Non-Technical Descriptions - USDA · State Of Rhode Island: Bristol, Kent, Newport, Providence, And Washington Counties Map Ba - Beaches Description Category: SOI Beaches This map

Non-Technical Descriptions State Of Rhode Island: Bristol, Kent, Newport, Providence, And Washington Counties

Only those map units that have entries for the selected non-technical description categories are included in this report.

Map Aa - Adrian muck

Description Category: SOI

Adrian Muck This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Adrian soils. 10 percent minor components. Adrian soils This component occurs on small drainageway landforms. The parent material consists of organic material over sand and gravel. The slope ranges from 0 to 2 percent and the runoff class is negligible. The depth to a restrictive feature is greater than 60 inches. The drainage class is very poorly drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 10.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.2 LEP (low). The flooding frequency for this component is frequent. The ponding hazard is rare. The minimum depth to a seasonal water table, when present, is about 0 inches. The Nonirrigated Land Capability Class is 5w

Map AfA - Agawam fine sandy loam, 0 to 3 percent slopes


Agawam Fine Sandy Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Agawam soils. 10 percent minor components. Agawam soils This component occurs on terrace and outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 6.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1

Map AfB - Agawam fine sandy loam, 3 to 8 percent slopes


Agawam Fine Sandy Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Agawam soils. 10 percent minor components. Agawam soils This component occurs on terrace and outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 6.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e

Map Ba - Beaches

Distribution Generation Date: 7/10/02 Page 1 of 42

Non-Technical Descriptions - Continued State Of Rhode Island: Bristol, Kent, Newport, Providence, And Washington Counties

Map Ba - Beaches


Beaches This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 95 percent Beaches. 5 percent minor components. Beaches Beaches are sandy, gravelly, or cobbly shores washed and rewashed by waves. The areas may be partly covered with water during high tides or storms. The Nonirrigated Land Capability Class is 8

Map Bc - Birchwood sandy loam


Birchwood Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Birchwood soils. 10 percent minor components. Birchwood soils This component occurs on hill, drumlin landforms. The parent material consists of glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is 20 to 36 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.6 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w

Map BhA - Bridgehampton silt loam, 0 to 3 percent slopes


Bridgehampton Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Bridgehampton soils. 10 percent minor components. Bridgehampton soils This component occurs on outwash plain, terrace landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1

Map BhB - Bridgehampton silt loam, 3 to 8 percent slopes



Map BhB - Bridgehampton silt loam, 3 to 8 percent slopes


Bridgehampton Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Bridgehampton soils. 10 percent minor components. Bridgehampton soils This component occurs on outwash plain, terrace landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e

Map BmA - Bridgehampton silt loam, till substratum, 0 to 3 percent slopes


Bridgehampton Silt Loam, Till Substratum, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Bridgehampton soils. 10 percent minor components. Bridgehampton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1

Map BmB - Bridgehampton silt loam, till substratum, 3 to 8 percent slopes


Bridgehampton Silt Loam, Till Substratum, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Bridgehampton soils. 10 percent minor components. Bridgehampton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e

Map BnB - Bridgehampton-charlton complex, very stony, 0 to 8 percent slopes



Map BnB - Bridgehampton-charlton complex, very stony, 0 to 8 percent slopes


Bridgehampton-Charlton Complex, Very Stony, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Bridgehampton soils, 25 percent Charlton soils. 15 percent minor components. Bridgehampton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Charlton soils This component occurs on upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 0 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map BnC - Bridgehampton-charlton complex, very stony, 8 to 15 percent slopes


Bridgehampton-Charlton Complex, Very Stony, 8 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Bridgehampton soils, 25 percent Charlton soils. 15 percent minor components. Bridgehampton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 8 to 15 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Charlton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 8 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map BoC - Bridgehampton-charlton complex, extremely stony, 3 to 15 percent slopes



Map BoC - Bridgehampton-charlton complex, extremely stony, 3 to 15 percent slopes


Bridgehampton-Charlton Complex, Extremely Stony, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Bridgehampton soils, 25 percent Charlton soils. 15 percent minor components. Bridgehampton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s Charlton soils This component occurs on upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s

Map BrA - Broadbrook silt loam, 0 to 3 percent slopes


Broadbrook Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Broadbrook soils. 10 percent minor components. Broadbrook soils This component occurs on drumlin, upland hill landforms. The parent material consists of eolian mantle over glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is 20 to 40 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 8.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 1

Map BrB - Broadbrook silt loam, 3 to 8 percent slopes


Broadbrook Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Broadbrook soils. 10 percent minor components. Broadbrook soils This component occurs on drumlin, upland hill landforms. The parent material consists of eolian mantle over glacial till. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is 20 to 40 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 8.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2e



