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  1. Venison: Field to Table

    https://washington.osu.edu/events/venison-field-table

    Extension of Washington County, in partnership with Washington Soil & Water Conservation District is ... Moore’s Processing with an assist from Dean Sinclair of Washington Soil & Water Conservation District. ...

  2. Venison: Field to Table

    https://washington.osu.edu/news/venison-field-table

    Extension of Washington County, in partnership with Washington Soil & Water Conservation District is ... Moore’s Processing with an assist from Dean Sinclair of Washington Soil & Water Conservation District. ...

  3. Bring One Take One Plant Exchange

    https://washington.osu.edu/events/bring-one-take-one-plant-exchange-1

    shovels, gardening tools, aprons, ceramic pots, unopened soil & fertilizer and garden decorations bring ...

  4. Garden Art Series: Holiday Containers

    https://mahoning.osu.edu/events/garden-art-series-holiday-containers-0

    the class to get a leg up on your holiday designs.  Leave soil in pot.  Cut off plants, do not dig. ...

  5. OCVN Open House

    https://mahoning.osu.edu/events/ocvn-open-house-0

    enjoy refreshments and fellowship with current volunteers. We’ll share details about our upcoming ...

  6. Ohio State University Extension, Ohio Division of Forestry, and partners are available to assist with monitoring and removal of rhododendrons and lilacs potentially infected with sudden oak death pathogen

    https://washington.osu.edu/news/ohio-state-university-extension-ohio-division-forestry-and-partners-are-available-assist

    U.S. Forest Service, and local Soil and Water Conservation Districts are working with the ODA and USDA ... deadly disease from becoming established in our oak-dominated forests in southeastern Ohio. Oak trees ...

  7. Landscape Faculty/Student Design Collaboration Leads to Possible Patent

    https://chadwickarboretum.osu.edu/news/landscape-facultystudent-design-collaboration-leads-possible-patent

    are due to high amounts of nitrogen and phosphorus in the water. “Our design solution is to create ... a buoyant concrete vessel that permits a nutrient exchange between the plant and the water,” stated Boswell. ... “The plant’s biomass can help absorb the algae creating nutrients.” By decreasing light penetration, ...

  8. Floating Aquatic Habitats

    https://chadwickarboretum.osu.edu/research-and-education/floating-aquatic-habitats

    are due to high amounts of nitrogen and phosphorus in the water. “Our design solution is to create ... a buoyant concrete vessel that permits a nutrient exchange between the plant and the water,” stated Boswell. ... “The plant’s biomass can help absorb the algae creating nutrients.” By decreasing light penetration, ...

  9. Local Flavor

    https://mahoning.osu.edu/events/local-flavor-8

    practices, helpful tips, soils, organic production and more.  Bring a lawn chair for seating and a notepad.  ...

  10. Local Flavor

    https://mahoning.osu.edu/events/local-flavor-2

    practices, helpful tips, soils, organic production and more.  Bring a lawn chair for seating and a notepad.  ...

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