• Landscape position: stream terrace, outwash plain, esker.
• Well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: stream terrace, outwash plain, esker.
• Well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Farmland of statewide importance.
• Highly erodible.

• Landscape position: stream terrace, outwash plain, esker.
• Well drained.
• Not hydric.
• Land capability class: 6e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Not prime farmland.
• Highly erodible.

• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group B/D (moderate runoff potential if drained;

• Moderate available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Not prime farmland.

• Somewhat excessively drained.
• Not hydric.
• Land capability class: 3s (moderate limitations for cropland use).
• T factor: 3.
• Hydrologic group B (moderate runoff potential).
• Low available water capacity.
• Not prime farmland.
• Not highly erodible.

• Somewhat excessively drained.
• Not hydric.
• Land capability class: 4e (moderate limitations for cropland use).
• T factor: 3.
• Hydrologic group B (moderate runoff potential).
• Low available water capacity.
• Not prime farmland.
• Highly erodible.

• Somewhat excessively drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 3.
• Hydrologic group B (moderate runoff potential).
• Low available water capacity.
• Not prime farmland.
• Highly erodible.

• Somewhat poorly drained.
• Not hydric, but this mapunit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• Tfactor: 5.
• Hydrologic group C (high runoff potential).
• Very high available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: outwash plain, stream terrace.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Very high available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 5.
• Hydrologic group B/D (moderate runoff potential if drained;

• Very high available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: outwash plain, stream terrace.
• Moderately well drained.
• Nothydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: outwash plain, stream terrace.
• Poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group B/D (moderate runoff potential if drained; very high if undrained).
• High available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: outwash plain, stream terrace.
• Somewhat poorly drained.
• Nothydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (fewlimitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Very high available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 5.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: ground moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• the mapunit is not highly erodible.

MAGNOR: 32 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Landscape position: ground moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• the mapunit is not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland.
• The mapunit is not highly erodible.

SCONSIN: 32 percent of the mapunit.

• Parent material: loess or silty alluvium over loamy

• Landscape position: moraine.
• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• Not highly erodible.
• The mapunit is not highlyerodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

PENCE: 30 percent of the mapunit.

• Parent material: mostly loamy alluvium oreolian deposits underlain by

• Landscape position: moraine.
• Somewhat excessively drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• Tfactor: 3.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

• Parent material: mostly loamy glacial till.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is Farmland ofstatewide importance.
• The mapunit is highly erodible.

PADWOOD: 30 percent of the mapunit.

• Parent material: mostly loamy alluvium oreolian deposits over

• Moderately well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

PADUS: 20 percent of the mapunit.

• Parent material: mostly loamy alluvium oreolian deposits underlain by

• Well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderaterunoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

PENCE: 35 percent of the mapunit.

• Parent material: mostly loamy alluvium oreolian deposits underlain by

• Landscape position: moraine.
• Somewhat excessively drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 3.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• This mapunit is potentially highly erodible.

MAGNOR: 28 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Landscape position: moraine.
• Moderately cemented dense material isat a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• This mapunit is potentially highly erodible.

CATHRO: 17 percent of the mapunit.

• Parent material: herbaceous organic material 16 to 51 inches thick over

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 2.
• Hydrologic group A/D (low runoff potential if drained;

• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• This mapunit is potentially highly erodible.

• Landscape position: ground moraine.
• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Prime farmland.
• Potentially highly erodible.

• Landscape position: ground moraine.
• Moderately well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Farmland of statewide importance.
• Potentially highly erodible.

• Parent material: mostly loamy glacial till.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

WORWOOD: 30 percent of the mapunit.

• Parent material: mostly loamy alluvium oreolian deposits over

• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

WORCESTER: 20 percent of the mapunit.

• Parent material: mostly loamy alluvium or eolian deposits underlain by

• Somewhat poorly drained.
• Not hydric,but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

PESABIC: 30 percent of the mapunit.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

CATHRO: 17 percent of the mapunit.

• Parent material: herbaceous organic material 16 to 51 inches thick over

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 2.
• Hydrologicgroup A/D (low runoff potential if drained;

• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

• Landscape position:ground moraine.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C(high runoff potential).
• High available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Poorly drained.
• Hydric soil.
• Land capabilityclass: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologicgroup B/D (moderate runoff potential if drained;

• High available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unitcommonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Prime farmland.
• No thighly erodible.

• Parent material: silty lacustrine deposits.
• Moderately well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

FREEON: 35 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

ANTIGO: 20 percent of the mapunit.