Map BrB - Broadbrook silt loam, 3 to 8 percent slopes

Map BsB - Broadbrook very stony silt loam, 0 to 8 percent slopes


Broadbrook Very Stony Silt Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Broadbrook soils. 10 percent minor components. Broadbrook soils This component occurs on drumlin, upland hill landforms. The parent material consists of eolian mantle over glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is 20 to 40 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 8.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 6s

Map CaC - Canton-charlton-rock outcrop complex, 3 to 15 percent slopes


Canton-Charlton-Rock Outcrop Complex, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 40 percent Canton soils, 20 percent Charlton soils, and 20 percent Rock Outcrop. 20 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s Rock Outcrop This component occurs on bedrock controlled landforms. The slope ranges from 3 to 15 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map CaD - Canton-charlton-rock outcrop complex, 15 to 35 percent slopes



Map CaD - Canton-charlton-rock outcrop complex, 15 to 35 percent slopes


Canton-Charlton-Rock Outcrop Complex, 15 To 35 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) Rock Outcrop. 20 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 15 to 35 percent and the runoff class is high. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 15 to 35 percent and the runoff class is high. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s Rock Outcrop This component occurs on bedrock controlled landforms. The slope ranges from 15 to 35 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map CB - Canton-urban land complex


Canton-Urban Land Complex This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 40 percent Canton soils, 30 percent Urban Land. 30 percent minor components. Canton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e Urban Land Urban land is land mostly covered by streets, parking lots, buildings, and other structures of urban areas. The slope ranges from 0 to 15 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map CC - Canton-urban land complex, very rocky



Map CC - Canton-urban land complex, very rocky


Canton-Urban Land Complex, Very Rocky This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 40 percent Canton soils, 30 percent Urban Land. 30 percent minor components. Canton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.3 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Urban Land Urban land is land mostly covered by streets, parking lots, buildings, and other structures of urban areas. The slope ranges from 0 to 15 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map CdA - Canton and charlton fine sandy loams, 0 to 3 percent slopes


Canton And Charlton Fine Sandy Loams, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Canton soils, 30 percent Charlton soils. 10 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1 Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1

Map CdB - Canton and charlton fine sandy loams, 3 to 8 percent slopes



Map CdB - Canton and charlton fine sandy loams, 3 to 8 percent slopes


Canton And Charlton Fine Sandy Loams, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Canton soils, 30 percent Charlton soils. 10 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e

Map CdC - Canton and charlton fine sandy loams, 8 to 15 percent slopes


Canton And Charlton Fine Sandy Loams, 8 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Canton soils, 30 percent Charlton soils. 10 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 8 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3e Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 8 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3e

Map CeC - Canton and charlton fine sandy loams, very rocky, 3 to 15 percent slopes



Map CeC - Canton and charlton fine sandy loams, very rocky, 3 to 15 percent slopes


Canton And Charlton Fine Sandy Loams, Very Rocky, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 50 percent Canton soils, 30 percent Charlton soils. 20 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.3 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map ChB - Canton and charlton very stony fine sandy loams, 3 to 8 percent slopes


Canton And Charlton Very Stony Fine Sandy Loams, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Canton soils, 30 percent Charlton soils. 10 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.3 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map ChC - Canton and charlton very stony fine sandy loams, 8 to 15 percent slopes



Map ChC - Canton and charlton very stony fine sandy loams, 8 to 15 percent slopes


Canton And Charlton Very Stony Fine Sandy Loams, 8 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Canton soils, 30 percent Charlton soils. 10 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 8 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.3 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 8 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map ChD - Canton and charlton very stony fine sandy loams, 15 to 25 percent slopes


Canton And Charlton Very Stony Fine Sandy Loams, 15 To 25 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Canton soils, 30 percent Charlton soils. 10 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 15 to 25 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.3 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 15 to 25 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map CkC - Canton and charlton extremely stony fine sandy loams, 3 to 15 percent slopes



Map CkC - Canton and charlton extremely stony fine sandy loams, 3 to 15 percent slopes


Canton And Charlton Extremely Stony Fine Sandy Loams, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Canton soils, 30 percent Charlton soils. 10 percent minor components. Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s Charlton soils This component occurs on ridge, upland hill landforms. The parent material consists of friable glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.0 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s

Map Co - Carlisle muck


Carlisle Muck This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Carlisle soils. 10 percent minor components. Carlisle soils This component occurs on depression, outwash plain, till plain landforms. The parent material consists of organic deposits. The slope ranges from 0 to 2 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is very poorly drained. The slowest permeability within 60 inches is not populated, with about 26.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 0.0 LEP (low). The flooding frequency for this component is frequent. The ponding hazard is frequent. The minimum depth to a seasonal water table, when present, is about 0 inches. The Nonirrigated Land Capability Class is 5w

