Burnett County Soil Descriptions

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration moraine.
Somewhat excessively drained.
Not hydric.
Land capability class: 4e (moderate limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Potentially highly erodible.

1070D - Fremstadt, stony-Cress complex, 15 to 30 percent slopes

FREMSTADT stony: 50 percent of the mapunit.

Parent material: Sandy till or sandy mudflow sediments.

Landscape position: disintegration moraine.

Well drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.

CRESS: 30 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration moraine.
Somewhat excessively drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.

1080B - Spoonerhill-Spoonerhill, stony-Cress complex, 1 to 6 percent slopes

SPOONERHILL: 30 percent of the mapunit.

Parent material: thin mantle of loamy alluvium and sandy alluvium underlain by sandy till or sandy mudflow sediments.

Landscape position: disintegration moraine.

Moderately well drained.
Not hydric.
Land capability class: 3s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

SPOONERHILL stony: 30 percent of the mapunit.

Parent material: thin mantle of loamy alluvium and sandy alluvium underlain by sandy till or sandy mudflow sediments.
Landscape position: disintegration moraine.
Moderately well drained.
Not hydric.
Land capability class: 3s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

CRESS: 25 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration moraine.
Somewhat excessively drained.
Not hydric.
Land capability class: 3s (moderate limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

120B - Kost fine sand, 0 to 6 percent slopes

KOST: Parent material: sandy deposits.

Landscape position: outwash plain.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

127D - Amery-Rosholt complex, 12 to 20 percent slopes, very stony

AMERY very stony: 60 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
Highly erodible.

ROSHOLT very stony: 25 percent of the mapunit.

Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration moraine.
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.
Highly erodible.

127E - Amery-Rosholt complex, 20 to 45 percent slopes, very stony

AMERY very stony: 55 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 7e (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
Highly erodible.

ROSHOLT very stony: 30 percent of the mapunit.

Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration moraine.
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.
Highly erodible.

12A - Makwa stony muck, 0 to 1 percent slopes, extremely stony, frequently flooded

MAKWA: Parent material: skeletal loamy alluvium over silty and clayey glaciolacustrine deposits.

Landscape position: flood plain.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
High available water capacity.
Not prime farmland.
Not highly erodible.

151A - Bluffton loam, 0 to 2 percent slopes

BLUFFTON: Parent material: loamy calcareous till.

Landscape position: depression on moraine, drainageway on moraine.

Very poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
T factor: 5.
Hydrologic group C/D (high runoff potential if drained; very high if undrained).
Moderate available water capacity.
Prime farmland if drained.
Not highly erodible.

152A - Alstad loam, 0 to 3 percent slopes

ALSTAD: Parent material: loamy calcareous till.

Landscape position: moraine.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 2w (few limitations for cropland use).
T factor: 5.
Hydrologic group C (high runoff potential).
Moderate available water capacity.
Prime farmlandif drained.
Not highly erodible.

154E - Cushing fine sandy loam, 20 to 35 percent slopes

CUSHING: Parent material: loamy calcareous till.

Landscape position: moraine.

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

156B - Magnor, very stony-Magnor complex, 0 to 4 percent slopes

MAGNOR very stony: 42 percent of the mapunit.

Parent material: loess or silty alluvium underlain by dense loamy till.

Landscape position: disintegration moraine.

Dense material is at a depth of about 42 inches.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (highrunoff potential).
The mapunit has high available water capacity.
The mapunit is prime farmland.
Not highly erodible.

MAGNOR: 40 percent of the mapunit.

Parent material: loess or silty alluvium underlain by dense loamy till.
Landscape position: disintegration moraine.
Dense material is at a depth of about 42 inches.
Somewhat poorly drained.
Not hydric, but may contain 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.
Not highly erodible.

157B - Freeon, very stony-Freeon complex, 2 to 6 percent slopes

FREEON very stony: 45 percent of the mapunit.

Parent material: loess or silty alluvium underlain by dense loamy till.

Landscape position: disintegration moraine.

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.
Potentially highly erodible.

FREEON: 43 percent of the mapunit.

Parent material: loess or silty alluvium underlain by dense loamy till.
Landscape position: disintegration moraine.
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.
Potentially highly erodible.

157C - Freeon, very stony-Freeon complex, 6 to 12 percent slopes

FREEON very stony: 45 percent of the mapunit.

Parent material: loess or silty alluvium underlain by dense loamy till.

Landscape position: disintegration moraine.

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.
Highly erodible.

FREEON: 43 percent of the mapunit.

Parent material: loess or silty alluvium underlain by dense loamy till.
Landscape position: disintegration moraine.
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 not prime farmland.
Highly erodible.

160A - Oesterle sandy loam, 0 to 2 percent slopes

OESTERLE: Parent material: loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

Somewhat poorly drained.
Not hydric, but may contain 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.

165B - Elderon sandy loam, 2 to 6 percent slopes

ELDERON: Parent material: thin loamy deposits over cobbly and gravelly sandy outwash.

Landscape position: esker, kame, stream terrace.

Somewhat excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 3.
Hydrologic group B (moderate runoff potential).
Low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

185B - Tradelake-Taylor complex, 1 to 6 percent slopes

TRADELAKE: 60 percent of the mapunit.

Parent material: loamy deposits over clayey deposits at about 30 inches, over sandy deposits.

Landscape position: lake plain.

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

TAYLOR: 30 percent of the mapunit.

Parent material: clayey lacustrine deposits.
Landscape position: lake plain.
Moderately well drained.
Not hydric.
Land capability class: 2e (few limitations for cropland use).
T factor: 3.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is prime farmland.
The mapunit is not highly erodible.

185C - Tradelake-Taylor complex, 6 to 12 percent slopes

TRADELAKE: 60 percent of the mapunit.

Parent material: loamy deposits over clayey deposits at about 30 inches, over sandy deposits.

Landscape position: lake plain.

Moderately well drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

TAYLOR: 30 percent of the mapunit.

Parent material: clayey lacustrine deposits.
Landscape position: lake plain.
Moderately well drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 3.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

185D - Tradelake-Taylor complex, 12 to 25 percent slopes

TRADELAKE: 65 percent of the mapunit.

Parent material: loamy deposits over clayey deposits at about 30 inches, over sandy deposits.

Landscape position: lake plain.

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

TAYLOR: 25 percent of the mapunit.

Parent material: clayey lacustrine deposits.
Landscape position: lake plain.
Moderately well drained.
Not hydric.
Land capability class: 4e (moderate limitations for cropland use).
T factor: 3.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

185E - Tradelake-Taylor complex, 25 to 35 percent slopes

TRADELAKE: 50 percent of the mapunit.

Parent material: loamy deposits over clayey deposits at about 30 inches, over sandy deposits.

Landscape position: lake plain.

Moderately well drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

TAYLOR: 40 percent of the mapunit.

Parent material: clayey lacustrine deposits.
Landscape position: lake plain.
Moderately well drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 3.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

189A - Siren loam, 0 to 3 percent slopes

SIREN: Parent material: thin loamy mantle over clayey lacustrine deposits.

