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  1. Klase Ditch

    https://agditches.osu.edu/klase_ditch

    Site Name: Klase Ditch Site Location: Shelby County, OH Receiving Waterbody: Loramie Creek→Great Miami River→Ohio River→Mississippi River Year Constructed: 2005 ...

  2. Needles Creek

    https://agditches.osu.edu/needles_creek

    Site Name: Needles Creek Site Location: Wood County, OH Receiving Waterbody: Middle Branch Portage River→Portage River→Lake Erie Year Constructed: 2003 ...

  3. Sugar Creek (Allen County)

    https://agditches.osu.edu/sugar_creek

    Site Name: Sugar Creek Site Location: Allen County, OH Receiving Waterbody: Ottawa River→Auglaize River→Maumee River→Lake Erie Year Constructed: 2008 ...

  4. Tributary to Bull Creek

    https://agditches.osu.edu/bull_creek

    Site Name: Tributary to Bull Creek Site Location: Woody County, OH Receiving Waterbody: Bull Creek→Portage River→Lake Erie Year Constructed: 2001 ...

  5. Two-Stage

    https://agditches.osu.edu/case-studies/two-stage

    Two-stage channels have been applied mostly throughout the Great Lakes states.  As of 2013, we estimate 60 to 100 projects utilizing the two-stage channel design approach have been implemented totalling 40 to 60 miles.  The following map shows the distrib ...

  6. Self-Forming Channels

    https://agditches.osu.edu/case-studies/self-forming

    The self-forming channel design seeks to construct a state from which a stream suited to the hydrogeomorphic setting develops through succession. Since 2005, twenty-six self-forming stream designs have been constructed and tracked.  Nine have been monitor ...

  7. Agricultural Drainage Channels

    https://agditches.osu.edu/ag-drainage-channels

    Throughout much of the North Central Region of the United States streams have been modified to enhance surface and subsurface drainage of the adjacent landscape for reliable, economically viable production of agricultural commodities (Figure 1). ...

  8. Tools and Models

    https://agditches.osu.edu/tools-and-models

    Stream and ditch physical condition is increasingly a priority for resource managers. Assessment, monitoring, naturalization and restoration techniques continue to be developed and standardized. Toward these ends a suite of spreadsheet tools, the STREAM M ...

  9. Channel Assessment & Design

    https://agditches.osu.edu/tools-and-models/channel-assessment-design

    S preadsheet  T ools for  Ri ver  E valuation,  A ssessment, and  M onitoring (STREAM) Modules Stream physical condition is increasingly a priority for resource managers. Assessment, monitoring and restoration techniques continue to be developed and stand ...

  10. Water Quality

    https://agditches.osu.edu/tools-and-models/water-quality

    The benefits of ditches extend way beyond drainage and production. Well-functioning drainage ditches also can provide many services to the watershed including protecting valuable downstream resources such as lakes, rivers, and estuaries. The Ohio State Un ...

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