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Combating drought to increase soil water retention in vineyards
Professor Pete W. Jacoby, from Washington State University, researches methods to combat impacts of global warming by enhancing soil water retention for vineyard resilience.
Ensuring the best performance of sensor-driven irrigation systems in vineyards
Professor Pete W. Jacoby, from Washington State University, explains how to ensure the best performance of sensor-driven irrigation systems in vineyards.
Improving vineyard irrigation efficiency with soil water sensors
Using soil water sensors to automatically schedule irrigation in winegrape vineyards offers the potential for growers to enhance water use productivity under warmer climate conditions.
Direct root-zone: A novel form of subsurface irrigation delivery in vineyards
In this eBook, we hear from Pete W. Jacoby from the Department of Crop and Soil Sciences at Washington State University, where he explores how direct root-zone subsurface drip irrigation can enhance vineyard resilience to drought.
Enhancing irrigation effectiveness in vineyards with innovative technologies
Professor Pete W. Jacoby, from Washington State University, walks us through enhancing irrigation effectiveness in vineyards with innovative technologies like automated irrigation.
The importance of irrigation systems in enhancing winegrape vineyards resilience
In semi-arid regions of the world where summer rainfall for crop production is limited, irrigation systems have become essential for sustainable crop production.
Optimising subsurface drip irrigation for effective drought defence
Professor Pete W. Jacoby from Washington State University describes how the innovative use of drip irrigation can enhance vineyard resilience to drought.