Map Dc - Deerfield loamy fine sand



Map Dc - Deerfield loamy fine sand


Deerfield Loamy Fine Sand This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Deerfield soils. 10 percent minor components. Deerfield soils This component occurs on terrace, outwash plain landforms. The parent material consists of sandy glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is negligible. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 3.7 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 27 inches. The Nonirrigated Land Capability Class is 3w

Map Du - Dumps


Dumps This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. This map unit is 90 percent Dumps soils. 10 percent minor components. Dumps Dumps are areas of smoothed or uneven accumulations or piles of waste rock and general refuse. The slope ranges from 0 to 25 percent and the runoff class is low. The Nonirrigated Land Capability Class is 8

Map EfA - Enfield silt loam, 0 to 3 percent slopes


Enfield Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Enfield soils. 10 percent minor components. Enfield soils This component occurs on terrace, outwash plain landforms. The parent material consists of eolian mantled glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.7 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1

Map EfB - Enfield silt loam, 3 to 8 percent slopes



Map EfB - Enfield silt loam, 3 to 8 percent slopes


Enfield Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Enfield soils. 10 percent minor components. Enfield soils This component occurs on terrace, outwash plain landforms. The parent material consists of eolian mantled glaciofluvial deposits. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.7 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e

Map GBC - Gloucester-bridgehampton complex, rolling


Gloucester-Bridgehampton Complex, Rolling This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 50 percent Gloucester soils, 30 percent Bridgehampton soils. 20 percent minor components. Gloucester soils This component occurs on ridge, upland hill landforms on Block Island. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 4.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3e Bridgehampton soils This component occurs on ridge, upland hill landforms on Block Island. The parent material consists of mixed glaciofluvial deposits and glacial till. The slope ranges from 3 to 15 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3e

Map GBD - Gloucester-bridgehampton complex, hilly



Map GBD - Gloucester-bridgehampton complex, hilly


Gloucester-Bridgehampton Complex, Hilly This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 50 percent Gloucester soils, 30 percent Bridgehampton soils. 20 percent minor components. Gloucester soils This component occurs on ridge, upland hill landforms on Block Island. The parent material consists of glacial till. The slope ranges from 15 to 35 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 4.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 4e Bridgehampton soils This component occurs on ridge, upland hill landforms on Block Island. The parent material consists of mixed glaciofluvial deposits and glacial till. The slope ranges from 15 to 35 percent and the runoff class is very high. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 11.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 4e

Map GhC - Gloucester-hinckley very stony sandy loams, rolling


Gloucester-Hinckley Very Stony Sandy Loams, Rolling This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 50 percent Gloucester soils, 25 percent Hinckley soils. 25 percent minor components. Gloucester soils This component occurs on hill, ridge landforms. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 4.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Hinckley soils This component occurs on hill, ridge landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 15 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 3.2 inches (low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 4s

Map GhD - Gloucester-hinckley very stony sandy loams, hilly



Map GhD - Gloucester-hinckley very stony sandy loams, hilly


Gloucester-Hinckley Very Stony Sandy Loams, Hilly This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 50 percent Gloucester soils, 25 percent Hinckley soils. 25 percent minor components. Gloucester soils This component occurs on ridge, hill landforms. The parent material consists of glacial till. The slope ranges from 15 to 35 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 4.2 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s Hinckley soils This component occurs on ridge, hill landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 15 to 35 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 3.2 inches (low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map HkA - Hinckley gravelly sandy loam, 0 to 3 percent slopes


Hinckley Gravelly Sandy Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Hinckley soils. 10 percent minor components. Hinckley soils This component occurs on terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is negligible. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 3.2 inches (low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3s

Map HkC - Hinckley gravelly sandy loam, rolling



Map HkC - Hinckley gravelly sandy loam, rolling


Hinckley Gravelly Sandy Loam, Rolling This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Hinckley soils. 10 percent minor components. Hinckley soils This component occurs on terrace, outwash plain, kame, esker landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 15 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 3.2 inches (low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 4s

Map HkD - Hinckley gravelly sandy loam, hilly


Hinckley Gravelly Sandy Loam, Hilly This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Hinckley soils. 10 percent minor components. Hinckley soils This component occurs on terrace, outwash plain, kame, esker, recessional moraine landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 15 to 35 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 3.2 inches (low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map HnC - Hinckley-enfield complex, rolling



Map HnC - Hinckley-enfield complex, rolling


Hinckley-Enfield Complex, Rolling This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 60 percent Hinckley soils, 30 percent Enfield soils. Hinckley soils This component occurs on hill, ridge, recessional moraine, kame, esker landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 15 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 3.2 inches (low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 4s Enfield soils This component occurs on hill, ridge, recessional moraine, kame, esker landforms. The parent material consists of eolian mantled glaciofluvial deposits. The slope ranges from 3 to 15 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.7 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3e

