

James E. Reddy and William M. Kappel

2010

Map 2—This map provides the location of major drainage 

basin divides in Genesee County (Oatka, Black, Tonawanda, 

and Oak Orchard Creek drainage basins) and the location of 

all wells used in the carbonate-rock aquifer study and wells 

located north or south of the study area. The locations of 

wells within the study area were verified using office 

methods, or by field verification; however, the locations of 

wells outside the study area were not verified. Therefore, 

bedrock-surface contours represent a generalized surface, 

especially outside the study area. Anthropogenic features 

(quarries and mines) are also shown on this map. The 

location of agricultural land uses (cropland, hay and pasture, 

in light brown shading) and the “shallow-to-bedrock” soils 

are shown using a hachured pattern. These 

“shallow-to-bedrock” soils have an infiltration rate of 1.42 to 

5.67 inch per hour (in/hr), and bedrock with associated 

solution-widened fractures or karst features may be present 

at or just below the land surface. Four additional 

“shallow-to-bedrock” soils (Aurora, Benson, Wassaic, and 

Rubbleland) that have lower infiltration rates but have been 

associated with manure application and groundwater 

contamination in Genesee County also are shown.

BATAVIA SOUTH, NY

ERIE

GENESEE

LIVINGSTON

MONROE

NIAGARA ORLEANS

WYOMING

AKRON

OAKFIELD

BATAVIA

NORTH

BYRON

CHURCHVILLE

CORFU

ALEXANDER

BATAVIA

SOUTH

STAFFORD

LE ROY

Carbonate

Study Area

Plate 1 Plate 2 Plate 3 Plate 4 Plate 5

Plate 7 Plate 6 Plate 9 Plate 8 Plate 10

Carbonate-rock aquifer study area

boundary 

Cropland/hay/pasture

Basin boundary, hydrologic unit code,

and name

04120104

Tonawanda Creek

Shallow soils with infiltration rates ranging

from 1.42 to 5.67 inches per hour

Altitude of bedrock surface, in feet

above sea level (NAVD 88); intermediate contours are 25-foot intervals

NYS Department of Environmental

Conservation

NYS Department of Transportation

NYS Thruway Authority

SSURGO exposed bedrock

USGS GWSI

Bedrock data source

GS434

GS281

GS231

GS242

Mine or quarry

Sand or gravel pit

Inactive quarry

Anthropogenic features

Number is well number assigned by

U.S. Geological Survey; two-letter prefix denotes 

Genesee County.

Aurora, Benson, Wassaic, and Rubbleland

soils

700

EXPLANATION

MAP SERIES 2

SCIENTIFIC INVESTIGATIONS MAP 3132

Geology, land use, and wells used in the study,

Batavia South, Genesee County, NY—PLATE 8, MAP 2

Reddy, J.E., and Kappel, W.M., 2010, Hydrogeologic and geospatial data for the assessment

of focused recharge to the carbonate-rock aquifer in Genesee County, New York;

U.S. Geological Survey, Scientific Investigations Map 3132, 20 plates, 1:24,000 scale.

1,000 0 1,000 2,000 3,000 4,000 5,000 6,000 7,000 FEET

1 .5 0 1 KILOMETER

SCALE 1:24 000

1 1/ 2 0 1 MILE