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1. Summer-Annual Grasses

   results. Nitrogen fertilization is critical to achieve high yields and varies by previous crop (Table ... grows 6 to 15 feet tall and has potential for high yields. It is utilized as a one-cut silage or ... harvest timing easier to manage. Seeds should be planted on a well-prepared, firm, and moist seedbed at ...

2. Summer-Annual Grasses

   Nitrogen fertilization is critical to achieve high yields and varies by previous crop (Table 7.11). ... grows 6 to 15 feet tall and has potential for high yields. It is utilized as a one-cut silage or ... easier to manage. Seeds should be planted on a well-prepared, firm, and moist seedbed at a depth of 1/2 ...

3. Annual Forage Crops

   harvest. Oat has also been aerially seeded into standing corn in mid-August to provide high-protein forage ... grains to manage for high quality in the spring. Palatability and quality of rye are unacceptable if ... forage during the summer months. Corn produces high yields of energy dense forage. Even if planted late ...

4. Annual Forage Crops

   period of grazing or greenchop. Highest yields are achieved with a single harvest in early heading to ... aerially seeded into standing corn in mid-August to provide high-protein forage as a supplement to the ... grains or small grains with annual legumes (e.g., field peas and soybean) can be used to achieve specific ...

5. Soybean Yield Response to Long-term No-tillage Across Contrasting Ohio Soils

   higher soybean yields over time compared to the moldboard plow (Figure 2). In Wooster’s silt-loam soils, ... rotation and no-till experiment, soybean yields increased by up to 5 bushels per acre when shifting from ... doi.org/10.2134/agronj1963.00021962005500040036 Farm Management no-till long-term experiment soybean yield crop ohio soils Agriculture and Natural ...

6. Battle for the Belt: Season 3, Episode 14: Corn Disease

   diseases. For example, higher seeding rates create denser canopies, leading to increased humidity within the ... University Extension Corn Disease Fact Sheets – Printable guides to help identify and manage common foliar ... Replanting trials, we are evaluating five planting date windows: Ultra early (late March to early April), ...

7. Species Selection

   from seed suppliers. • Management Compatibility. Select species that are well adapted to the intended ... with high yield potential and resistance to leaf diseases, and some have been developed for greater ... to leaf diseases. Improved high-yielding and persistent varieties are available. Some varieties are ...

8. Disease Management in Forages

   to diseased plants. Important considerations for managing diseases include matching forage species to ... and selecting disease resistant varieties. It is very important to avoid compaction damage in forages ... yield and forage quality under conditions that are conducive to disease development, such as humid or ...

9. Battle for the Belt: Season 3, Episode 16 – Tar Spot in Corn

   spot infection to improve management of this disease in Ohio. County Extension Educators across the ... resistant hybrids showed no disease (Figure 2). In disease management, the ear leaf is the most important to ... tar spot infection. Field management information is collected to identify if there are any management ...

10. How to Use the Crop Risk Tool

    Network to assess disease risk. The Crop Risk Tool forecasts the risk of multiple foliar diseases like tar ... spot and gray leaf spot in corn and white mold in soybean using validated disease models and ... https://cropprotectionnetwork.org/crop-disease-forecasting Step 2: How to Set Up Location Either zoom in and find the location you are interested in and drop ...

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