Site

Search results

  1. Managing Mold in Hay

    https://wayne.osu.edu/news/managing-mold-hay

    baling. Often the hay is not quite at or below the desired moisture content for dry hay (15-20%) and small ... presence of mycotoxins. Anderson’s PDF can be viewed at http://go.osu.edu/C5Aq Extensive mold may also ... hay. Moldy feeds may “reduce energy content by 5% for ruminants” say the authors of a 2016 Penn State ...

  2. Harvesting Late Planted Corn for Silage

    https://agcrops.osu.edu/newsletter/corn-newsletter/2019-29/harvesting-late-planted-corn-silage

    before a frost. The normal maturity stage for full-eared corn when the whole-plant dry matter content is ... Other corn plantings will produce ears but will not reach the proper dry matter content in the dent ... quality of the whole plant decreases until grain content increases sufficiently to begin offsetting the ...

  3. Harvesting Immature Corn as Silage

    https://agcrops.osu.edu/newsletter/corn-newsletter/2019-29/harvesting-immature-corn-silage

    production. The single most important factor in silage production is plant moisture content at harvest.  ... approximately 64-68%, which corresponds to a plant dry matter content of 32-36%.  Varying more than a few ... moisture content possibly as high as 75 to 80%, until a frost.   If plants are harvested too wet, besides ...

  4. Harvesting Immature Corn as Silage

    https://wayne.osu.edu/news/harvesting-immature-corn-silage

    production. The single most important factor in silage production is plant moisture content at harvest.  ... approximately 64-68%, which corresponds to a plant dry matter content of 32-36%.  Varying more than a few ... forage to a correct moisture content for ensiling or for baleage.  From a quality standpoint, cutting ...

  5. Management of Waterhemp in LibertyLink Soybeans

    https://agcrops.osu.edu/research-report/2018/management-waterhemp-libertylink-soybeans

    LLSoybeanResearchReport2018 MG JMSedits lel.pdf 2018 Soybean Soybean production; Weed management; ...

  6. Starter Fertilizer Response in Corn Study, Darke County

    https://agcrops.osu.edu/research-report/2018/starter-fertilizer-response-corn-study-darke-county

    Corn Starter Fertilizer Report 2018 final.pdf 2018 Corn Corn Growth and Development; Nitrogen; ...

  7. Management of Waterhemp with Group 15 Herbicides in Soybeans

    https://agcrops.osu.edu/research-report/2018/management-waterhemp-group-15-herbicides-soybeans

    Group15ResearchReport2018 MG JMS edits lel.pdf 2018 Soybean Soybean production; weed management; ...

  8. Management of Waterhemp in Xtend (Dicamba-Resistant) Soybeans

    https://agcrops.osu.edu/research-report/2018/management-waterhemp-xtend-dicamba-resistant-soybeans

    XtendSoybeanResearchReport2018 MG JMSedits lel.pdf 2018 Soybean Soybean production; Weed ...

  9. The Agronomic Crops Team will welcome you to the Farm Science Review

    https://agcrops.osu.edu/newsletter/corn-newsletter/2019-30/agronomic-crops-team-will-welcome-you-farm-science-review

    complete schedule here: https://fsr.osu.edu/sites/fsr/files/imce/pages8-12.pdf. ...

  10. Agronomy Beyond 2019: Prepare for 2020 at FSR Agronomy College

    https://agcrops.osu.edu/newsletter/corn-newsletter/2019-29/agronomy-beyond-2019-prepare-2020-fsr-agronomy-college

    https://fsr.osu.edu/sites/fsr/files/imce/pages8-12.pdf; and at the Gwynne: https://fsr.osu.edu/sites/fsr/files/imce/FSR-2019-Program-Gwynne-AUG8.pdf ...

Pages