{"id":12582,"date":"2025-11-09T18:06:42","date_gmt":"2025-11-09T17:06:42","guid":{"rendered":"https:\/\/geopard.tech\/?p=12582"},"modified":"2026-01-16T18:52:26","modified_gmt":"2026-01-16T17:52:26","slug":"geopard-and-cornell-university-cast-nmsp-collaboration-on-data-driven-agriculture","status":"publish","type":"post","link":"https:\/\/geopard.tech\/nor\/blog\/geopard-and-cornell-university-cast-nmsp-collaboration-on-data-driven-agriculture\/","title":{"rendered":"GeoPard and Cornell University CAST, NMSP Collaboration on Data-Driven Agriculture"},"content":{"rendered":"

The Cornell Agricultural Systems Testbed and Demonstration Site (CAST) for the Farm of the Future and the Cornell Nutrient Management Spear Program (NMSP) have teamed up with precision agriculture platform GeoPard Agriculture to turn raw yield data into actionable farming recommendations.<\/p>\n

CAST \u2013 a cluster of three real-world farms in New York State \u2013 serves as a testbed for \u201cFarm of the Future\u201d technologies, advancing data-driven solutions for crop and dairy production. The NMSP team conducts research, facilitates technology and knowledge transfer, and aids in the on-farm implementation of beneficial strategies for field crop nutrient management to increase farm sustainability across New York state.<\/p>\n

GeoPard is working with CAST and NMSP to advance data processing into improved digital agronomy tools \u2013 a blend of science, technology and farmer-led trials that exemplifies the future of precision farming.<\/p>\n

Cornell\u2019s CAST and NMSP<\/h2>\n

\"Cornell\u2019s<\/p>\n

CAST is part of the USDA NIFA \u201cFarm of the Future\u201d initiative and operates under the auspices of the Cornell Institute for Digital Agriculture. CAST brings together three commercial-scale farms (crops and dairy) under a unified R&D ecosystem. Its mission is to test and demonstrate integrated precision-ag technologies (from robotics to data analytics) in real farming conditions.<\/p>\n

In parallel, the Nutrient Management Spear Program (NMSP), led by Dr. Quirine Ketterings, focuses on applied soil and crop research and extension. The NMSP team evaluates nutrient use and yield variability on farms; for example, it pioneered \u201cyield stability zones,\u201d combining three or more years of yield data to map consistently high-yield and low-yield areas versus variable spots.<\/p>\n

These stability-zone maps (with zones Q1\u2013Q4 for high\/low yield consistency) and new trial designs like the Single-strip Spatial Evaluation Approach (SSEA) help farmers test, through on-farm research, whether management changes pay off, given known within-field variability.<\/p>\n

The GeoPard Agriculture Platform<\/h2>\n

\"GeoPard-Background-Precision-Ag-software-Do-more-with-your-data\"<\/p>\n

 <\/p>\n

GeoPard Agriculture provides a cloud-based analytics engine that processes any geospatial farm data. As GeoPard puts it, the platform is \u201can unbiased cloud-based analytics powerhouse for precision agriculture,\u201d capable of handling multi-layer, multi-year data. In practice, GeoPard ingests yield monitor files, soil maps, satellite imagery and more to produce ready-to-use maps and prescriptions. Key features include generation of multi-year management zones and variable-rate prescription (VRA) maps, detailed yield data analytics, and crop monitoring tools.<\/p>\n

For example, GeoPard can clean and calibrate raw combine yield data and even create synthetic yield maps (estimating yields from satellite\/drone inputs) to fill gaps where historical data are missing. The platform also supports topography and soil data analysis, 3D field visualization, as-applied data comparison, and more<\/p>\n