Map Ip - Ipswich peat


Ipswich Peat This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 95 percent Ipswich soils. 5 percent minor components. Ipswich soils This component occurs on tidal marsh landforms. The parent material consists of organic material. The slope ranges from 0 to 1 percent and the runoff class is negligible. The depth to a restrictive feature is greater than 60 inches. The drainage class is very poorly drained. The slowest permeability within 60 inches is not populated, with about 18.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 0.0 LEP (low). The flooding frequency for this component is frequent. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 6 inches. The maximum amount of salinity in any layer is about 60 mmhos/cm (strongly saline). The Nonirrigated Land Capability Class is 8

Map LgC - Lippitt gravelly sandy loam, very rocky, 3 to 15 percent slopes



Map LgC - Lippitt gravelly sandy loam, very rocky, 3 to 15 percent slopes


Lippitt Gravelly Sandy Loam, Very Rocky, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Lippitt soils. 15 percent minor components. Lippitt soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is 20 to 40 inches to bedrock (paralithic). The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 2.3 inches (very low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.2 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 4e

Map Ma - Mansfield mucky silt loam


Mansfield Mucky Silt Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 95 percent Mansfield soils. 5 percent minor components. Mansfield soils This component occurs on depression, small drainageway landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is 12 to 22 inches to densic material. The drainage class is very poorly drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 5w

Map Mc - Mansfield very stony mucky silt loam


Mansfield Very Stony Mucky Silt Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Mansfield soils. 10 percent minor components. Mansfield soils This component occurs on depression, small drainageway landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is 12 to 22 inches to densic material. The drainage class is very poorly drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 7s

Map Mk - Matunuck mucky peat



Map Mk - Matunuck mucky peat


Matunuck Mucky Peat This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 95 percent Matunuck soils. 5 percent minor components. Matunuck soils This component occurs on tidal marsh landforms. The parent material consists of organic material over sand. The slope ranges from 0 to 1 percent and the runoff class is negligible. The depth to a restrictive feature is greater than 60 inches. The drainage class is very poorly drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 8.1 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.4 LEP (low). The flooding frequency for this component is frequent. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 0 inches. The maximum amount of salinity in any layer is about 16 mmhos/cm (moderately saline). The Nonirrigated Land Capability Class is 8

Map MmA - Merrimac sandy loam, 0 to 3 percent slopes


Merrimac Sandy Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Merrimac soils. 10 percent minor components. Merrimac soils This component occurs on terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2s

Map MmB - Merrimac sandy loam, 3 to 8 percent slopes


Merrimac Sandy Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Merrimac soils. 10 percent minor components. Merrimac soils This component occurs on terrace outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2s

Map MU - Merrimac-urban land complex



Map MU - Merrimac-urban land complex


Merrimac-Urban Land Complex This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 40 percent Merrimac soils, 40 percent Urban Land. 20 percent minor components. Merrimac soils This component occurs on terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 15 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is somewhat excessively drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2s Urban Land Urban land is land mostly covered by streets, parking lots, buildings, and other structures of urban areas. The slope ranges from 0 to 15 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map NaA - Narragansett silt loam, 0 to 3 percent slopes


Narragansett Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Narragansett soils. 10 percent minor components. Narragansett soils This component occurs on till plain, upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1

Map NaB - Narragansett silt loam, 3 to 8 percent slopes


Narragansett Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Narragansett soils. 10 percent minor components. Narragansett soils This component occurs on till plain, upland hill landforms. The parent material consists of glacial till. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e



Map NbB - Narragansett very stony silt loam, 0 to 8 percent slopes


Narragansett Very Stony Silt Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Narragansett soils. 10 percent minor components. Narragansett soils This component occurs on upland landforms. The parent material consists of glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map NbC - Narragansett very stony silt loam, 8 to 15 percent slopes


Narragansett Very Stony Silt Loam, 8 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Narragansett soils. 10 percent minor components. Narragansett soils This component occurs on upland landforms. The parent material consists of glacial till. The slope ranges from 8 to 15 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map NcC - Narragansett extremely stony silt loam, 3 to 15 percent slopes


Narragansett Extremely Stony Silt Loam, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Narragansett soils. 10 percent minor components. Narragansett soils This component occurs on upland landforms. The parent material consists of glacial till. The slope ranges from 3 to 15 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s

Map NeA - Newport silt loam, 0 to 3 percent slopes



Map NeA - Newport silt loam, 0 to 3 percent slopes


Newport Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Newport soils. 10 percent minor components. Newport soils This component occurs on drumlin, till plain landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is 20 to 38 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 1

Map NeB - Newport silt loam, 3 to 8 percent slopes


Newport Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Newport soils. 10 percent minor components. Newport soils This component occurs on drumlin, till plain landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is 20 to 38 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e

