The impact sprinkler, invented by citrus grower Orton Englehart in 1930s Glendora, California, transformed agricultural water delivery and still shapes modern irrigation nearly a century...

Mazzei VP Jim Lauria argues that modern irrigation systems must deliver not just water but nutrients, chemicals and oxygen with the same uniformity — broadening...

Water availability is a significant challenge for growers in California and other dry regions.

Rapid technological advancements are generating mountains of data for growers to use across all aspects of crop planning, including irrigation.

As producers head into the 2026 growing season, there is a consistent theme: irrigation equipment must work efficiently.

OpenET makes satellite-based evapotranspiration data accessible to growers, enabling precise irrigation scheduling, water savings, and improved crop yields.

On-farm reservoirs balance water delivery, improve system efficiency, and capture tailwater—but require strategic design, maintenance, and cost-benefit analysis.

Trust, training, and communication are critical to aligning manufacturers, dealers, and growers in the irrigation supply chain for long-term success.

Proper maintenance practices for agricultural irrigation systems ensure long-term efficiency, reduce water waste, and optimize crop performance.

Precision and accuracy are distinct concepts in agriculture—precision ensures consistency while accuracy ensures correctness, and both are essential for optimizing irrigation and resource management.