Landscape position: lakeplain, stream terrace.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 2w (few limitations for cropland use).
T factor: 5.
Hydrologic group D (very high runoff potential).
Moderate available water capacity.
Prime farmland if drained.
Not highly erodible.

193A - Minocqua muck, 0 to 2 percent slopes

MINOCQUA: Parent material: silty and loamy alluvium underlain by sandy and gravelly outwash.

Landscapeposition: drainageway on outwash plain, depression on outwash plain, drainageway on stream terrace, depression on stream terrace.

Poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
T factor: 4.
Hydrologic group B/D (moderate runoff potential if drained; very high if undrained).
Moderate available water capacity.
Prime farmland if drained.
Not highly erodible.

2002 - Udorthents, earthen dams

EARTHEN DAMS: Generally consist of silty, loamy, and clayey soils.

Service roads, spillways, very steepside slopes, dikes, levees, and small concrete or steel dam structures may be included.

2015 - Pits

PITS: Landscape position: stream terrace, outwash plain, esker, moraine.

Land capability class: 8s (generally unsuited for cropland use).
Not prime farmland.

2050 - Landfill

LANDFILL: Not hydric.

Not prime farmland.

22A - Comstock silt loam, 0 to 3 percent slopes

COMSTOCK: Parent material: silty lacustrine deposits.

Landscape position: kame, lake plain, stream terrace.

Somewhat poorly drained.
Not hydric, but may contain 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.

27A - Scott Lake sandy loam, 0 to 3 percent slopes

SCOTT LAKE: Parent material: loamy alluvium over stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

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

28B - Haugen-Rosholt complex, 2 to 6 percent slopes, very stony

HAUGEN very stony: 30 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group C (high runoff potential).
The mapunit has moderate available water capacity.
The mapunit is prime farmland.
Not highly erodible.

HAUGEN: 20 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.
Landscape position: disintegration moraine.
Dense material is at a depth of about 70 inches.
Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 2e (few limitations for cropland use).
T factor: 5.
Hydrologic group C (high runoff potential).
The mapunit has moderate available water capacity.
The mapunit is prime farmland.
Not highly erodible.

ROSHOLT very stony: 15 percent of the mapunit.

Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration 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 prime farmland.
Not highly erodible.

ROSHOLT: 15 percent of the mapunit.

Parent material: Loamy alluvim underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration moraine.
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.
The mapunit is prime farmland.
Not highly erodible.

28C - Haugen-Rosholt complex, 6 to 12 percent slopes, very stony

HAUGEN very stony: 35 percent of the mapunit.

Parent material: sandy loam tillor mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about70 inches.

Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class:6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group C (high runoff potential).
Themapunit has moderate available water capacity.
The mapunit is not prime farmland.
Potentially highlyerodible.

HAUGEN: 15 percent of the mapunit.

Parent material: sandy loam till or mudflows ediments.
Landscape position: disintegration moraine.
Dense material is at a depth of about 70 inches.
Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 5.
Hydrologic group C (high runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
Potentially highlyerodible.

ROSHOLT very stony: 15 percent of the mapunit.

Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration moraine.
Welldrained.
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 not prime farmland.
Potentially highly erodible.

ROSHOLT: 15 percent of the mapunit.

Parent material: Loamy alluvim underlain by stratified sandy and gravelly outwash.
Landscape position: disintegration 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 moderate available water capacity.
The mapunit is not prime farmland.
Potentially highly erodible.

3011A - Barronett silt loam, 0 to 2 percent slopes

BARRONETT: Parent material: Mostly silty lacustrine deposits.

Landscape position: depression on lakeplain, drainageway on stream terrace.

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

3082E - Braham-Shawano complex, 12 to 35 percent slopes

BRAHAM: 55 percent of the mapunit.

Parent material: Sandy deposits over calcareous loamy till.

Landscape position: moraine.

Well drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

SHAWANO: 30 percent of the mapunit.

Parent material: Sandy deposits.
Landscape position: moraine.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

3114A - Saprists, Aquents, and Aquepts, 0 to 1 percent slopes, ponded, flooded

SAPRISTS: 55 percent of the mapunit.

Parent material: herbaceous or woody organic material 16 to more than 51 inches thick over sandy or loamy deposits.

Landscape position: drainageway on lake plain, depression on moraine, drainageway on moraine, depression on outwash plain, drainageway on outwash plain.

Very poorly drained.
Hydric soil.
Land capability class: 8w (generally unsuited for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

AQUENTS: 15 percent of the mapunit.

Parent material: sandy outwash, eolian, lacustrine, or till deposits.
Landscape position: drainageway on lake plain, depression on moraine, drainageway on moraine, depression on outwash plain, drainageway on outwash plain.
Very poorly drained.
Hydric soil.
Land capability class: 8w (generally unsuited for cropland use).
T factor: 5.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

AQUEPTS: 15 percent of the mapunit.

Parent material: loamy outwash, lacustrine, till, or alluvial deposits.
Landscape position: drainageway on lake plain, depression on moraine, drainageway on moraine, depression on outwash plain, drainageway on outwash plain.
Very poorly drained.
Hydric soil.
Land capability class: 8w (generally unsuited for cropland use).
T factor: 4.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The map unit is not highly erodible.

3125A - Meehan loamy sand, 0 to 2 percent slopes

MEEHAN: Parent material: sandy outwash.

Landscape position: outwash plain.

Somewhat poorly drained.
Nothydric, but may contain hydric inclusions.
Land capability class: 4w (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

3126A - Wurtsmith loamy sand, 0 to 3 percent slopes

WURTSMITH: Parent material: sandy outwash.

Landscape position: outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

3312B - Glendenning, very stony-Glendenning complex, 0 to 4 percent slopes

GLENDENNING very stony: 60 percent of the mapunit.

Parent material: Sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Somewhat poorly drained.
Not hydric, but may contain 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 not prime farmland.
Not highly erodible.

GLENDENNING: 20 percent of the mapunit.

Parent material: Sandy loam till or mudflow sediments.
Landscape position: disintegration moraine.
Dense material is at a depth of about 70 inches.
Somewhat poorly drained.
Not hydric, but may contain 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 not prime farmland.
Not highly erodible.

3336A - Fenander fine sandy loam, 0 to 2 percent slopes

FENANDER: Parent material: Stratified loamy and sandy deposits.

Landscape position: depression on lakeplain, drainageway on stream terrace.

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

337A - Plover fine sandy loam, 0 to 3 percent slopes

PLOVER: Parent material: mostly loamy lacustrine deposits.

Landscape position: lake plain, streamterrace.

Somewhat poorly drained.
Not hydric, but may contain 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.

3403A - Loxley, Beseman, and Dawson soils, 0 to 1 percent slopes

LOXLEY: 40 percent of the mapunit.

Parent material: herbaceous organic material more than 51 inches thick.

Landscape position: depression on moraine.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

BESEMAN: 30 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over loamy till.
Landscape position: depression on moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

DAWSON: 28 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over sandy or sandy and gravelly deposits.
Landscape position: depression on outwash plain, lake plain, moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

3429B - Lara loamy fine sand, 0 to 6 percent slopes

LARA: Parent material: sandy over clayey lacustrine deposits.