Map NeC - Newport silt loam, 8 to 15 percent slopes


Newport Silt Loam, 8 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Newport soils. 10 percent minor components. Newport soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 8 to 15 percent and the runoff class is low. The depth to a restrictive feature is 20 to 38 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3e

Map NfB - Newport very stony silt loam, 3 to 8 percent slopes



Map NfB - Newport very stony silt loam, 3 to 8 percent slopes


Newport Very Stony Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Newport soils. 15 percent minor components. Newport soils This component occurs on drumlin, till plain landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is 20 to 38 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map NoC - Newport extremely stony silt loam, 3 to 15 percent slopes


Newport Extremely Stony Silt Loam, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Newport soils. 15 percent minor components. Newport soils This component occurs on drumlin, till plain landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is 20 to 38 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 7s

Map NP - Newport-urban land complex


Newport-Urban Land Complex This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 40 percent Newport soils, 30 percent Urban Land. 30 percent minor components. Newport soils This component occurs on drumlin, till plain landforms. The parent material consists of dense glacial till. The slope ranges from 1 to 15 percent and the runoff class is low. The depth to a restrictive feature is 20 to 38 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 2e Urban Land Urban land is land mostly covered by streets, parking lots, buildings, and other structures of urban areas. The slope ranges from 1 to 15 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8



Map Nt - Ninigret fine sandy loam


Ninigret Fine Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Ninigret soils. 10 percent minor components. Ninigret soils This component occurs on terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w

Map PaA - Paxton fine sandy loam, 0 to 3 percent slopes


Paxton Fine Sandy Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Paxton soils. 10 percent minor components. Paxton soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 1

Map PaB - Paxton fine sandy loam, 3 to 8 percent slopes


Paxton Fine Sandy Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Paxton soils. 10 percent minor components. Paxton soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2e

Map PbB - Paxton very stony fine sandy loam, 0 to 8 percent slopes



Map PbB - Paxton very stony fine sandy loam, 0 to 8 percent slopes


Paxton Very Stony Fine Sandy Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Paxton soils. 10 percent minor components. Paxton soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 8 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 6s

Map PbC - Paxton very stony fine sandy loam, 8 to 15 percent slopes


Paxton Very Stony Fine Sandy Loam, 8 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Paxton soils. 10 percent minor components. Paxton soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 8 to 15 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 6s

Map PcC - Paxton extremely stony fine sandy loam, 3 to 15 percent slopes


Paxton Extremely Stony Fine Sandy Loam, 3 To 15 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Paxton soils. 10 percent minor components. Paxton soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 15 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 7s

Map PD - Paxton-urban land complex



Map PD - Paxton-urban land complex


Paxton-Urban Land Complex This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 40 percent Paxton soils, 30 percent Urban Land. 30 percent minor components. Paxton soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 15 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 1 Urban Land Urban land is land mostly covered by streets, parking lots, buildings, and other structures of urban areas. The slope ranges from 1 to 15 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map Pg - Pits, quarries


Pits, Gravel This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. This map unit is 98 percent Pits soils. 2 percent minor components. Pits, Gravel Pits are open excavations from which the soil and commonly underlying material have been removed, exposing either rock or other material. The slope ranges from 0 to 25 percent and the runoff class is low. The Nonirrigated Land Capability Class is 8

Map Pk - Pits, quarries


Pits, Quarries This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. This map unit is 98 percent Pits soils. 2 percent minor components. Pits, Quarries Pits are open excavations from which the soil and commonly underlying material have been removed, exposing either rock or other material. The slope ranges from 0 to 4 percent and the runoff class is low. Some escarpments are present. The Nonirrigated Land Capability Class is 8

Map PmA - Pittstown silt loam, 0 to 3 percent slopes



Map PmA - Pittstown silt loam, 0 to 3 percent slopes


Pittstown Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Pittstown soils. 10 percent minor components. Pittstown soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is 18 to 38 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.06 in/hr (slow), with about 9.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 27 inches. The Nonirrigated Land Capability Class is 2w

Map PmB - Pittstown silt loam, 3 to 8 percent slopes


Pittstown Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Pittstown soils. 10 percent minor components. Pittstown soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is 18 to 38 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.06 in/hr (slow), with about 9.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 27 inches. The Nonirrigated Land Capability Class is 2e

Map PnB - Pittstown very stony silt loam, 0 to 8 percent slopes


Pittstown Very Stony Silt Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Pittstown soils. 10 percent minor components. Pittstown soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is 18 to 38 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.06 in/hr (slow), with about 9.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 27 inches. The Nonirrigated Land Capability Class is 6s

Map Pp - Podunk fine sandy loam



Map Pp - Podunk fine sandy loam


Podunk Fine Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Pootatuck soils. 15 percent minor components. Podunk (Pootatuck) soils This component occurs on flood plain landforms. The parent material consists of alluvium. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is frequent. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w