• Parent material: loess or silty alluvium over

• Well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• the mapunit is highly erodible.

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 3.
• Hydrologic group A/D (low runoff potential if drained; very high if undrained).
• The mapunit has very high available watercapacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

CATHRO: 40 percent of the mapunit.

• Parent material: herbaceous organic material 16 to 51 inches thick over

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 2.
• Hydrologic group A/D (low runoff potential if drained; very high if undrained).
• The mapunit has very high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

• Very poorly drained.
• Hydric soil.
• Land capabilityclass: 7w (severe limitations for cropland use).
• Occasional long duration ponding.
• T factor: 3.
• Hydrologic group A/D (low runoff potential if drained; very high if undrained).
• The mapunit has very high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

BESEMAN: 40 percent of the mapunit.

• Parent material: sphagnum moss and herbaceous organic material

• Very poorly drained.
• Hydric soil.
• Land capability class: 7w (severe limitations for cropland use).
• Occasional long duration ponding.
• T factor: 2.
• Hydrologic group A/D (low runoff potential if drained; very high if undrained).
• Themapunit has very high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

• Landscape position: stream terrace, outwash plain.
• Well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Prime farmland.
• Potentially highly erodible.

• Landscape position: stream terrace, outwash plain.
• Well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Farmland of statewide importance.
• Highly erodible.

• Landscape position: stream terrace, outwash plain.
• Well drained.
• Not hydric.
• Land capability class: 6e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscape position: ground moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland.
• The mapunit is potentially highly erodible.

FREEON: 40 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Landscape position: ground moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland.
• The mapunit is potentially highly erodible.

• Landscape position: ground moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

FREEON: 40 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Landscape position: ground moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

• Landscape position: outwash plain, stream terrace.
• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: outwash plain, stream terrace.
• Moderately well drained.
• Not hydric.
• Land capability class: 3s (moderate limitations for cropland use).
• T factor: 3.
• Hydrologic group B (moderate runoff potential).
• Low available water capacity.
• Not prime farmland.
• Not highly erodible.

• Parent material: mostly loamy glacial till.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (highrunoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland.
• The mapunit is not highly erodible.

PADWOOD: 30 percent of the mapunit.

• Parent material: mostly loamy alluvium or eolian deposits over

• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• TThe mapunit is prime farmland.
• The mapunit is not highly erodible.

TIPLER: 20 percent of the mapunit.

• Parent material: mostly loamy alluvium or eolian deposits over

• Moderately well drained.
• Not hydric.
• Land capability class: 2s (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland.
• The mapunit is not highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Prime farmland.
• Not highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Welldrained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

NEWOOD: 28 percent of the mapunit.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

CATHRO: 17 percent of the mapunit.

• Parent material: herbaceous organic material 16 to 51 inches thick over

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 2.
• Hydrologic group A/D (low runoff potential if drained; very high if undrained).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

ANTIGO: 33 percent of the mapunit.

• Parent material: loess or silty alluvium

• Landscape position: moraine.
• Well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is Farmland of statewide importance.
• The mapunit is highly erodible.

• Landscape position: flood plain.
• Poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration flooding.
• Frequent long duration ponding.
• T factor:4.
• Hydrologic group D (very high runoff potential).
• Moderate available water capacity.
• Not prime farmland.
• Not highly erodible.

• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: esker, moraine.
• Excessively drained.
• Not hydric.
• Land capability class: 7s (severe limitations for cropland use).
• T factor: 2.
• Hydrologic group A (low runoff potential).
• Low available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscape position: ground moraine.
• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations forcropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: ground moraine.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 5.
• Hydrologic group C (high runoff potential).
• Very high available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

OSSMER: 32 percent of the mapunit.

• Parent material: loess or silty alluviumover loamy alluvium

• Landscape position: moraine.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

• Landscape position: depression on moraine, drainageway on moraine.
• Moderately cemented dense material is at a depth of about 30 inches.
• Very poorly drained.
• Hydric soil.
• Land capability class: 7w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group B/D (moderate runoff potential if drained;

• Moderate available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: stream terrace, outwash plain.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Farmland of statewide importance.
• Highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Prime farmland.
• Not highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Farmland of statewide importance.
• Highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 4e (moderate limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Not prime farmland.
• Highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 6e (severe limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Not prime farmland.
• Highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 36 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

CAPITOLA: 30 percent of the mapunit.

