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  1. Cover Crops for Prevented Planting Acres

    https://agcrops.osu.edu/events/cover-crops-prevented-planting-acres

    should be planted to help bring up nutrients from deep in the soil to replace nutrients washed out by all ... from USDA-NRCS: Jim Hoorman, soil health. The focus of the meeting will be on cover crop options: What ...

  2. 2019 Agriculture Challenges FAQ Webpage Now Live

    https://agcrops.osu.edu/newsletter/corn-newsletter/2019-21/2019-agriculture-challenges-faq-webpage-now-live

     The unrelenting rains this spring and summer have created many challenges that the farming community is now sorting through. In order to help with decisions, OSU Extension has created a Frequently Asked Questions webpage. This page provides the most up-t ...

  3. Head Scab Update: Week of May 20

    https://agcrops.osu.edu/newsletter/corn-newsletter/2019-14/head-scab-update-week-may-20

    For those fields of wheat at flowering and fields of barley heading-out today (May 20), the risk for ... cause the risk to increase as more fields reach anthesis later this week and early next week. Remember, ... grain-fill, scab risk is also linked to crop development. Consequently, fields of wheat that are not yet at ...

  4. Cover Crops for Prevented Planting Acres at ONU Thursday, June 27

    https://agcrops.osu.edu/newsletter/corn-newsletter/201919/cover-crops-prevented-planting-acres-onu-thursday-june-27

    bring up nutrients from deep in the soil to replace nutrients washed out by all this rain.  Sarah ... USDA-NRCS: Jim Hoorman, soil health. The focus of the meeting will be on cover crop options: What will be ...

  5. Corn of Many Colors

    https://agcrops.osu.edu/newsletter/corn-newsletter/201918/corn-many-colors

    days with temperatures above 70 degrees F (and as soils dry). If plants remain yellow then closer ... Environmental conditions (high rainfall causing saturated soils) can lead to the appearance of yellow corn. The ... N and S. This results in the chlorotic appearance which resembles N deficiency. After soils dry out, the ...

  6. Evaluating the Effects of NZone Max on Corn Nitrogen Efficiency in Ohio

    https://agcrops.osu.edu/newsletter/corn-newsletter/201918/evaluating-effects-nzone-max-corn-nitrogen-efficiency-ohio

    (75%). Continuous corn was planted each year in the same field over three years. Soil was sampled for NO ... yield at harvest. NZone Max had minimal effects on the retention of NH 4 in the soil. Out of the 60 ... total comparisons (3 years, 5 stages, 2 depths, 2 N rates), both soil NO 3 and NH 4 were equally likely ...

  7. Using Corn as a Cover Crop

    https://agcrops.osu.edu/newsletter/corn-newsletter/201919/using-corn-cover-crop

    tillage as much as possible (no-tillage preferable) to ensure soil moisture necessary for germination and ...

  8. 2019 Challenge: Forage Production Options for Ohio

    https://agcrops.osu.edu/newsletter/corn-newsletter/201919/2019-challenge-forage-production-options-ohio

    moisture is the biggest risk. Forage sorghum – Brown midrib (BMR) varieties are best for lactating cows. ... The biggest risk with late-planted corn is getting moisture down to a reasonable level at harvest. ... With current soil moisture conditions, it will be a crap shoot when many farms will be able to plant. ...

  9. How to differentiate flooding injury from root rots in 2019

    https://agcrops.osu.edu/newsletter/corn-newsletter/201919/how-differentiate-flooding-injury-root-rots-2019

    begin to form.  Once these plants are removed the soil and the roots can breathe again, they will form ...

  10. Northwest Branch Field Day

    https://agcrops.osu.edu/events/northwest-branch-field-day

    “Lake Friendly Farming Research”.   Topics include Soil Drainage research, precision fertilizer ... placement, ultra-early corn, manure nutrient balancing, and soil health.  Management of prevented planting ...

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