Landscape position: lake plain.

Moderately well drained.
Not hydric.
Land capability class: 3s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

3429C - Lara loamy fine sand, 6 to 12 percent slopes

LARA: Parent material: sandy over clayey lacustrine deposits.

Landscape position: lake plain.

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

3446A - Newson muck, 0 to 2 percent slopes

NEWSON UNDRAINED: Parent material: sandy outwash or sandy lacustrine deposits.

Landscape position:depression on lake plain, drainageway on lake plain, depression on outwash plain, drainageway on outwash plain.

Poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 5.
Hydrologic group D (very high runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

3448B - Grettum loamy sand, 0 to 6 percent slopes

GRETTUM: Parent material: sandy outwash or sandy lacustrine deposits with lamellae.

Landscape position:lake plain, outwash plain.

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

3448C - Grettum loamy sand, 6 to 12 percent slopes

GRETTUM: Parent material: sandy outwash or sandy lacustrine deposits with lamellae.

Landscape position:lake plain, outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
Lowa vailable water capacity.
Not prime farmland.
Not highly erodible.

3510B - Pomroy-Fremstadt-Fremstadt, stony, complex, 1 to 6 percent slopes

Multi-component mapunit

POMROY:40 percent of the mapunit.

Parent material: sandy outwash over dense loamy till.

Landscape position: moraines.

Moderately well drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

FREMSTADT: 25 percent of the mapunit.

Parent material: Sandy till or sandy mudflow sediments.
Landscape position: disintegration moraine.
Well drained.
Not hydric.
Land capability class:3s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

FREMSTADT stony: 25 percent of the mapunit.

Parent material: Sandy till orsandy mudflow sediments.
Landscape position: disintegration moraine.
Well drained.
Not hydric.
Landcapability class: 3e (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

3510C - Pomroy-Fremstadt-Fremstadt, stony, complex, 6 to 15 percent slopes

POMROY: 40 percent of the mapunit.

Parent material: sandy outwash over dense loamy till.

Landscape position: moraines.

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

FREMSTADT: 25 percent of the mapunit.

Parent material: Sandy till or sandymudflow sediments.
Landscape position: disintegration moraine.
Well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

FREMSTADT stony: 25 percent of the mapunit.

Parent material: Sandy till or sandy mudflow sediments.
Landscape position: disintegration moraine.
Well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

3511A - Bushville loamy sand, 0 to 3 percent slopes

BUSHVILLE: Parent material: sandy deposits over dense loamy till.

Landscape position: moraines.

Somewhat poorly drained.
Not hydric.
Land capability class: 2w (few limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

3516A - Slimlake sandy loam, 0 to 3 percent slopes

SLIMLAKE: Parent material: loamy alluvium over stratified sandy and gravelly outwash.

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.

3625A - Lino loamy fine sand, 0 to 2 percent slopes

LINO: Parent material: sandy outwash or windblown deposits.

Landscape position: lake plain, outwashplain.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4w (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

3626A - Crex loamy fine sand, 0 to 3 percent slopes

CREX: Parent material: sandy outwash or windblown deposits.

Landscape position: lake plain, outwashplain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
Low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

3629B - Perida loamy sand, 0 to 4 percent slopes

PERIDA: Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

3636B - Plainbo sand, 2 to 6 percent slopes

PLAINBO: Parent material: sandy outwash deposit

Landscapeposition: terrace.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 3.
Hydrologic group B (moderate runoff potential).
Low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

3636C - Plainbo sand, 6 to 12 percent slopes

PLAINBO: Parent material: sandy outwash deposits greater than 40 inches thick over sandstone.

Landscape position: terrace.

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

368B - Mahtomedi-Cress complex, 2 to 6 percent slopes

MAHTOMEDI: 55 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

CRESS: 35 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: outwash plain, stream terrace.
Somewhat excessively drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

368C - Mahtomedi-Cress complex, 6 to 12 percent slopes

MAHTOMEDI: 50 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

CRESS: 35 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: outwash plain, stream terrace.
Somewhat excessively drained.
Not hydric.
Land capability class: 4e (moderate limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

368D - Mahtomedi-Cress complex, 12 to 25 percent slopes

MAHTOMEDI: 50 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

CRESS: 40 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: outwash plain, stream terrace.
Somewhat excessively drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

368E - Mahtomedi-Cress complex, 25 to 35 percent slopes

MAHTOMEDI: 50 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

CRESS: 40 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.
Landscape position: outwash plain, stream terrace.
Somewhat excessively drained.
Not hydric.
Land capability class: 7e (severe limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

380B - Cress-Rosholt complex, 2 to 6 percent slopes

CRESS: 50 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

Somewhat excessively drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

ROSHOLT: 35 percent of the mapunit.

Parent material: loamy alluvial depositsunderlain by stratified sandy and gravelly outwash.
Landscape position: outwash plain, stream terrace.
Well drained.
Not hydric.
Land capability class: 2s (few limitations for cropland use).
T factor: 4.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

380C - Cress-Rosholt complex, 6 to 12 percent slopes

CRESS: 50 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

Somewhat excessively drained.
Not hydric.
Land capability class: 4e (moderate limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

ROSHOLT: 30 percent of the mapunit.

Parent material: loamy alluvial deposits underlain by stratified sandy and gravelly outwash.
Landscape position: outwash plain, stream terrace.
Well drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 4.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

380D - Cress-Rosholt complex, 12 to 25 percent slopes

CRESS: 50 percent of the mapunit.

Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

Somewhat excessively drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

ROSHOLT: 30 percent of the mapunit.

Parent material: loamy alluvial deposits underlain by stratified sandy and gravelly outwash.
Landscape position: outwash plain, stream terrace.
Well drained.
Not hydric.
Land capability class: 4e (moderate limitations for cropland use).
T factor: 4.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

383B - Mahtomedi loamy sand, 0 to 6 percent slopes

MAHTOMEDI: Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Very low available water capacity.
Not prime farmland.
Nothighly erodible.

383C - Mahtomedi loamy sand, 6 to 12 percent slopes

MAHTOMEDI: Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Very low available water capacity.
Not prime farmland.
Not highly erodible.

383D - Mahtomedi loamy sand, 12 to 30 percent slopes

MAHTOMEDI: Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Very low available water capacity.
Not prime farmland.
Highly erodible.

38A - Rosholt sandy loam, 0 to 2 percent slopes

ROSHOLT: Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

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

38B - Rosholt sandy loam, 2 to 6 percent slopes

ROSHOLT: Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

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

38C - Rosholt sandy loam, 6 to 12 percent slopes

ROSHOLT: Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

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

38D - Rosholt sandy loam, 12 to 20 percent slopes

ROSHOLT: Parent material: Loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

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

392C - Rockmarsh-Dairyland-Makwa, seeped, complex, 2 to 20 percent slopes, very stony

ROCKMARSH: 40 percent of the mapunit.

Parent material: loamy-skeletal alluvium over dense loamy till.

Landscape position: stream terrraces.

