Analyze and update fertilizer blend sheet to incorporate variable-rate prescriptions based on 2023 yield-map zones and grid-sampled soil-test phosphorus levels in Field 12N to reduce over-application costs

Generate analyze and update fertilizer blend sheet to incorporate variable-rate prescriptions based on 2023 yield-map zones and grid-sampled soil-test phosphorus levels in field 12n to reduce over-application costs for Oilseed and Grain Farming industry

Oilseed and Grain Farming

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Allowed: XLSX, CSV, SHP, PDF

Max size: 50MB

Upload the existing fertilizer blend sheet for Field 12N that needs optimization. Should include current rates, products, and application maps.

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Allowed: SHP, GEOJSON, CSV, XYZ, TIF

Max size: 100MB

Upload yield map data from 2023 harvest showing productivity zones. Accepts shapefiles, GeoJSON, or processed yield data.

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Allowed: CSV, XLSX, SHP

Max size: 25MB

Upload phosphorus soil test results from grid sampling. Should include GPS coordinates, soil P levels (ppm or lbs/acre), and sampling depth information.
Select the current crop and planned rotation for Field 12N to determine appropriate phosphorus removal rates.
List the specific P-containing fertilizer products currently being used (e.g., DAP 18-46-0, MAP 11-52-0, TSP 0-46-0) with current application rates.
Define the management zone approach for variable-rate application based on yield and soil test correlation.
Select the approach for phosphorus recommendations based on university/Extension guidelines and your agronomic philosophy.
Specify any field-specific restrictions or equipment limitations that affect variable-rate application (equipment width, obstacles, waterway buffers, etc.).
Indicate the primary cost reduction target for this variable-rate optimization.
Specify the required format for the updated fertilizer blend sheet and variable-rate prescription maps.
Specify state and federal nutrient management regulations that must be met (NRCS 590 standard, state P index, etc.).