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.
Agricultural irrigation certification validates professional expertise in water management, providing specialized knowledge for crop-specific irrigation needs.
Smart irrigation technologies enable farmers to reduce water usage by 20% while maintaining yields through AI, remote monitoring, and precision control systems.
Smart irrigation transforms agriculture through data-driven water management, delivering cost savings and operational resilience while protecting resources.
Federal funding uncertainty, trade policy shifts, and conservation program freezes create challenges for farmers making water management decisions amid a complex 2025 policy landscape.
Poor distribution uniformity in irrigation systems leads to environmental challenges including soil degradation, water pollution, and greenhouse gas emissions, requiring proactive strategies to improve efficiency.
The Irrigation Association's E3 program addresses industry workforce shortages by providing students and faculty with hands-on experience, education, and networking opportunities at the annual Irrigation Show.
At the California Irrigation Institute conference, Irrigation Association CEO Natasha Rankin highlights the importance of public education, regional policy approaches, and cross-industry collaboration to advance sustainable water management.
Despite a La Niña-esque weather pattern, U.S. drought coverage fell to 38% by late 2024, with improvements in the Northwest and Plains, though persistent dryness threatens water supplies in key Southwestern watersheds.
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 reduce costs.
Rising energy costs in irrigation present challenges for farmers as water scarcity creates a costly cycle, but innovative programs like LEMAs demonstrate sustainable solutions that maintain profitability.
Despite changes in administration and Congress, the irrigation industry faces persistent challenges requiring continued advocacy to ensure sustainable water policy and economic stability.
Smart irrigation combines technology with informed decision-making to ensure water efficiency and sustainability through innovative strategies, collaborative solutions, and distribution uniformity principles.
Kansas farmers tackle water scarcity through community collaboration, innovative policies, and technology adoption, demonstrating that efficient irrigation practices can maintain profitability while conserving crucial water resources.
In this article, we delve into how automation can improve precision in an irrigation event, highlighting its importance in optimizing agricultural processes.