The University of California Cooperative Extension in Stanislaus County released its latest estimated water use report for local crops on April 17. The document provides guidance on irrigation scheduling for almonds, peaches, walnuts, established vineyards, alfalfa, and pasture based on evapotranspiration data from the previous week.
The report is intended to help growers make informed decisions about irrigation in the coming week. Accurate information about crop water use can support efficient resource management and sustainable agricultural practices.
Moneim Mohamed, Irrigation and Soils Advisor at UC Cooperative Extension in Stanislaus County, said, “Please find the attached document to provide the previous week’s estimated water use report in terms of evapotranspiration for almonds, peaches, walnuts, established vineyard, alfalfa, and pasture in Stanislaus County. This report may be used as a guide in your irrigation schedule for the coming week.” Mohamed also thanked supporters by saying: “Thank you for your continued support and interest.”
University of California Agriculture and Natural Resources (UC ANR), which manages the Cooperative Extension services as part of the University of California system according to its official website, secures funding through public contributions to support its programs. UC ANR promotes sustainable practices aimed at strengthening resilient ecosystems and economic vitality according to its official website. The organization operates nine research and extension centers that serve as laboratories representing California’s diverse ecosystems according to its official website.
UC ANR has gained recognition for providing trusted services that connect research with community needs according to its official website. Each year it conducts over 33,800 educational events with participation from more than 18,400 volunteers according to its official website.
Looking ahead, reports such as these are expected to continue supporting growers with timely information needed for responsible irrigation planning.