An international team of researchers from the University of Bergen and other leading institutions expose severe limitations in large-scale hydrological models that produce estimates for water ...

Stanford researchers developed a new tool to optimize irrigation systems to help farmers reduce their water usage. Daniel Tartakovsky, professor of energy science and engineering, and Weiyu Li Ph.D.

A Hebrew University study suggests AI tools could help growers better manage water use by predicting healthy plant behavior and flagging early signs of stress.

A predictive model combining information about plant physiology, real-time soil conditions and weather forecasts can help make more informed decisions about when and how much to irrigate. This could ...

Irrigated agriculture is the planet's largest consumer of freshwater and ultimately produces more than 40% of food worldwide. Yet the exact amounts of water actually being used in irrigation remains ...

A new model of minor irrigation through sub-surface porous vessels (SSPV) being developed here is set to benefit the farmers with small land holdings in the villages of the Thar desert. Experiments ...

The domestic drip irrigation system, developed by city-based environment and wildlife filmmaker Vilas Kane, uses the principle of capillary motion to water plants. He created the model after several ...

A new way of extracting groundwater using solar energy, regular peak irrigation, continuous government and donor support, and least requirements of diesel imports have opened up a new door in the ...