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  1. Agronomy

    https://auglaize.osu.edu/program-areas/agriculture-and-natural-resources/agronomy

    PAT/FACT Registration Form.  WHEAT PERFORMANCE TEST DATA It is time to start purchasing your wheat seed to ...

  2. Soil Test P value less than 50 PPM (or "Lower" P Risk Assessment)

    https://agbmps.osu.edu/scenario/soil-test-p-value-less-50-ppm-or-lower-p-risk-assessment

    A soil test that includes a value for Soil Test Phosphorus (STP) is useful to discuss both the risk of yield loss in crop management and as an indicator for risk of environmental loss of P. In crop management, fields with an STP level of less than 20 PPM ...

  3. Soil Test P value between 50 PPM and 120 PPM (or "Moderate" P Loss Risk Assessment)

    https://agbmps.osu.edu/scenario/soil-test-p-value-between-50-ppm-and-120-ppm-or-moderate-p-loss-risk-assessment

    Soil test phosphorus (STP) is a good indicator for the potential risk of phosphorus movement at the edge-of-field into downstream waters. STP is a quick and widely available measure that can be used to identify field level P loss risk potential. Actual me ...

  4. Soil Test P value greater than 120 PPM (or P Risk Assessment of "High" to "Very High")

    https://agbmps.osu.edu/scenario/soil-test-p-value-greater-120-ppm-or-p-risk-assessment-high-very-high

    Soil test phosphorus (STP) is a good indicator for the potential risk of phosphorus movement at the edge-of-field into downstream waters. STP is a quick and widely available measure that can be used to identify field level P loss risk potential. Actual me ...

  5. Manure to Energy Through Anaerobic Digestion

    https://setll.osu.edu/node/12/waste-management/manure-energy-through-anaerobic-digestion

    Through anaerobic digestion, manure can transform into biogas. Biogas can be used for heating, lighting, electricity generation, and cooking. Anaerobic digestion is a two-step process. First, an acidogenic bacterium breaks down the organic matter. This pr ...

  6. Using Soil to Remove Pollutants From Wastewater

    https://setll.osu.edu/node/90

    Soil that is being used as a wastewater treatment must be unsaturated, deep, and permeable to air and water in order to perform well. Only 16% of Ohio’s soil is ideal for traditional septic systems. Filtering, naturally occurring microbes, and adsorption ...

  7. Septic Tank- Mound System

    https://setll.osu.edu/node/91

    For land with shallow soils and a limiting condition, a mound system may be the alternative. The sand is layered by gravel, which is layered by the distribution system. Above the system, topsoil can be home to non-woody plants. Property owners must mainta ...

  8. Wastewater Management in Rural Communities

    https://setll.osu.edu/node/94

    Three options to treat the wastewater: 1) Gather all the wastewater in a community, treat, have the water flow into a stream. 2) Gather all the wastewater in a community, treat, use irrigation to discharge water. 3) Manage individual home treatment system ...

  9. Wastewater Treatment Principles and Regulations

    https://setll.osu.edu/node/95

    Sewage treatment begins with the separation of large solids and debris. Water is then left in tanks so that large particle will settle at the bottom and grease will rise to the top. Three methods are availiable to take the clarified wastewater and mix it ...

  10. Household Well Water Testing

    https://setll.osu.edu/node/105

    It is recommended that homes that are served by private wells be tested at least once a year. While testing can be expensive, it is the only way to ensure safe, clean water. At minimum, testing should include total coliform bacteria, nitrate, pH, and tota ...

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