Irrigation improves agricultural productivity but requires intentional focus on nutrition through crop diversity, water quality management, and inclusive governance to support food security and health...

Master Irrigator programs have trained producers across seven states, impacting over 500,000 acres through peer-to-peer learning and hands-on technology training.

Precision irrigation technologies maintain optimal soil moisture levels while preventing degradation, creating a foundation for sustainable agriculture.

Young irrigation professionals are developing innovative technologies and practices to address water scarcity challenges facing modern agriculture.

Combining remote sensing with field observations helped pinpoint an irrigation problem in a unique farming competition field

Poor distribution uniformity in almond irrigation systems leads to significant financial waste, with dollar-based analysis revealing how improving DU from 0.77 to 0.94 can substantially...

Smart irrigation combines technology with informed decision-making to ensure water efficiency and sustainability through innovative strategies, collaborative solutions, and distribution uniformity principles.

Sensor-driven irrigation scheduling helps conserve water while optimizing grape yield and quality through automation.

Artificial intelligence transforms complex agricultural data into actionable insights for more efficient irrigation management.

There are sizeable opportunities for water savings in the gravity-fed water delivery networks via irrigation districts.