Draft a variable-rate planting schedule integrating drone NDVI biomass maps with yield-goal prescriptions for 10-field corn–soybean rotation blocks specifying metered seeding rates per 30x30 m zones

Generate draft a variable-rate planting schedule integrating drone ndvi biomass maps with yield-goal prescriptions for 10-field corn–soybean rotation blocks specifying metered seeding rates per 30x30 m zones for Agriculture, Forestry, Fishing and Hunting industry

Agriculture, Forestry, Fishing and Hunting

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Allowed: TIFF, TIF, GEOTIFF

Max size: 500MB

Upload high-resolution NDVI orthomosaics from recent drone flights for biomass mapping. Each file should be geo-referenced TIFF or GeoTIFF format covering entire 30x30 m management zones for all rotation blocks.

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Allowed: SHP, CSV, XLSX, KML

Max size: 100MB

Upload existing yield goal prescription maps or tables specifying target bushels per acre for each field. Include soil productivity indices, historical yield data, and any management zone boundaries.
Specify the 10-field corn-soybean rotation sequence. This determines planting order, nitrogen carryover effects, and field accessibility for each crop type.
Select your planter's seed metering technology and desired calibration standards. This affects seed spacing accuracy and population control capabilities.
Define critical parameters for each 30x30 m management zone including: soil type changes, drainage characteristics, pH levels, fertility requirements, pest pressure zones, and any field obstacles. Specify how these factors should influence variable seeding rates.
Specify the exact corn hybrids and soybean varieties to plant, including relative maturity dates, trait packages, and population response ranges. Include treated vs untreated seed requirements.
Select your optimal planting window based on soil temperature readiness, weather patterns, and equipment availability constraints for the rotation schedule.
Specify regulatory and certification standards that must be maintained throughout the planting operation including seed treatments, refuge requirements, and record-keeping needs.
Provide equipment details including planter width, GPS system type (RTK, WAAS, cellular), variable rate controller capabilities, and operator experience level for each field operation.
Define risk tolerance parameters including replant thresholds, weather insurance triggers, seed cost budgets, and yield variability acceptance levels across different management zones.