Somewhat poorly drained.
Not a hydric soil, but commonly contains hydric soil inclusions.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group D (very high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

DAIRYLAND: 30 percent of the mapunit.

Parent material: sandy-skeletal alluviumover dense loamy till.
Landscape position: stream terrraces.
Moderately well drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor:1.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

MAKWA: 20 percent of the mapunit

Parent material: skeletal loamy alluvium oversilty and clayey glaciolacustrine deposits.
Landscape position: flood plain.
Very poorly drained.
Hydricsoil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D(very high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

396B - Friendship-Wurtsmith-Grayling complex, 0 to 6 percent slopes

FRIENDSHIP: 40 percent of the mapunit.

Parent material: sandy eolian deposits.

Landscape position: outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

WURTSMITH: 35 percent of the mapunit.

Parent material: sandy eolian deposits.
Landscape position: outwash plain.
Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

GRAYLING: 20 percent of the mapunit.

Parent material: sandy eolian deposits.
Landscape position: outwash plain.
Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

397A - Perchlake loamy fine sand, 0 to 2 percent slopes

PERCHLAKE: Parent material: sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain,outwash plain.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4w (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

399B - Grayling sand, 0 to 6 percent slopes

GRAYLING: Parent material: sandy eolian deposits.

Landscape position: outwash plain.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Very low available water capacity.
Not prime farmland.
Not highly erodible.

399C - Grayling sand, 6 to 12 percent slopes

GRAYLING: Parent material: sandy eolian deposits.

Landscape position: outwash plain.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Very low available water capacity.
Not prime farmland.
Not highly erodible.

399D - Grayling sand, 12 to 30 percent slopes

GRAYLING: Parent material: sandy eolian deposits.

Landscape position: outwash plain.

Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Very low available water capacity.
Not prime farmland.
Highly erodible.

3A - Totagatic-Bowstring-Ausable complex, 0 to 2 percent slopes, frequently flooded

TOTAGATIC: 40 percent of the map unit.

Parent material: sandy alluvium.

Landscape position: flood plain.

Poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 5.
Hydrologic group D (very high runoff potential).
This mapunit has high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

BOWSTRING: 30 percent of the map unit.

Parent material: highly decomposed organic material that is stratified with thin layers of sandy or loamy material.
Landscape position: flood plain.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
This mapunit has high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

AUSABLE: 20 percent of the map unit.

Parent material: thin organic layers and sandy alluvium.
Landscape position: flood plain.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very high runoff potential).
This mapunit has high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

406A - Loxley mucky peat, 0 to 1 percent slopes

LOXLEY: Parent material: herbaceous organic material more than 51 inches thick.

Landscape position: depression on moraine.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
Very high available water capacity.
Not prime farmland.
Not highly erodible.

407A - Seelyeville and Markey soils, 0 to 1 percent slopes

SEELYEVILLE: 40 percent of the mapunit.

Parent material: herbaceous organic material more than 51 inches thick.

Landscape position: depression on outwash plain, lake plain, moraine, drainageway on outwash plain, lake plain, moraine.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

MARKEY: 30 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over sandy deposits.
Landscape position: depression on outwash plain, lake plain, moraine, drainageway on outwash plain, lake plain, moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

410A - Seelyeville and Cathro soils, 0 to 1 percent slopes

SEELYEVILLE UNDRAINED: 50 percent of the mapunit.

Parent material: herbaceous organic material more than 51 inches thick.

Landscape position: depression on disintegration moraine, drainageway on disintegration moraine.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 3.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

CATHRO UNDRAINED: 40 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over loamy or silty deposits.
Landscape position: depression ondisintegration moraine, drainageway on disintegration moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (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.
Not highly erodible.

419A - Seelyeville, Cathro, and Markey soils, 0 to 1 percent slopes

SEELYEVILLE: 40 percent of the mapunit.

Parent material: herbaceous organic material more than 51 inches thick.

Landscape position: depression on lake plain, depression on outwashplain, drainageway on outwash plain.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 3.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

CATHRO: 20 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick underlain by loamy deposits.
Landscape position: depression on moraine, drainageway on moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor:2.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
The map unit is not highly erodible.

MARKEY: 20 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick overlying sandy deposits.
Landscape position: depression on lake plain, depression on outwash plain, drainageway on outwash plain.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 2.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

421A - Dora, Markey, and Seelyeville soils, 0 to 1 percent slopes

DORA: 30 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick overlying clayey deposits.

Landscape position: depression on lake plain, depression on till plain.

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

MARKEY: 25 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick overlying sandy deposits.
Landscape position: depression on lake plain, depression on outwash plain, drainageway on outwash plain.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 2.
Hydrologic groupD (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

SEELYEVILLE: 25 percent of the mapunit.

Parent material: herbaceous organic material more than 51 inches thick.
Landscape position: depression on outwash plain, depression on lakeplain, drainageway on outwash plain.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The map unit is not highly erodible.

422A - Seelyeville, Cathro, and Rondeau soils, 0 to 1 percent slopes

SEELYEVILLE: 50 percent of the mapunit.

Parent material: herbaceous organic material more than 51 inches thick.

Landscape position: depression on outwash plain, depression on lakeplain, drainageway on outwash plain.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The map unit is not highly erodible.

CATHRO: 25 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over loamy or silty deposits.
Landscape position: depression on disintegrationmoraine, drainageway on disintegration moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 2.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

RONDEAU: 20 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over marl.
Landscape position: depression on moraine, drainageway on moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 2.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

426B - Emmert-Mahtomedi-Menahga complex, 2 to 6 percent slopes

EMMERT: 45 percent of the mapunit.

Parent material: sandy-skeletal outwash.

Landscape position: outwash plain, stream terrace, eskers.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 1.
Hydrologic group A (low runoffpotential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

MAHTOMEDI: 25 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain, stream terrace.
Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

MENAHGA: 20 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain.
Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

426C - Emmert-Mahtomedi-Menahga complex, 6 to 12 percent slopes

EMMERT:45 percent of the mapunit.

Parent material: sandy-skeletal outwash.

Landscape position: outwash plain, stream terrace, eskers.

Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 1.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

MAHTOMEDI:25 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain, stream terrace.
Excessively drained.
Not hydric.
Land capability class: 6s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

MENAHGA:20 percent of the mapunit.

Parent material: sandy outwash.
Landscapeposition: outwash plain.
Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

426D - Emmert-Mahtomedi-Menahga complex, 12 to 30 percent slopes

EMMERT:45 percent of the mapunit.

Parent material: sandy-skeletal outwash.

Landscape position: outwash plain, stream terrace, eskers.

Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

MAHTOMEDI: 25 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain, stream terrace.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

MENAHGA: 20 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

42D - Amery sandy loam, 12 to 25 percent slopes, very stony

AMERY very stony: Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Well drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
Moderate available water capacity.
Not prime farmland.
Highly erodible.

430A - Freya loamy fine sand, 0 to 3 percent slopes

FREYA: Parent material: more than 40 inches of sandy deposits over clayey lacustrine deposits.

Landscape position: lake plain.