• Parent material: mostly loess or silty alluvium, or

• Landscape position: depression on moraine,drainageway on moraine.
• Moderately cemented dense material is at a depth of about 30 inches.
• Very poorly drained.
• Hydric soil.
• Land capability class: 7w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group B/D (moderate runoff potential if drained;

• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

NEWOOD: 20 percent of the mapunit.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• Tfactor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Prime farmland.
• Not highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 2s (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscape position: outwash plain, stream terrace.
• Moderately well drained.
• Nothydric.
• Land capability class: 2s (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: flood plain.
• Moderately well drained.
• Not hydric.
• Land capability class: 3w (moderate limitations for cropland use).
• Frequent brief duration flooding.
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

FORDUM: 40 percent of the mapunit.

• Parent material: silty and loamy alluvium underlain by

• Landscape position: flood plain.
• Poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration flooding.
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group D (very high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• This mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

FREEON very stony: 25 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• This mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

MAGNOR: 20 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by dense loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• This mapunit is prime farmland if drained.
• The mapunit is not highly erodible.
• Multi-component map unit.

FREEON: 15 percent of the mapunit.

• Parent material: loess or silty alluviumunderlain by dense loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material isat a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 2e (fewlimitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit hashigh available water capacity.
• This mapunit is prime farmland if drained.
• The mapunit is not highlyerodible.

• Landscape position: flood plain.
• Moderately well drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 3w (moderate limitations for cropland use).
• Frequent brief duration flooding.
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available wate rcapacity.
• Prime farmland.
• Not highly erodible.

• Poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 5.
• Hydrologic group B/D (moderate runoff potential if drained;

• Very high available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Parent material: silty lacustrine deposits.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contain hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 5.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

MAGNOR: 35 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

OSSMER: 20 percent of the mapunit.

• Parent material: loess or silty alluvium over

• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit hashigh available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

• Landscape position: end moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscape position: outwash plain, stream terrace.
• Moderately well drained.
• Nothydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Prime farmland.
• Not highly erodible.

• Parent material: silty lacustrine deposits.
• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for croplanduse).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland.
• The mapunit is not highly erodible.

FREEON: 30 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Moderately cemented dense material is at a depth of about 42inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland.
• The mapunit is not highly erodible.

SCONSIN: 20 percent of the mapunit.

• Parent material: loess or silty alluvium over loamy alluvium

• Moderately well drained.
• Not hydric.
• Land capability class: 2e (few limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland.
• The mapunit is not highly erodible.

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 2.
• Hydrologic group A/D (low runoff potential if drained;

• The mapunit has very high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

CAPITOLA: 35 percent of the mapunit.

• Parent material: mostly loess or silty alluvium, or

• Landscape position: depression on moraine, drainageway on moraine.
• Moderately cemented dense material is at a depth of about 30 inches.
• Very poorly drained.
• Hydric soil.
• Land capability class: 7w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group B/D (moderate runoff potential if drained;

• The mapunit has very high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

LUPTON: 20 percent of the mapunit.

• Parent material: herbaceous and woodyorganic material more than 51 inches thick.
• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 3.
• Hydrologic group A/D (low runoff potential if drained; very high if undrained).
• The mapunit has very high available watercapacity.
• The mapunit is not prime farmland.
• The mapunit is not highly erodible.

• Very poorly drained.
• Hydric soil.
• Land capability class: 7w (severe limitations for cropland use).
• Occasional long duration ponding.
• T factor: 3.
• Hydrologic group A/D (low runoff potential if drained;

• Very high available water capacity.
• Not prime farmland.
• Not highly erodible.

• Landscape position: esker.
• Excessively drained.
• Not hydric.
• Land capability class: 7s (severe limitations for cropland use).
• T factor: 2.
• Hydrologic group A (low runoff potential).
• Low available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscapeposition: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Farmland of statewide importance.
• Potentially highly erodible.

• Landscapeposition: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Not prime farmland.
• Highly rodible.

• Landscape position: moraine.
• Moderately cemented dense material isat a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

MAGNOR: 33 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by

• Landscape position: moraine.
• Moderately cemented dense material isat a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

OSSMER: 20 percent of the mapunit.

• Parent material: loess or silty alluvium over

• Landscape position:moraine.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Landcapability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Farmland of statewide importance.
• Not highly erodible.

• Moderately well drained.
• Not hydric.
• Landcapability class: 2e (few limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Prime farmland.
• Not highly erodible.

• Moderately well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• Very high available water capacity.
• Farmland of statewide importance.
• Potentially highly erodible.

• Landscapeposition: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Prime farmland.
• Not highly erodible.

• Parent material: silty lacustrine deposits.
• Moderately well drained.
• Not hydric.
• Land capability class: 4e (moderate limitations fo rcropland use).
• T factor: 5.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

FREEON: 35 percent of the mapunit.