Map PsA - Poquonock loamy fine sand, 0 to 3 percent slopes


Poquonock Loamy Fine Sand, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Poquonock soils. 10 percent minor components. Poquonock soils This component occurs on drumlin, hill landforms. The parent material consists of sandy mantle over dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is negligible. The depth to a restrictive feature is 24 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 5.1 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2s

Map PsB - Poquonock loamy fine sand, 3 to 8 percent slopes


Poquonock Loamy Fine Sand, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Poquonock soils. 10 percent minor components. Poquonock soils This component occurs on drumlin, upland landforms. The parent material consists of sandy mantle over dense glacial till. The slope ranges from 3 to 8 percent and the runoff class is negligible. The depth to a restrictive feature is 24 to 36 inches to densic material. The drainage class is well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 5.1 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2s

Map QoA - Quonset gravelly sandy loam, 0 to 3 percent slopes



Map QoA - Quonset gravelly sandy loam, 0 to 3 percent slopes


Quonset Gravelly Sandy Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Quonset soils. 10 percent minor components. Quonset soils This component occurs on terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is negligible. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 1.9 inches (very low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3s

Map QoC - Quonset gravelly sandy loam, rolling


Quonset Gravelly Sandy Loam, Rolling This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Quonset soils. 10 percent minor components. Quonset soils This component occurs on terrace, outwash plain, kame, esker landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 15 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 1.9 inches (very low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 4s

Map RaA - Rainbow silt loam, 0 to 3 percent slopes


Rainbow Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Rainbow soils. 10 percent minor components. Rainbow soils This component occurs on drumlin, till plain landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is 18 to 38 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w

Map RaB - Rainbow silt loam, 3 to 8 percent slopes



Map RaB - Rainbow silt loam, 3 to 8 percent slopes


Rainbow Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Rainbow soils. Rainbow soils This component occurs on drumlin, hill landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is 18 to 38 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2e

Map RbB - Rainbow very stony silt loam, 0 to 8 percent slopes


Rainbow Very Stony Silt Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Rainbow soils. 10 percent minor components. Rainbow soils This component occurs on drumlin, upland landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is 18 to 38 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 7.6 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 6s

Map Rc - Raypol silt loam


Raypol Silt Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Raypol soils. 10 percent minor components. Raypol soils This component occurs on terrace, outwash plain landforms. The parent material consists of silty glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is poorly drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 6 inches. The Nonirrigated Land Capability Class is 4w

Map Re - Ridgebury fine sandy loam



Map Re - Ridgebury fine sandy loam


Ridgebury Fine Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Ridgebury soils. 10 percent minor components. Ridgebury soils This component occurs on depression, drainageway, drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is 10 to 30 inches to densic material. The drainage class is poorly drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 3.7 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 3w

Map Rf - Ridgebury, whitman, and leicester extremely stony fine sandy loams


Ridgebury, Whitman, And Leicester Extremely Stony Fine Sandy Loams This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 30 percent Ridgebury soils, 20 percent Whitman soils, and 30 percent Leicester soils. 20 percent minor components. Ridgebury soils This component occurs on depression, drainageway, upland landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is 10 to 30 inches to densic material. The drainage class is poorly drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 3.7 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 7s Whitman soils This component occurs on depression, drainageway, upland landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is 10 to 25 inches to densic material. The drainage class is very poorly drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 4.7 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 7s Leicester soils This component occurs on depression, drainageway, upland landforms. The parent material consists of loamy glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is poorly drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.6 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 7s

Map Rk - Rock outcrop



Map Rk - Rock outcrop


Rock Outcrop This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 80 percent Rock Outcrop. 20 percent minor components. Rock Outcrop This component occurs on bedrock controlled landforms along the shore. The slope ranges from 0 to 50 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map Rp - Rock outcrop-canton complex


Rock Outcrop-Canton Complex This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 50 percent Rock Outcrop, 25 percent Canton soils. 25 percent minor components. Rock Outcrop This component occurs on bedrock controlled landforms. The slope ranges from 0 to 35 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8 Canton soils This component occurs on ridge, upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 35 percent and the runoff class is high. The depth to a restrictive feature is greater than 60 inches. The drainage class is well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.3 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 6s

Map Ru - Rumney fine sandy loam


Rumney Fine Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Rippowam soils. 15 percent minor components. Rumney (Rippowam) soils This component occurs on flood plain landforms. The parent material consists of alluvium. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is poorly drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 5.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is frequent. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 4w

Map Sb - Scarboro mucky sandy loam



Map Sb - Scarboro mucky sandy loam


Scarboro Mucky Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Scarboro soils. 10 percent minor components. Scarboro soils This component occurs on depression, drainageway, terrace, outwash plain landforms. The parent material consists of sandy glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is very poorly drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 5.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is rare. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 12 inches. The Nonirrigated Land Capability Class is 5w

