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  1. In-Crop Application of Manure Sourced Nutrient to Maximize Crop Uptake

    https://agbmps.osu.edu/bmp/crop-application-manure-sourced-nutrient-maximize-crop-uptake

    stewardship, which focuses on the "right" rate, placement, timing, and source of nutrients to ... source nutrients, especially related to the in-crop application of manure. Rate, timing, and placement ... strategies of 4R Nutrient Stewardship are most relevant. Rate is critically important as we balance nitrogen ...

  2. The MCIC is pleased to welcome Dr. Jelmer Poelstra

    https://mcic.osu.edu/news/mcic-pleased-welcome-dr-jelmer-poelstra

    The MCIC  is pleased to welcome Dr. Jelmer Poelstra, who will lead the bioinformatics activities ... bioinformatics and computational tools for  genomic analyses, as he has been working with high throughput ...

  3. Subsurface Placement of Nutrient

    https://agbmps.osu.edu/bmp/subsurface-placement-nutrient

    2001). Banded fertilizer rates can be reduced by 25–50 percent. The goal in fertilizer addition is to ... fertilizers are used, limits to nitrogen and potassium total rates exist. Due to the potential of injury from ... 17 percent of the application rate might be possible. Figure 34. Effect of phosphorus placement on ...

  4. Riparian Forest Buffers (NRCS 391)

    https://agbmps.osu.edu/bmp/riparian-forest-buffers-nrcs-391

    removal varies with seasonal hydrology. The removal rate for a forest buffer is 93 percent during a low ... trees tend to survive at a higher rate. Land taken out of production should be considered in the cost ...

  5. Nutrient Management Plan (NRCS 590)

    https://agbmps.osu.edu/bmp/nutrient-management-plan-nrcs-590

    soil-stable and lost at low concentrations and at total pounds-per-acre rates in water flows. Unfortunately, ... important to account for all sources and timings of nitrogen applications to ensure that excess rates are ... not applied. Nitrogen needs to be managed to reduce the rate to the actual need of the crop. This ...

  6. Wood Chip Bioreactor (NRCS 605)

    https://agbmps.osu.edu/bmp/wood-chip-bioreactor-nrcs-605

    removal rates average 4.7 gallons of nitrogen removed per bioreactor (Addy et al., 2016). The design life ...

  7. Water Control Structure (NRCS 587)

    https://agbmps.osu.edu/bmp/water-control-structure-nrcs-587

    or rate of flow, or maintains a desired water surface elevation. Water control structures are in open ...

  8. Blind Inlet (NRCS 620)

    https://agbmps.osu.edu/bmp/blind-inlet-nrcs-620

    lifetime did not appreciably decrease flow rates or cause maintenance issues. Monitoring throughout 12 ...

  9. Critical Concerns

    https://agbmps.osu.edu/critical-concerns

    Critical Concern in the field. Description of Critical Concern and Potential BMP's Evaluate rate to ...

  10. Start a Project

    https://mcic.osu.edu/start-project

    Email; Wirat Pipatpongpinyo, Ph.D., Email 330-263-3828 Bioinformatics Jelmer Poelstra, Ph.D., Email ... submission Bioinformatics Jelmer Poelstra, Ph.D., Email 330-263-3828 Register as MCBL user Address: MCIC ...

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