• Parent material: loess or silty alluvium underlain by dense loamy glacial till.
• Moderately cemented dense material is at a depth of about 42inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

NEWOT: 20 percent of the mapunit.

• Parent material: mostly loamy glacial till.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• Tfactor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

CAPITOLA: 25 percent of the mapunit.

• Parent material: mostly loess or silty alluvium, or

• Landscape position: depression on moraine,drainageway on moraine.
• Moderately cemented dense material is at a depth of about 30 inches.
• Very poorly drained.
• Hydric soil.
• Land capability class: 7w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group B/D (moderate runoff potential if drained;

• The mapunit has moderate available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• Tfactor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has very high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

LUPTON: 25 percent of the mapunit.

• Parent material: herbaceous and woody organic material more than

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 3.
• Hydrologic group A/D (low runoff potential if drained;

• The mapunit has very high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

NEWOT: 30 percent of the mapunit.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

LUPTON: 17 percent of the mapunit.

• Parent material: herbaceous and woody organic material more than

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 3.
• Hydrologic group A/D(low runoff potential if drained;

• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• Moderate available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscape position: stream terrace, outwash plain, esker.
• Somewhat excessively drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 3.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

• Parent material: mostly loamy alluvium or eolian deposits

• Landscape position: stream terrace, outwash plain, esker.
• Well drained.
• Not hydric.
• Land capability class: 6e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is not prime farmland.
• The mapunit is highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Well drained.
• Not hydric.
• Land capability class: 7e (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

PESABIC: 30 percent of the mapunit.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.

LUPTON: 17 percent of the mapunit.

• Parent material: herbaceous and woody organic material more than

• Very poorly drained.
• Hydric soil.
• Land capability class: 6w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 3.
• Hydrologic group A/D (low runoff potential if drained; very high if undrained).
• The mapunit has high available water capacity.
• The mapunit is not prime farmland.
• The mapunit is potentially highly erodible.

• Parent material: mostly loamy glacial till.
• Landscape position: moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is Farmland of statewide importance.
• The map unit is potentially highly erodible.

PADUS: 30 percent of the mapunit.

• Parent material: mostly loamy alluvium or eolian deposits

• Landscape position: moraine.
• Well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• The mapunit has moderate available water capacity.
• The mapunit is Farmland of statewide importance.
• The map unit is potentially highly erodible.

• Landscape position: stream terrace, outwash plain.
• Somewhat poorly drained.
• Not hydric,but this map unit commonly contains hydric inclusions.
• Land capability class: 2w (few limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• Moderate available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Well drained.
• Not hydric.
• Land capability class: 3e (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group B (moderate runoff potential).
• High available water capacity.
• Farmland of statewide importance.
• Potentially highly erodible.

• Landscape position: outwash plain, esker, moraine.
• Excessively drained.
• Not hydric.
• Land capability class: 7s (severe limitations for cropland use).
• T factor: 2.
• Hydrologic group A (low runoff potential).
• Low available water capacity.
• Not prime farmland.
• Highly erodible.

• Landscape position: depression on ground moraine, drainageway on ground moraine.
• Moderately cemented dense material is at a depth of about 30 inches.
• Very poorly drained.
• Hydric soil.
• Landcapability class: 7w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologic group B/D (moderate runoff potential if drained;

• High available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

CEBANA: Parent material: mostly loess or silty alluvium, or

• Landscape position: depression on ground moraine, drainageway on ground moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Poorly drained.
• Hydric soil.
• Land capability class: 7w (severe limitations for cropland use).
• Frequent long duration ponding.
• T factor: 4.
• Hydrologicgroup B/D (moderate runoff potential if drained;

• High available water capacity.
• The mapunit is prime farmland if drained.
• The mapunit is not highly erodible.

• Landscape position: end moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Somewhat poorly drained.
• Not hydric, but this map unit commonly contains hydric inclusions.
• Land capability class:4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Prime farmland if drained.
• Not highly erodible.

• Landscape position: end moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderatelywell drained.
• Not hydric.
• Land capability class: 4s (moderate limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Prime farmland.
• Not highly erodible.

• Landscape position: end moraine.
• Moderately cemented dense material is at a depth of about 42 inches.
• Moderately well drained.
• Not hydric.
• Land capability class: 6s (severe limitations for cropland use).
• T factor: 4.
• Hydrologic group C (high runoff potential).
• High available water capacity.
• Farmland of statewide importance.
• Highly erodible.