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1. Grassed Waterways (NRCS 412)

   https://agbmps.osu.edu/bmp/grassed-waterways-nrcs-412

   installation of a grassed waterway. Credit for both images: Greg LaBarge, OSU Extension. Considerations ...

2. Gully erosion via concentrated surface flow

   https://agbmps.osu.edu/scenario/gully-erosion-concentrated-surface-flow

   both images: Greg LaBarge, OSU Extension. Other Examples: 3/17 Defiance Co LaBarge 3/17 Hardin Co ...

3. Inter-rill and rill erosion

   https://agbmps.osu.edu/scenario/inter-rill-and-rill-erosion

   from right to left, resulting in residue displacement and rill erosion (4b). Credit for both images ...

4. Tillage Intensity to Maintain Target Residue Cover (NRCS 329, 345 & 346)

   https://agbmps.osu.edu/bmp/tillage-intensity-maintain-target-residue-cover-nrcs-329-345-346

   corn (38a) and soybeans (38b) in a no-till system. Credit for both images: Greg LaBarge, OSU Extension. ... residue cover (39b). Credit for both images: Greg LaBarge, OSU Extension. Ridge-till The soil is left ... 40b. Ridge-till system planting (40a) and after planting residue cover (40b). Credit for both images ...

5. Controlled Drainage/Drainage Water Management (NRCS 554)

   https://agbmps.osu.edu/bmp/controlled-drainagedrainage-water-management-nrcs-554

   for both images: USDA-ARS Soil Drainage Unit.       Extension  https://extension.osu.edu/lao#county ...

6. Subsurface Placement of Nutrient

   https://agbmps.osu.edu/bmp/subsurface-placement-nutrient

   indicate some increased erosion but did not approach RDP losses Credit for both images: Libby Dayton, The ...