Somewhat poorly drained.
Not hydric.
Land capability class: 4w (moderate limitations for cropland use).
T factor: 4.
Hydrologic group D (very high runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

439B - Graycalm-Menahga complex, 0 to 6 percent slopes

GRAYCALM: 55 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain.

Somewhat excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

MENAHGA: 30 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain.
Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

439C - Graycalm-Menahga complex, 6 to 12 percent slopes

Multi-component mapunit.

GRAYCALM: 50 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain.

Somewhat excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.
Not highly erodible.

MENAHGA: 30 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain.
Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.
Not highly erodible.

439D - Graycalm-Menahga complex, 12 to 30 percent slopes

GRAYCALM: 50 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain.

Somewhat excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.

MENAHGA: 30 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain.
Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.

43B - Antigo silt loam, 1 to 6 percent slopes

ANTIGO: Parent material: loess or silty alluvium and loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: stream terrace, outwash plain, outwash terrace.

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.
Potentially highly erodible.

43C - Antigo silt loam, 6 to 15 percent slopes

ANTIGO: Parent material: loess or silty alluvium and loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: stream terrace, outwash plain, outwash terrace.

Well drained.
Nothydric.
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.

442C - Haugen, very stony-Greenwood complex, 0 to 15 percent slopes

HAUGEN very stony: 50 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Moderately well drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

GREENWOOD UNDRAINED: 25 percent of the mapunit.

Parent material: organic deposits more than 51 inches thick.
Landscape position: depression on disintegration moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Occasional long duration ponding.
T factor: 3.
Hydrologic group D (very high runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

443D - Amery, very stony-Greenwood complex, 0 to 35 percent slopes

AMERY very stony: 45 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Well drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The map unit is highly erodible.

GREENWOOD UNDRAINED: 30 percent of the mapunit.

Parent material: organic deposits more than 51 inches thick.
Landscape position: depression on disintegration moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Occasional longduration ponding.
T factor: 3.
Hydrologic group D (very high runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

459A - Loxley, Daisybay, and Dawson soils, 0 to 1 percent slopes

LOXLEY: 60 percent of the mapunit.

Parent material: herbaceous organic material more than 51 inches thick.

Landscape position: depression on lake plain.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The map unit is not highly erodible.

DAISYBAY: 20 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick overlying clayey deposits.
Landscape position: depression on lake plain.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 2.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

DAWSON: 15 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over sandy deposits.
Landscape position: depression on lake plain.
Very poorlydrained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very high runoff potential).
This mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

461A - Bowstring muck, 0 to 1 percent slopes, frequently flooded

BOWSTRING: Parent material: highly decomposed organic material that is stratified with thin layers ofsandy or loamy material.

Landscape position: flood plain.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
Very high available water capacity.
Not prime farmland.
Not highly erodible.

465A - Newson-Meehan complex, 0 to 3 percent slopes

NEWSON: 60 percent of the mapunit.

Parent material: sandy deposits.

Landscape position: depression on outwash plain.

Poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 5.
Hydrologic group A/D (lowrunoff potential if drained; very high if undrained).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

MEEHAN: 30 percent of the mapunit.

Parent material: sandy deposits.
Landscape position: outwash plain.
Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4w (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

469E - Bigisland-Milaca complex, 15 to 45 percent slopes, very stony

Multi-component mapunit

BIGISLAND: 50 percent of the mapunit.

Parent material: sandy-skeletal alluvium over dense loamy till.

Landscape position: stream terraces.

Moderately cemented dense material is at a depth of about 56 inches.

Somewhat excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

MILACA: 40 percent of the mapunit.

Parent material: loamy deposits over dense loamy till.
Landscape position: stream terraces.
Moderately cemented dense material is at a depth of about 43 inches.
Moderately well drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

471B - Dairyland-Emmert complex, 0 to 6 percent slopes, very stony

Multi-component mapunit

DAIRYLAND:60 percent of the mapunit.

Parent material: sandy-skeletal over dense loamy till.

Landscape position: stream terraces.

Moderately cemented dense material is at a depth of about 49 inches.

Moderately well drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group C (high runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

EMMERT:30 percent of the mapunit.

Parent material: sandy-skeletal outwash.
Landscape position: stream terrace.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

471C - Dairyland-Emmert complex, 6 to 15 percent slopes, very stony

DAIRYLAND: 65 percent of the mapunit.

Parent material: sandy-skeletal over dense loamy till.

Landscape position: stream terraces.

Moderately cemented dense material is at a depth of about 49 inches.

Moderately well drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group C (high runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

EMMERT: 25 percent of the mapunit.

Parent material: sandy-skeletal outwash.
Landscape position: stream terrace.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group A (low runoff potential).
The mapunit haslow available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

472A - Rockmarsh-Clemens complex, 0 to 2 percent slopes, very stony, frequently flooded

ROCKMARSH: 50 percent of the mapunit.

Parent material: loamy-skeletal alluvium over dense loamy till.

Landscape position: flood plain.

Somewhat poorly drained.
Not a hydric soil, but commonly contains hydric soil inclusions.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group D (very high runoff potential).
The mapunit has moderate availablew ater capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

CLEMENS: 40 percent of the mapunit.

Parent material: loamy-skeletal alluvium over sandy-skeletal alluvium.
Landscape position: flood plain, stream terraces.
Somewhat poorly drained.
Not a hydric soil, but commonly contains hydric soil inclusions.
Land capability class: 7s (severe limitations for cropland use).
T factor: 3.
Hydrologic group D (very high runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

473A - Dairyland-Skog complex, 0 to 3 percent slopes, very stony, rarely flooded

DAIRYLAND:50 percent of the mapunit.

Parent material: sandy-skeletal over dense loamy till.

Landscape position: flood plains.

Moderately cemented dense material is at a depth of about 49 inches.

Moderately well drained.
Not a hydric soil, but commonly contains hydric soil inclusions.
Land capability class: 7s (severe limitations for cropland use).
T factor: 1.
Hydrologic group C (high runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

SKOG: 35 percent of the mapunit.

Parent material: loamy alluvium over sandy-skeletal alluvium.
Landscape position: floodplains.
Moderately well drained.
Not a hydric soil, but commonly contains hydric soil inclusions.
Land capability class: 7s (severe limitations for cropland use).
T factor:3.
Hydrologic group C (high runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

484A - Greenwood and Beseman soils, 0 to 1 percent slopes

GREENWOOD UNDRAINED: 75 percent of the mapunit.

Parent material: organic deposits more than 51 inches thick.

Landscape position: depression on disintegration moraine, drainageway on disintegration moraine.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Occasional long duration ponding.
T factor: 3.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

BESEMAN UNDRAINED: 15 percent of the mapunit.

Parent material: herbacous organic material 16 to 51 inches thick over loamy till.
Landscape position: depression on disintegration moraine, drainageway on disintegration moraine.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Occasional long duration ponding.
T factor: 2.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

485C - Lupton and Tawas soils, seeped, 2 to 15 percent slopes

LUPTON: 50 percent of the mapunit.

Parent material: herbaceous and woody organic material more than 51 inches thick.

Landscape position: outwash plain.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 3.
Hydrologicgroup D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

TAWAS: 45 percent of the mapunit.

