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  1. Seeding Perennial Forages in Late Summer

    https://agcrops.osu.edu/newsletter/corn-newsletter/24-2021/seeding-perennial-forages-late-summer

    rather than too deep. Do not harvest a new perennial forage stand this fall. The ONLY exception to this ... harvesting operations. Sclerotinia crown and stem rot is a concern with no-till seedings of alfalfa in late ... contact. Be aware that too much tillage depletes soil moisture and increases the risk of soil crusting. ...

  2. Welcome to Our New Soybean Pathologists, Horacio and Mitch!

    https://agcrops.osu.edu/newsletter/corn-newsletter/2021-28/welcome-our-new-soybean-pathologists-horacio-and-mitch

    at Universidad de Caldas, Columbia. It’s great to have you back, Horacio! Mitch’s research will focus ...

  3. Compassion Fatigue

    https://wayne.osu.edu/news/compassion-fatigue

    into the fall activities of school, sports, band, and of course the Wayne County Fair.  Within each of ... to focus, memory impairment, anxiety, depression, isolation, and chronic fatigue.  So, how do we help ... focus on what can be done- what difference can I make today?  Be careful about targeting a specific end ...

  4. Remember soybean aphids? They might be in your fields

    https://agcrops.osu.edu/newsletter/corn-newsletter/2021-27/remember-soybean-aphids-they-might-be-your-fields

    with high populations.  Based on recent scouting, we have noticed increasing populations of soybean ... your fields for soybean aphids and see if you have exceeded the threshold of an increasing population ... per plant, you’ll need to come back and re-scout 3-4 days later.  If the aphid population increased in ...

  5. Ohio No-Till Field (half) Day

    https://agnr.osu.edu/events/ohio-no-till-field-half-day

    Precision will improve environmental quality, reduce nutrient purchases, and increase return to management. ... Automation will lead to increased continuous no-till acres. Gross vehicle weight of equipment will be so low ... 43064. Pay $20 on arrival (no pre-registration required) ...

  6. Pre-harvest Sprouting and Falling Number

    https://agcrops.osu.edu/newsletter/corn-newsletter/22-2021/pre-harvest-sprouting-and-falling-number

    -and-grain-quality-concerns for more on delayed grain harvest and grain quality.  Falling number (FN in seconds) is a widely ... harvested. This could lead to pre-harvest sprouting and other grain quality issues. However, the extent to ... conditions before it is harvested. For instance, white wheats tend to be more susceptible to pre-harvest ...

  7. Ohio No-Till Field Day (Plain City)

    https://agcrops.osu.edu/events/ohio-no-till-field-day-plain-city

    Precision will improve environmental quality, reduce nutrient purchases, and increase return to management. ... Automation will lead to increased continuous no-till acres. Gross vehicle weight of equipment will be so low ...

  8. CD Wire- August 16, 2021

    https://comdev.osu.edu/cd-wire/2021-08-16

    There is no cost, but registration is required. Learn more and register here. Next EPN Breakfast- ... ecosystem resiliency.  Increasing evidence shows that Ohio’s native ecosystems (oak-hickory ... highlighted during the webinar.  Homegrown is a program focused on building and strengthening your local ...

  9. Hazy Days…How Does Light Influence Corn and Soybean?

    https://agcrops.osu.edu/newsletter/corn-newsletter/2021-26/hazy-days%E2%80%A6how-does-light-influence-corn-and-soybean

    dominant high pressure has focused record-breaking heat in the west while here across the Midwest, westerly ... incoming direct light to increase interception or parallel to the light to decrease direct interception as ... increase photosynthesis with increasing light and tends to benefit from more sun if temperatures and water ...

  10. No-Till Field Days 2021

    https://agcrops.osu.edu/newsletter/corn-newsletter/2021-26/no-till-field-days-2021

    Growers association. Pay $20 on arrival (no pre-registration required) Morning Schedule Location: 7050 ... increase return to management. Automation will lead to increased continuous no-till acres. Gross vehicle ... nutrient purchases, and increase return to management. Automation will lead to increased continuous no-till ...

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