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AgML aspires to identify key research gaps and opportunities at the intersection of agricultural modelling and machine learning research and support enhanced collaboration and engagement between experts in these disciplines.
This data package provides a spatially and temporally broad, multivariate dataset that quantifies trade-offs and co-benefits of tillage management in North American row-crop systems. Treatment-level means are provided for multiple ecosystem services, including crop yield, soil organic carbon (SOC) stocks, and N2O emissions, with detailed metadata.
AI-powered crop yield intelligence for Northeast India. Predicts district-level yields for 5 crops across 95 districts and 8 NE states using XGBoost + LSTM models trained on real Open-Meteo weather, MODIS/GEE satellite NDVI, and ERA5 soil moisture data. Built with FastAPI + Next.js 14 + Docker on Oracle Cloud. Phase 9 complete. Live demo available.
The Crop Yield Prediction System is a machine learning-based web application built with Flask that predicts crop yield based on environmental and agricultural inputs.
hsbdc 202526/ A machine learning project forecasting U.S. Food Security Index changes using USDA crop data, FAOSTAT indicators, shock-lag feature engineering, and Random Forest, RidgeCV, and Gradient Boosting models.