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Sustainable Agricultural Systems Research
(National Program 216) in ND
Northern Great Plains Research Laboratory
- Influence of Plant Secondary Metabolites on Abiotic CO2 Efflux from Soils
- Accelerating IoT and Big Data Analytics to Drive Climate Smart and Precision Agriculture Systems
- Accelerating IoT and Big Data Analytics to Drive Climate Smart and Precision Agriculture Systems
- Developing Remote Sensing and Image Processing Tools for North Dakota Agricultural and Rangeland Applications
- Ecometabolomic Profile of Maize and Wheat with Different Management Strategies
- Collaborative Food Production Systems Research
- Long-Term Agroecosystems Research (LTAR) Human Dimensions Data Collection and Assessment
- Transdisciplinary Research that Improves the Productivity and Sustainability of Northern Great Plains Agroecosystems and the Well-Being of the Communities They Serve
- Determining Impacts of Soil Moisture and Weather Variability on CRP Emergence and Establishment
- Collaborative Food Production Systems Research
- Action Area No. 2 (AA2) – Greenhouse Gas Research Network – Plains Area Cropland Emissions (Mandan)
- Sensors, Technology, and Data Security to Enable Precision, Data-Driven Management
- Community-led Monitoring and Management of Climate Resilient Indigenous Wild Edible Plants in Alaska
- Agricultural Data Security to Enable Precision, Data-Driven Management
- Grazingland CEAP, Pasture Ecological Vulnerability Index (pEVI)
- Northern Great Plains Research Laboratory and Area IV Soil Conservation Districts Research Farm Agreement
- Collaborative Food Production Systems Research for Alaska - A Cooperative Agreement
- Use of smarter tools and better information to improve how we farm
- Accelerating IoT and Big Data Analytics to Drive Precision Agriculture Systems
- Fire Effects on Microbial Communities and Soil Health in Northern Great Plains Grasslands
- Wildlife, Soil, and Plant Monitoring and Technologies to Improve Agricultural Systems Management
- Collaborative Food Production Systems Research
- Development of a User-friendly AI-based Tool for Holistic Grazing Management through Grazing Circuit Maps and Mobility Methodologies
- Using Metabolomics to Connect Agricultural Practices with Agroecosystem Function and Human Health
- Fire Effects on Microbial Communities and Soil Health in Northern Great Plains Grasslands
- Rural Prosperiety of Alaskan Agriculture
- Community-led Monitoring and Management of Indigenous Wild Edible Plants in Alaska
- Increasing Access to Culturally Significant Foods to Support Indigenous Food Sovereignty
- Developing Science-Based Grassland Management Guidelines to Improve Invasive Grass Management in North Dakota
- Data-Driven Approaches for Crop and Rangeland Management Using Field Sensors, Flux Measurements, Remote Sensing, and Predictive Analytics