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  1. Genetically Modified Organisms

    https://agcrops.osu.edu/GMOs

    a little further. Our goal is to give you resources covering both sides of the issue and to expose you to ... Engineered Crops in the United States- Economic Research Service, USDA Ag BioSafety- University of ...

  2. Mid-Season Soybean Diseases – What can we Predict?

    https://agcrops.osu.edu/newsletter/corn-newsletter/2014-21/mid-season-soybean-diseases-%E2%80%93-what-can-we-predict

    Journal last week.  What to watch for now… 1.        Brown spot.  In all of our field plots this year, ... infect the plant at the node.  Last year in the northeastern part of the state, we had our fungicide ... had approximately 20% disease severity in our non-treated plots and over 65 bu yields.  The fungicide ...

  3. Back to the Future with Stink Bugs?

    https://agcrops.osu.edu/newsletter/corn-newsletter/back-future-stink-bugs

    stink bug pressure.  We have already found a few stink bugs in our soybean sweep net surveys in (funded ... by the Ohio Soybean Council and the North Central Soybean Research Program), so they are active, and ...

  4. Hybrid performance with and without various transgenic traits – Ohio trends

    https://agcrops.osu.edu/newsletter/corn-newsletter/2016-40/hybrid-performance-and-without-various-transgenic-traits-%E2%80%93-ohio

    According to the USDA-Economic Research Service in 2016, 86% of Ohio’s corn acreage was planted to ... yields of hybrids with transgenic traits for above and below ground insect resistance. Force 3G soil ...

  5. C.O.R.N. Newsletter 2005-14

    https://agcrops.osu.edu/newsletters/2005/14

    others. In our research, ratings of all of these treatments may be similar at 4 weeks after treatment, but ... rainfall, saturated soils, dense surface crusting, and seedling diseases during the first four weeks after ... become polar opposites in terms of their eventual stand establishment. The nutrient reserves in the ...

  6. Minimizing pollen contamination of non-GMO Corn

    https://agcrops.osu.edu/newsletter/corn-newsletter/2015-04/minimizing-pollen-contamination-non-gmo-corn

    details concerning these methods, consult Extension Fact Sheet AGF-135, Managing "Pollen Drift" ... 99%. Other research has indicated that cross-pollination between corn fields could be limited to 1% or ... Minnesota SW Research and Outreach Center. online at  http ...

  7. More on Fall Herbicides with Regard to the Enlist System

    https://agcrops.osu.edu/newsletter/corn-newsletter/2014-36/more-fall-herbicides-regard-enlist-system

    management technology is needed and beneficial, and this includes the Enlist system along with the traits ... isoxaflutole).  All of these have a fit somewhere to help manage current herbicide resistance problems, and they ... all have the potential to cause new herbicide resistance problems if not properly managed.  There is ...

  8. Wet Weather: Flooding, Poor Nodulation, and Disease Concerns

    https://agcrops.osu.edu/newsletter/corn-newsletter/2015-17/wet-weather-flooding-poor-nodulation-and-disease-concerns

    saturated soils across the northern and west central part of the state.  This is going to be tough on ... Nodulation is reduced in wet soils.  Soybeans at the V2 growth stage when grown in saturated soil for two ... red, nitrogen is being fixed. 3.   Disease:   Flooded and saturated soil conditions will also provide ...

  9. Flooding and ponding injury to corn-- "Muddied Corn"

    https://agcrops.osu.edu/newsletter/corn-newsletter/flooding-and-ponding-injury-corn-muddied-corn

    point is at or above the soil surface and less sensitive to flooding and associated anaerobic soil ...

  10. Late Summer Insect & Disease Field Night Event

    https://agcrops.osu.edu/newsletter/corn-newsletter/2018-25/late-summer-insect-disease-field-night-event

    offer useful and valuable hands-on identification, training and management suggestions for late summer ...

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