Highly erodible soils definition

Highly erodible soils means soils (excluding vegetation) with an erodibility index (EI) from sheet and rill erosion equal to or greater than eight. The erodibility index for any soil is defined as the product of the formula RKLS/T, where K is the soil susceptibility to water erosion in the surface layer; R is the rainfall and runoff; LS is the combined effects of slope length and steepness; and T is the soil loss tolerance.
Highly erodible soils means those soils with a slope greater than 15 percent; or those soils with a K value greater than .35 and with slopes greater than 5 percent.
Highly erodible soils means very unstable soils that are generally described as Sodosols with hard setting, fine sandy loam to silty clay loam surfaces (solodics, solodised solonetz and solonetz) or soils with a dispersible layer located less than 25 cm deep or soils less than 25 cm deep.

Examples of Highly erodible soils in a sentence

  • Highly erodible soils are those that are easily carried by water and, to a lesser extent, by wind.

  • Highly erodible soils include those soils with a slope greater than 15% or those soils with a K value greater than .35 and with slopes greater than 5%.

  • The Figure contains the following information:• The proposed Facility and Project Area; • Undeveloped or abandoned lands (vacant fields, wood lots, etc.); • Wildlife areas, nature preserves, and other conservation areas; • Bodies of water, including but not limited to, streams, drainage channels/ditches, wetlands, reservoirs, lakes, and ponds; and• Highly erodible soils and slopes 12 percent and greater.

  • Erosion control blankets and turf reinforcement mats must be considered for: Fill slopes greater than 10 feet high Ditch slopes greater than 10 percent Highly erodible soils Fluctuating water levelsHigh ditch flows High sheet flow Standard seeding and mulching will not withstand anticipated runoffAround high quality water bodies.ECBs, TRMs, or an equivalent erosion control practice is recommended for most slopes steeper than 1V:3H (3:1), depending on soil type.

  • Highly erodible soils within the basin have produced high impact levels of fine sediments in the lake and mass wasting in areas of the watershed.


More Definitions of Highly erodible soils

Highly erodible soils means very unstable soils that are generally described as Sodosols with hard –setting, fine sandy loam to silty clay loam surfaces (solodics, solodised solonetz and solonetz) or soils with a dispersible layer located less than 25cm deep or soils less than 25cm deep.
Highly erodible soils means land that is defined as highly erodible by the Sodbuster, Conservation Reserve, and Conservation Compliance parts of the Food Security Act of 1985 (P.L. 99-198) and the Food, Agriculture, Conservation, and Trade Act of 1990 (P.L. 101-624). Lists of highly erodible and potential highly erodible map units are maintained in NRCS field office technical guide.
Highly erodible soils means those soils with a K value greater than .35 and with slopes greater than 5%, and for land within the critical area, slopes greater than 15%.
Highly erodible soils means soils (excluding vegetation) with an erodibility index (EI) from sheet and rill
Highly erodible soils means land that is defined as highly erodible by the Sodbuster,
Highly erodible soils means the following soils, according to Story County Natural Resources Conservation Service designations: 138C Clarion Loam, 138C2 Clarion Loam, 138D2 Clarion Loam, 168C Hayden Loam, 168E Hayden Loam, 168F Hayden Loam, 236C Lester Loam, 236C2 Lester Loam, 236D Lester Loam, 236D2 Lester Loam, 236E Lester Loam, 236F Lester Loam, 356G Hayden-Storden Loams, 41D Sparta Loamy Fine Sand, 62C3 Storden Loam, 62D Storden Loam, 62D3 Storden Loam, 62E Storden Loam, 62E3 Storden Loam, 62F Storden Loam, 638C2 Clarion-Storden Loams, 638D2 Clarion-Storden Loams, 65F Lindley Loam.
Highly erodible soils means soils (excluding vegetation) with an erodibility index (EI) from sheet and rill erosion equal to or greater than eight. The erodibility index for any soil is defined as the product of the formula RKLS/T, as defined by the Food Security Act (F.S.A.) Manual of August,