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  1. Student Organizations

    https://fabe.osu.edu/graduate/graduate-student-organization

    communication between graduate students and departmental faculty and staff. To bring together students from ... processing (high-pressure based food processing) technologies. I am the delegate representing FABE at the ...

  2. Soil Acidity and Liming for Agronomic Production

    https://ohioline.osu.edu/factsheet/AGF-505-07

    is considered adequate if soil test levels are greater than 50 ppm (100 lb). Hi-cal (calcitic) lime ... ($50 hauling charge/60 acres). Summary In summary, make sure you obtain a soil test, determine if lime ... neutralization to raise the soil pH. High concentrations of hydrogen in soil solution (low soil pH) may cause the ...

  3. Fusarium Head Blight or Head Scab of Wheat, Barley and other Small Grain Crops

    https://ohioline.osu.edu/factsheet/plpath-cer-06

    50% or more of the spikelets may become damages. Scab also causes floret sterility, poor test weights ... accumulate at high levels in the harvested grain and may cause vomiting and feed refusal if scabby grain is ... Levels of vomitoxin exceeding 1 ppm and 5 ppm (parts per million) are unfit for human and livestock ...

  4. Choosing a Laboratory for Nutrient and Soil Health Testing

    https://ohioline.osu.edu/factsheet/anr-0107

    State University Extension Soil testing provides key information about soil nutrient availability. It is ... a complete picture of overall soil health. Farmers, gardeners, and landowners can use soil testing data to ... optimize their nutrient management plans. Implementing recommendations based on soil test data prevents ...

  5. Velasquez-Giraldo visualizes a new plant-based meat alternative at CEMAS

    https://fabe.osu.edu/news/velasquez-giraldo-visualizes-new-plant-based-meat-alternative-cemas

    developing a new high protein plant-based meat analog with increased fat through extrusion, under the advice ... Velasquez-Giraldo is using the technology to promote fibrous structures that improve the quality of high ... -protein alternative products. The high temperatures in cooking section of the extruder, combined with the low ...

  6. Making Fruit Leathers

    https://ohioline.osu.edu/factsheet/hyg-5361

    not touch; allow space between items for air flow. Remember to watch food more closely at the end of ... Leather dries from the outside edge toward the center. Test for dryness by touching center of leather; no ...

  7. Soils and Soil Health

    https://ohioline.osu.edu/factsheet/anr-0136

    nutrients air—2%–50% of soil volume oxygen, carbon dioxide, nitrogen occupies same spaces between soil ... bad, or mid-level soil test results to compare against. The Ohio State University has conducted a vast ... nutrients—aka “potential for productivity” water—2%–50% of soil volume water-holding capacity is directly ...

  8. Growing Strawberries in the Home Garden

    https://ohioline.osu.edu/factsheet/hyg-1424

    Early Medium, Large Good Good High Cabot Mid-Late Very Large Fair Excellent Medium Clancy Mid Large Good ... Good Medium Earliglow Early Medium, Large Very Good Very Good Medium Eros Mid Large Good Good High ... Evangeline Early Medium Excellent Good Medium Guardian Mid Very Large Fair Good High Jewel Mid-Late Large ...

  9. Gibberella Ear Rot and Mycotoxins in Corn: Sampling, Testing, and Storage

    https://ohioline.osu.edu/factsheet/plpath-cer-04

    steps. Semi-quantitative tests estimate vomitoxin at or above certain levels (>5ppm) or within a given ... (DON), also called vomitoxin. As a result, high levels of Gibberella ear rot severity and moldy grain are ... usually accompanied by high levels of vomitoxin. Mycotoxins are harmful to both humans and animals. ...

  10. Understanding Value in Lime

    https://ohioline.osu.edu/factsheet/anr-9

    soil test recommendation as a calcium carbonate equivalent basis and is specific for the crop, soil ... soil test calling for? Are you applying the correct amount of lime? Even with very few liming materials ... 99%. Calculations for Lime No. 5: Fineness Index = 0.2 (95–70) + 0.6 (70 – 50) + 1 (50) = 67 ENP ...

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