Map ScA - Scio silt loam, 0 to 3 percent slopes


Scio Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Scio soils. Scio soils This component occurs on till plain landforms. The parent material consists of silt mantled glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 10.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 21 inches. The Nonirrigated Land Capability Class is 2w

Map SdB - Scio very stony silt loam, 0 to 8 percent slopes


Scio Very Stony Silt Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Scio soils. 10 percent minor components. Scio soils This component occurs on till plain landforms. The parent material consists of silt mantled glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 10.4 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 21 inches. The Nonirrigated Land Capability Class is 6s

Map Se - Stissing silt loam



Map Se - Stissing silt loam


Stissing Silt Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Stissing soils. 10 percent minor components. Stissing soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is 15 to 25 inches to densic material. The drainage class is poorly drained. The slowest permeability within 60 inches is about 0.06 in/hr (slow), with about 4.5 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 3w

Map Sf - Stissing very stony silt loam


Stissing Very Stony Silt Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Stissing soils. 10 percent minor components. Stissing soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is 15 to 25 inches to densic material. The drainage class is poorly drained. The slowest permeability within 60 inches is about 0.06 in/hr (slow), with about 4.7 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 9 inches. The Nonirrigated Land Capability Class is 7s

Map Ss - Sudbury sandy loam


Sudbury Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Sudbury soils. 10 percent minor components. Sudbury soils This component occurs on depression, terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 4.9 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 27 inches. The Nonirrigated Land Capability Class is 2w

Map StA - Sutton fine sandy loam, 0 to 3 percent slopes



Map StA - Sutton fine sandy loam, 0 to 3 percent slopes


Sutton Fine Sandy Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Sutton soils. 15 percent minor components. Sutton soils This component occurs on upland landforms. The parent material consists of glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.6 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w

Map StB - Sutton fine sandy loam, 3 to 8 percent slopes


Sutton Fine Sandy Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Sutton soils. 15 percent minor components. Sutton soils This component occurs on upland landforms. The parent material consists of glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.6 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2e

Map SuB - Sutton very stony fine sandy loam, 0 to 8 percent slopes


Sutton Very Stony Fine Sandy Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Sutton soils. 15 percent minor components. Sutton soils This component occurs on upland landforms. The parent material consists of glacial till. The slope ranges from 0 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 6s

Map SvB - Sutton extremely stony fine sandy loam, 0 to 8 percent slopes



Map SvB - Sutton extremely stony fine sandy loam, 0 to 8 percent slopes


Sutton Extremely Stony Fine Sandy Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Sutton soils. 15 percent minor components. Sutton soils This component occurs on upland hill landforms. The parent material consists of glacial till. The slope ranges from 0 to 8 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 7.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 7s

Map Tb - Tisbury silt loam


Tisbury Silt Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Tisbury soils. 10 percent minor components. Tisbury soils This component occurs on terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w

Map UAB - Udipsamments


Udipsamments This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 98 percent Udipsamments soils. 2 percent minor components. Udipsamments soils This component occurs on dune landforms. The parent material consists of eolian sand. The slope ranges from 0 to 25 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 20.00 in/hr (very rapid), with about 2.6 inches (low) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 48 inches. The maximum amount of salinity in any layer is about 0 mmhos/cm (nonsaline). The Nonirrigated Land Capability Class is 7s

Map UBE - Udorthents, very steep



Map UBE - Udorthents, very steep


Udorthents, Very Steep This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 70 percent Udorthents soils, 15 percent Beaches. 15 percent minor components. Udorthents soils This component occurs on escarpment landforms. The parent material consists of glacial till and glaciofluvial deposits. The slope ranges from 20 to 50 percent and the runoff class is high. The depth to a restrictive feature is greater than 60 inches. The drainage class is. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is not flooded. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is Beaches Beaches are sandy, gravelly, or cobbly shores washed and rewashed by waves. The areas may be partly covered with water during high tides or storms. The Nonirrigated Land Capability Class is 8

Map UD - Udorthents-urban land complex


Udorthents-Urban Land Complex This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 70 percent Udorthents soils, 20 percent Urban Land. 10 percent minor components. Udorthents soils This component occurs on cut (road, railroad, etc.), railroad bed, roadbed, spoil pile, urban land, fill landforms. The slope ranges from 0 to 15 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is. The lowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.5 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is Urban Land Urban land is land mostly covered by streets, parking lots, buildings, and other structures of urban areas. The slope ranges from 1 to 15 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map Ur - Urban land



Map Ur - Urban land


Urban Land This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 85 percent Urban Land. 15 percent minor components. Urban Land Urban land is land mostly covered by streets, parking lots, buildings, and other structures of urban areas. The slope ranges from 1 to 10 percent and the runoff class is very high. The Nonirrigated Land Capability Class is 8