Parent material: herbaceous organic material 16 to 51 inches thick over sandy deposits.
Landscape position: outwash plain.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very high runoff potential).
The mapunit has very high available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

495B - Karlsborg-Grettum-Perida complex, 1 to 6 percent slopes

KARLSBORG: 40 percent of the mapunit.

Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain, outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 4.
Hydrologic group D (very high runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

Parent material: sandy outwash or lacustrine deposits with lamellae.
Landscape position: lake plain, outwash plain.
Somewhat excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.
Landscape position: outwash plain, lake plain.
Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group B (moderate runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

495C - Karlsborg-Grettum-Perida complex, 6 to 12 percent slopes

KARLSBORG: 35 percent of the mapunit.

Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain, outwash plain.

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

GRETTUM: 30 percent of the mapunit.

Parent material: sandy outwash or lacustrine deposits with lamellae.
Landscape position: lake plain, outwash plain.
Somewhat excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit isnot prime farmland.
The mapunit is potentially highly erodible.

PERIDA: 20 percent of the mapunit.

Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.
Landscape position: lake plain, outwash plain.
Moderately well drained.
Not hydric.
Landcapability class: 6s (severe limitations for cropland use).
T factor: 4.
Hydrologic group B (moderate runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is potentially highly erodible.

495D - Karlsborg-Grettum-Perida complex, 12 to 30 percent slopes

KARLSBORG: 35 percent of the mapunit.

Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain, outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 4.
Hydrologic group D (very high runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

GRETTUM: 30 percent of the mapunit.

Parent material: sandy outwash or lacustrine deposits with lamellae.
Landscape position: lake plain, outwash plain.
Somewhat excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

PERIDA: 20 percent of the mapunit.

Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.
Landscape position: lake plain, outwash plain.
Moderately well drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 4.
Hydrologic group B (moderate runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

496B - Karlsborg loamy sand, 1 to 6 percent slopes

KARLSBORG:

Parent material: sandy deposits over clayey deposits at about 30 inches, over sandy deposits.

Landscape position: lake plain, outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 3s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

496C - Karlsborg loamy sand, 6 to 12 percent slopes

KARLSBORG:

Parent material: sandy deposits over clayey deposits at about 30 inches, over sandy deposits.

Landscape position: lake plain, outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Low available water capacity.
Not prime farmland.
Potentially highly erodible.

496D - Karlsborg loamy sand, 12 to 30 percent slopes

KARLSBORG:

Parent material: sandy deposits over clayey deposits at about 30 inches, over sandy deposits.

Landscape position: lake plain, outwash plain.

Moderately well drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Low available water capacity.
Not prime farmland.
Highly erodible.

497A - Meenon loamy sand, 0 to 3 percent slopes

MEENON: Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrinedeposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain, outwash plain.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 3w (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

521A - Dody muck, 0 to 2 percent slopes

DODY UNDRAINED: Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: depression on lake plain, drainageway on lake plain.

Poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 4.
Hydrologic group C/D (high runoff potential if drained; very high if undrained).
Moderate available water capacity.
Not prime farmland.
Not highly erodible.

523A - Nokasippi muck, 0 to 1 percent slopes

NOKASIPPI: Parent material: sandy outwash over dense loamy till.

Landscape position: depressions and/or drainageways on moraines.

Very poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
T factor:4.
Hydrologic group B/D (moderate runoff potential if drained; very high if undrained).
Moderate available water capacity.
Not prime farmland.
Not highly erodible.

529B - Perida sand, 0 to 4 percent slopes

PERIDA: Parent material: mantle of sandy outwash or sandy lacustrine deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
Tfactor: 4.
Hydrologic group B (moderate runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

531A - Stengel loamy sand, 0 to 3 percent slopes

STENGEL: Parent material: more than 40 inches of sandy deposits over clayey lacustrine deposits underlain by sandy outwash or sandy lacustrine deposits.

Landscape position: lake plain.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4w (moderate limitations forcropland use).
T factor: 4.
Hydrologic group B/D (very high runoff potential undrained, moderate runoff potential if drained).
Low available water capacity.
Not prime farmland.
Not highly erodible.

542B - Haugen, very stony-Haugen complex, 2 to 6 percent slopes

HAUGEN very stony: 40 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is prime farmland.
Not highly erodible.

HAUGEN: 35 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.
Landscape position: disintegration moraine.
Dense material is at a depth of about 70 inches.
Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 2e (few limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is prime farmland.
Not highly erodible.

542C - Haugen, very stony-Haugen complex, 6 to 12 percent slopes

HAUGEN very stony: 40 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.

Landscape position: disintegration moraine.

Dense material is at a depth of about 70 inches.

Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
Potentially highly erodible.

HAUGEN: 35 percent of the mapunit.

Parent material: sandy loam till or mudflow sediments.
Landscape position: disintegration moraine.
Dense material is at a depth of about 70 inches.
Moderately well drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 3e (few limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has moderate available water capacity.
The mapunit is not prime farmland.
Potentially highly erodible.

544F - Menahga and Mahtomedi soils, 30 to 45 percent slopes

MENAHGA: 65 percent of the mapunit.

Parent material: sandy outwash.

Landscape position: outwash plain, stream terrace.

Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.

MAHTOMEDI: 20 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain, stream terrace.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Highly erodible.

553B - Branstad fine sandy loam, 2 to 6 percent slopes

BRANSTAD: Parent material: loamy calcareous till.

Landscape position: moraine.

Moderately well drained.
Not hydric.
Land capability class: 2e (few limitations for cropland use).
T factor: 5.
Hydrologic group C(high runoff potential).
Moderate available water capacity.
The mapunit is prime farmland.
Not highly erodible.

553C - Branstad fine sandy loam, 6 to 12 percent slopes

BRANSTAD: Parent material: loamy calcareous till.

Landscape position: moraine.

Moderately well drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 5.
Hydrologic group C (high runoff potential).
Moderate available water capacity.
The mapunit is not prime farmland.
Highly erodible.

553D - Branstad fine sandy loam, 12 to 20 percent slopes

BRANSTAD: Parent material: loamy calcareous till.

Landscape position: moraine.

Moderately well drained.
Not hydric.
Land capability class: 4e (moderate limitations for cropland use).
T factor: 5.
Hydrologic group C (high runoff potential).
Moderate available water capacity.
The mapunit is not prime farmland.
Highly erodible.

555A - Fordum silt loam, 0 to 2 percent slopes, frequently flooded

FORDUM: Parent material: silty or loamy alluvium underlain by sandy and gravelly alluvium.

Landscapeposition: flood plain.

Poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
T factor: 4.
Hydrologic group D (very high runoff potential).
Moderate available water capacity.
Not prime farmland.
Not highly erodible.

557B - Shawano fine sand, 0 to 6 percent slopes

SHAWANO: Parent material: sandy deposits.

Landscape position: outwash plain.

Excessively drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic groupA (low runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

557C - Shawano fine sand, 6 to 12 percent slopes

SHAWANO: Parent material: sandy deposits.

Landscape position: outwash plain.

Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

557D - Shawano fine sand, 12 to 30 percent slopes

SHAWANO: Parent material: sandy deposits.

Landscape position: outwash plain.

Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Highly erodible.

586A - Chelmo sandy loam, 0 to 2 percent slopes

CHELMO: Parent material: 20-40 inches of clayey lacustrine deposits underlain by sandy deposits.

Landscape position: depression on outwash plain, depression on lake plain.

Poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 5.
Hydrologic group D (very high runoff potential).
Moderate available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

600A - Haplosaprists and Psammaquents, 0 to 2 percent slopes

HAPLOSAPRISTS: 50 percent of the mapunit.

Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent very long duration ponding.
Hydrologic group D (very high runoff potential).
The mapunit is not prime farmland.
Not highly erodible.

PSAMMAQUENTS: 40 percent of the mapunit.

Very poorly drained.
Land capability class: 7w (severe limitations for cropland use).
Frequent very long duration ponding.
Hydrologic group D (very high runoff potential).
The mapunit is not prime farmland.
Not highly erodible.

615B - Cress sandy loam, 0 to 6 percent slopes

CRESS: Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

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

615C - Cress sandy loam, 6 to 12 percent slopes

CRESS: Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

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

615D - Cress sandy loam, 12 to 30 percent slopes

CRESS: Parent material: thin layer of loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace.

Somewhat excessively drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 3.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Highly erodible.

620C - Lundeen-Haustrup-Rock outcrop complex, 2 to 12 percent slopes, very stony

LUNDEEN: 50 percent of the mapunit.

Parent material: 20-40 inches of silty deposits over basalt bedrock.

Landscape position: knob on moraine.

Well drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very highrunoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

HAUSTRUP: 25 percent of the mapunit.

Parent material: 10-20 inches of silty deposits over basalt bedrock.
Landscape position: knob on moraine.
Somewhat excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 1.
Hydrologic group D (very high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

ROCK OUTCROP: 15 percent of the mapunit.

Land capability class: 8s (generally unsuited for cropland use).
This mapunit has moderate available water capacity.
The mapunit is not prime farmland.
The map unit is highly erodible.

621A - Bjorkland peat, 0 to 2 percent slopes

BJORKLAND: Parent material: 20-40 inches of sandy lacustrine deposits over clayey lacustrine deposits.

Landscape position: depression on lake plain, drainageway on lake plain.

Very poorly drained.
Hydric soil.
Land capability class: 6w (severe limitations for cropland use).
Frequent long duration ponding.
T factor: 4.
Hydrologic group D (very high runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

623A - Capitola muck, 0 to 2 percent slopes, very stony

CAPITOLA: Parent material: silty or loamy alluvium underlain by dense sandy loam till.

Landscape position: depression on disintegration moraine, drainageway on disintegration moraine.

Dense material isat a depth of about 30 inches.

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

624A - Ossmer silt loam, 0 to 3 percent slopes

OSSMER: Parent material: loess or silty alluvium and loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: stream terrace, outwash plain, outwash terrace.

Somewhat poorly drained.
Not hydric, but may contain 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.

631A - Giese muck, 0 to 1 percent slopes, very stony

GIESE:Parent material: mostly silty or loamy depoits over dense loamy till.

Landscape position:depression on moraine, drainageway on moraine.

Very 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 where drained.
Not highly erodible.

632A - Aftad fine sandy loam, 0 to 2 percent slopes

AFTAD: Parent material: Mostly loamy lacustrine deposits.

Landscape position: lake plain, stream terrace.

Moderately well drained.
Not hydric.
Land capability class: 1 (few limitations for cropland use).
Tfactor: 5.
Hydrologic group B (moderate runoff potential).
Moderate available water capacity.
Prime farmland.
Not highly erodible.

632B - Aftad fine sandy loam, 2 to 6 percent slopes

AFTAD: Parent material: Mostly loamy lacustrine deposits.

Landscape position: lake plain, stream terrace.

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.

632C - Aftad fine sandy loam, 6 to 12 percent slopes

AFTAD: Parent material: Mostly loamy lacustrine deposits.

Landscape position: lake plain, stream terrace.

Moderately well drained.
Not hydric.
Land capability class: 3e (moderate limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
Moderate available water capacity.
Not prime farmland.
This mapunit is potentially highly erodible.

634C - Drylanding-Beartree complex, 0 to 12 percent slopes, rocky

DRYLANDING: 70 percent of the mapunit.

Parent material: 10-20 inches of loamy alluvium over mudstone bedrock.

Landscape position: strath terrace.

Somewhat excessively drained.
Not hydric.
Land capability class: 7s (moderate limitations for cropland use).
T factor:2.
Hydrologic group D (very high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

BEARTREE: 20 percent of the mapunit.

Parent material: 10-20 inches of loamy alluvium over siltstone bedrock.
Landscape position: depressions on strath terraces.
Very poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
T factor:2.
Hydrologic group D (very high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

635C - Drylanding-Beartree complex, 0 to 12 percent slopes, rocky, rarely flooded

DRYLANDING: 65 percent of the mapunit.

Parent material: 10-20 inches of loamy alluvium over mudstone bedrock.

Landscape position: strath terrace.

Somewhat excessively drained.
Not hydric.
Land capability class: 7s (moderate limitations for cropland use).
T factor:2.
Hydrologic group D (very high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

BEARTREE: 20 percent of the mapunit.

Parent material: 10-20 inches of loamy alluvium over siltstone bedrock.
Landscape position: depressions on strath terraces.
Very poorly drained.
Hydric soil.
Rare flooding hazard.
Land capability class: 7w (severe limitations for cropland use).
T factor:2.
Hydrologic group D (very high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is not highly erodible.

63A - Crystal Lake silt loam, 0 to 2 percent slopes

CRYSTAL LAKE: Parent material: Mostly silty lacustrine deposits.

Landscape position: kame, lake plain,s tream terrace.

Moderately well drained.
Not hydric.
Land capability class: 1 (few limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
Very high available water capacity.
Prime farmland.
Not highly erodible.

63B - Crystal Lake silt loam, 2 to 6 percent slopes

CRYSTAL LAKE: Parent material: Mostly silty lacustrine deposits.

Landscape position: kame, lake plain, stream terrace.

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

63C - Crystal Lake silt loam, 6 to 12 percent slopes

CRYSTAL LAKE: Parent material: Mostly silty lacustrine deposits.

Landscape position: kame, lake plain, stream terrace.

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 watercapacity.
Farmland of statewide importance.
Highly erodible.

648B - Sconsin silt loam, 1 to 6 percent slopes

SCONSIN: Parent material: loess or silty alluvium and loamy alluvium underlain by stratified sandy and gravelly outwash.

Landscape position: outwash plain, stream terrace, outwash 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.

64A - Totagatic-Winterfield complex, 0 to 2 percent slopes, frequently flooded

TOTAGATIC: 50 percent of the mapunit.

Parent material: Mostly sandy alluvium.

Landscape position: flood plain.

Poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration flooding.
Frequent long duration ponding.
T factor:5.
Hydrologic group A/D (low runoff potential if drained; very high if undrained).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

WINTERFIELD: 40 percent of the mapunit.

