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  1. Columbus grass (Sorghum x almun)

    https://pested.osu.edu/node/420

    Columbus grass (Sorghum x almun) Description: Hybrid between Grain sorghum (S. bicolor) and ...

  2. Perennial sowthistle (Sanchus arvensis)

    https://pested.osu.edu/node/418

    neutral, fine textured, rich soils. Leaves: Alternate, blue-green with prickly-toothed margins. Deeply ...

  3. Apple of Peru (Nicandra phyhsalodes)

    https://pested.osu.edu/node/396

    producer. Large, persistent seed-banks quickly accumulate in the soil due to seed dormancy. Very competitive ...

  4. Calculating Cation Exchange Capacity, Base Saturation, and Calcium Saturation

    https://ohioline.osu.edu/factsheet/anr-81

    example of typical soil test levels in Ohio (in ppm). We can calculate the collective charge each cation ... by the soil test levels. For calcium, a soil test level of 2000 ppm, divided by 200 equals 10.0 ... (ppm) to meq/100 g soil for base and acid cations to determine CEC. Base Cation Soil test level (ppm ...

  5. Johnsongrass (Sorgum halepense)

    https://pested.osu.edu/node/402

    soil surface. They are stout with purple spots and scales at the nodes.  The problem is….Johnsongrass ...

  6. Shatter cane (Sorghum bicolor)

    https://pested.osu.edu/node/412

    base. It is believed that natural crossing between diverse sorghum types produced the present day ...

  7. Musk thistle (Carduus nutans)

    https://pested.osu.edu/node/407

    soils. It invades open natural areas, meadows, grassy bald, disturbed areas, old pastures, roadsides, ...

  8. Kochia (Bassia scoparia)

    https://pested.osu.edu/node/403

    can accumulate high nitrate concentrations under certain conditions. Caution should be exercised when ...

  9. Grapevine Nutrient Management: Petiole Sampling and Analysis

    https://ohioline.osu.edu/factsheet/hyg-1438

    availability. However, there is a poor relationship between soil and plant nutrient levels. While a soil may be ... adequate levels of another nutrient while the soil test indicates a deficiency. This poor relationship may ... Manganese (Mn) 25–1,000 ppm 3 31–150 ppm Iron (Fe) 30–100 ppm 31–50 ppm Copper (Cu) 5–15 ppm 5–15 ppm Boron ...

  10. February 2024 Highlights

    https://fst.osu.edu/february-2024-highlights

    meeting or conference between November 2022, and October 2023. Danielle is a PhD student advised by Dr. ... stimulation.” This work allows Dr. Jiménez’s lab group to continue working on the link between food and health ...

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