Map W - Water


Map Wa - Walpole sandy loam


Walpole Sandy Loam This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Walpole soils. 10 percent minor components. Walpole soils This component occurs on depression, small drainageway, terrace, outwash plain landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is poorly drained. The slowest permeability within 60 inches is about 2.00 in/hr (moderately rapid), with about 5.1 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 6 inches. The Nonirrigated Land Capability Class is 4w

Map WbA - Wapping silt loam, 0 to 3 percent slopes


Wapping Silt Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Wapping soils. 10 percent minor components. Wapping soils This component occurs on drainageway, upland hill landforms. The parent material consists of eolian mantled glacial till. The slope ranges from 0 to 3 percent and the runoff class is low. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w



Map WbB - Wapping silt loam, 3 to 8 percent slopes


Wapping Silt Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Wapping soils. 10 percent minor components. Wapping soils This component occurs on upland hill landforms. The parent material consists of eolian mantled glacial till. The slope ranges from 3 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.2 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2e

Map WcB - Wapping very stony silt loam, 0 to 8 percent slopes


Wapping Very Stony Silt Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Wapping soils. 10 percent minor components. Wapping soils This component occurs on upland hill landforms. The parent material consists of eolian mantled glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.1 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 6s

Map WdB - Wapping extremely stony silt loam, 0 to 8 percent slopes


Wapping Extremely Stony Silt Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Wapping soils. 10 percent minor components. Wapping soils This component occurs on upland hill landforms. The parent material consists of eolian mantled glacial till. The slope ranges from 0 to 8 percent and the runoff class is medium. The depth to a restrictive feature is greater than 60 inches. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.60 in/hr (moderate), with about 8.1 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 7s

Map WgA - Windsor loamy sand, 0 to 3 percent slopes



Map WgA - Windsor loamy sand, 0 to 3 percent slopes


Windsor Loamy Sand, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Windsor soils. 10 percent minor components. Windsor soils This component occurs on terrace, outwash plain, kame, esker landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 0 to 3 percent and the runoff class is negligible. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 5.1 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3s

Map WgB - Windsor loamy sand, 3 to 8 percent slopes


Windsor Loamy Sand, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Windsor soils. 10 percent minor components. Windsor soils This component occurs on terrace, outwash plain, kame, esker landforms. The parent material consists of glaciofluvial deposits. The slope ranges from 3 to 8 percent and the runoff class is very low. The depth to a restrictive feature is greater than 60 inches. The drainage class is excessively drained. The slowest permeability within 60 inches is about 6.00 in/hr (rapid), with about 5.1 inches (moderate) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is greater than 6 feet. The Nonirrigated Land Capability Class is 3s

Map WhA - Woodbridge fine sandy loam, 0 to 3 percent slopes


Woodbridge Fine Sandy Loam, 0 To 3 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Woodbridge soils. 10 percent minor components. Woodbridge soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 3 percent and the runoff class is very low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2w

Map WhB - Woodbridge fine sandy loam, 3 to 8 percent slopes



Map WhB - Woodbridge fine sandy loam, 3 to 8 percent slopes


Woodbridge Fine Sandy Loam, 3 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Woodbridge soils. 10 percent minor components. Woodbridge soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 3 to 8 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 13.9 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 2e

Map WoB - Woodbridge very stony fine sandy loam, 0 to 8 percent slopes


Woodbridge Very Stony Fine Sandy Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Woodbridge soils. 10 percent minor components. Woodbridge soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense glacial till. The slope ranges from 0 to 8 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 6s

Map WrB - Woodbridge extremely stony fine sandy loam, 0 to 8 percent slopes


Woodbridge Extremely Stony Fine Sandy Loam, 0 To 8 Percent Slopes This map unit is in the New England and Eastern New York Upland, Southern Part Major Land Resource Area. The mean annual precipitation is 44 to 50 inches (1118 to 1270 millimeters) and the average annual air temperature is 49 to 50 degrees F. (9 to 10 degrees C.) This map unit is 90 percent Woodbridge soils. 10 percent minor components. Woodbridge soils This component occurs on drumlin, upland hill landforms. The parent material consists of dense material. The slope ranges from 0 to 8 percent and the runoff class is low. The depth to a restrictive feature is 15 to 36 inches to densic material. The drainage class is moderately well drained. The slowest permeability within 60 inches is about 0.00 in/hr (impermeable), with about 6.8 inches (high) available water capacity. The weighted average shrink-swell potential in 10 to 60 inches is about 1.5 LEP (low). The flooding frequency for this component is none. The ponding hazard is none. The minimum depth to a seasonal water table, when present, is about 24 inches. The Nonirrigated Land Capability Class is 7s


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Non-Technical Descriptions - USDA · State Of Rhode Island: Bristol, Kent, Newport, Providence, And Washington Counties Map Ba - Beaches Description Category: SOI Beaches This map