Parent material: sandy alluvium.
Landscape position: flood plain.
Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4w (moderate limitations for cropland use).
Frequent long duration flooding.
T factor: 5.
Hydrologic group A/D (low runoff potential if drained; very high if undrained).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

669D - Fremstadt, stony-Pomroy complex, 15 to 30 percent slopes

FREMSTADT: 50 percent of the mapunit.

Parent material: Sandy till or sandy mudflow sediments.

Landscape position: disintegration moraine.

Well drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

POMROY: 40 percent of the mapunit.

Parent material: sandy outwash over loamy till over dense loamy till.
Landscape position: disintegration moraine.
Moderately well drained.
Not hydric.
Land capability class: 6e (severe limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

671B - Spoonerhill, stony-Spoonerhill complex, 2 to 6 percent slopes

SPOONERHILL stony: 42 percent of the mapunit.

Parent material: Thin mantle of loamy alluvium and sandy alluvium underlain by sandy till.

Landscape position: disintegration moraine.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
Tfactor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.
Multi-component map unit.

SPOONERHILL: 38 percent of the mapunit.

Parent material: Thin mantle of loamyalluvium and sandy alluvium underlain by sandy till.
Landscape position: disintegration moraine.
Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
Tfactor: 5.
Hydrologic group A (low runoff potential).
This mapunit has low available water capacity.
Themapunit is not prime farmland.
Not highly erodible.

69C - Keweenaw-Sayner-Vilas complex, 6 to 15 percent slopes, stony

KEWEENAW stony: 40 percent of the mapunit.

Parent material: sandy till.

Landscape position: disintegration moraine.

Well drained.
Not hydric.
Land capability class: 6s (severel imitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

SAYNER stony: 30 percent of the mapunit.

Parent material: sandy and gravelly outwash.
Landscape position: disintegration moraine.
Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

VILAS stony: 20 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: disintegration moraine.
Excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

69E - Keweenaw-Sayner-Vilas complex, 15 to 45 percent slopes, stony

KEWEENAW: 40 percent of the map unit.

Parent material: sandy till.

Landscape position: moraine.

Well drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group B (moderate runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

SAYNER: 30 percent of the map unit.

Parent material: stratified sandy and gravelly outwash.
Landscape position: outwash plain, outwash terrace, esker.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The map unit is highly erodible.

VILAS: 20 percent of the mapunit.

Parent material: sandy outwash.
Landscape position: outwash plain, outwash terrace.
Excessively drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
The mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

706A - Winterfield-Totagatic complex, 0 to 2 percent slopes, frequently flooded

WINTERFIELD: 65 percent of the mapunit.

Parent material: sandy alluvium.

Landscape position: flood plain.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4w (moderate limitations for cropland use).
Frequent long duration flooding.
T factor: 5.
Hydrologic group A/D (low runoff potential if drained; very high if undrained).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

TOTAGATIC: 25 percent of the mapunit.

Parent material: mostly sandy alluvium.
Landscape position: flood plain.
Poorly drained.
Hydric soil.
Land capability class: 7w (severe limitations for cropland use).
Frequent long duration flooding.
Frequent long duration ponding.
T factor: 5.
Hydrologic group D (very high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

715A - Mora silt loam, 0 to 3 percent slopes, very stony

MORA: Parent material: loamy deposits over dense loamy till.

Landscape position: moraines.

Somewhat poorly drained.
Not hydric, but may contain hydric inclusions.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
This mapunit has moderate available water capacity.
The mapunit is prime farmland if drained.
The mapunit is not highly erodible.

717B - Milaca silt loam, 3 to 6 percent slopes, very stony

MILACA:Parent material: loamy deposits over dense loamy till.

Landscape position: moraines.

Moderately cemented dense material is at a depth of about 43 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.
The mapunit is prime farmland.
Not highly erodible.

717C - Milaca silt loam, 6 to 12 percent slopes, very stony

MILACA:Parent material: loamy deposits over dense loamy till.

Landscape position: moraines.

Moderately cemented dense material is at a depth of about 43 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.
The mapunit is not prime farmland.
Highly erodible.

720F - Haustrup-Lundeen-Rock outcrop complex, 12 to 65 percent slopes, very stony

HAUSTRUP: 50 percent of the mapunit.

Parent material: 10-20 inches of silty deposits over basalt bedrock.

Landscape position: knob on moraine.

Somewhat excessively drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 1.
Hydrologic group D (very high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

LUNDEEN: 20 percent of the mapunit.

Parent material: 20-40 inches of silty deposits over basalt bedrock.
Landscape position: knob on moraine.
Well drained.
Not hydric.
Land capability class: 6s (severe limitations for cropland use).
T factor: 2.
Hydrologic group D (very high runoff potential).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The mapunit is highly erodible.

ROCK OUTCROP: 20 percent of the mapunit.

Land capability class: 8s (generally unsuited for cropland use).
This mapunit has low available water capacity.
The mapunit is not prime farmland.
The map unit is highly erodible.

726B - Sissabagama loamy sand, 0 to 6 percent slopes

SISSABAGAMA: Parent material: sandy deposits underlain by stratified sandy and loamy lacustrine deposits.

Landscape position: lake plain.

Moderately well drained.
Not hydric.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 5.
Hydrologic group A (low runoff potential).
Low available water capacity.
Not prime farmland.
Not highly erodible.

742B - Milaca sandy loam, 2 to 6 percent slopes, very stony

MILACA: Parent material: loamy deposits over dense loamy till.

Landscape position: moraines.

Moderately cemented dense material is at a depth of about 43 inches.

Moderately well drained.
Not a hydric soil, but commonly contains hydric soil inclusions.
Land capability class: 4s (moderate limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Moderate available water capacity.
The mapunit is prime farmland.
Not highly erodible.

742C - Milaca sandy loam, 6 to 12 percent slopes, very stony

MILACA:Parent material: loamy deposits over dense loamy till.

Landscape position: moraines.

Moderately cemented dense material is at a depth of about 43 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.
The mapunit is not prime farmland.
Potentially highly erodible.

742D - Milaca sandy loam, 12 to 20 percent slopes, very stony

MILACA:Parent material: loamy deposits over dense loamy till.

Landscape position: moraines.

Moderately cemented dense material is at a depth of about 43 inches.

Moderately well drained.
Not hydric.
Land capability class: 7s (severe limitations for cropland use).
T factor: 4.
Hydrologic group C (high runoff potential).
Moderate available water capacity.
The mapunit is not prime farmland.
Highly erodible.

755A - Moppet, occasionally flooded-Fordum, frequently flooded, complex, 0 to 3 percent slopes

MOPPET: 45 percent of the mapunit.

Parent material: mostly loamy alluvium underlain by sandy or sandy and gravelly alluvium.

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).
Moderate available water capacity.
The mapunit is not prime farmland.
Not highly erodible.

FORDUM: 40 percent of the mapunit.

Parent material: silty and loamy alluvium underlain by sandy or sandy and gravelly alluvium.
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.
The mapunit is not prime farmland.
Not highly erodible.