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  1. WCSM Radio Broadcast and Transcript

    https://auglaize.osu.edu/program-areas/agriculture-and-natural-resources/wcsm-radio-broadcast-and-transcript

    To listen to the weekly ag report on the WCSM website click HERE. To read the transcript for the broadcast, click on the date below: 1/27/2023 ...

  2. WCSM Radio Broadcast and Transcript

    https://auglaize.osu.edu/wcsm-radio-broadcast-and-transcript

    To listen to the weekly ag report on the WCSM website click HERE. To read the transcript for the broadcast, click on the date below: 1/27/2023 ...

  3. WCSM Ag Report Radio Broadcast

    https://auglaize.osu.edu/node/2874

    To listen to this weeks update visit WCSM Radio's website  HERE. To read the transcript of the broadcast select date below: 1/27/2023 ...

  4. WCSM Ag News Report Broadcast

    https://auglaize.osu.edu/node/2873

    To listen to this weeks Radio Broadcast, you can visit WCSM radio's website by clicking  HERE.   Transcripts from date: 1/27/2023 ...

  5. WCSM Radio Broadcast

    https://auglaize.osu.edu/node/2872

    To listen to our current radio broadcast on the WCSM Radio website, click  HERE.   Copy of Our Transcripts: 1/27/2023 ...

  6. WCSM Radio Transcripts

    https://auglaize.osu.edu/node/2870

    Transcripts from radio broadcast dated: 1/27/2023 ...

  7. Choosing a Soil Testing Laboratory

    https://auglaize.osu.edu/node/2867

    Soil testing provides key information about the fertility and nutrient availability of soil. Soil tests for biological and physical characteristics can provide a more complete picture of overall soil health. Gardeners, farmers, and landowners can benefit ...

  8. Choosing a Soil Testing Laboratory

    https://auglaize.osu.edu/node/2866

    Soil testing provides key information about the fertility and nutrient availability of soil. Soil tests for biological and physical characteristics can provide a more complete picture of overall soil health. Gardeners, farmers, and landowners can benefit ...

  9. Row Spacing

    https://agcrops.osu.edu/node/4451

    In Ohio, most soybeans are planted in narrow rows (7.5- to 15-inch). Soybeans grown in narrow rows produce more grain because they capture more sunlight energy, which drives photosynthesis. Within limits, as sunlight interception increases, so does yield. ...

  10. Variety Selection

    https://agcrops.osu.edu/node/4450

    Most soybean varieties have genetic yield potentials well over 100 bushels per acre. A variety’s adaptability to the environment and production system where it will be used sets the yield potential of the production system. The quality of the weather duri ...

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