Producers are likely familiar with timing of limited irrigation to maximize yield in grain crops such as corn or grain sorghum. This article summarizes research from K-State on timing irrigation for maximizing the yield potential in cotton.
As the growing season wraps up, producers have an opportunity to improve their water productivity by properly timing their final irrigation application. The goal should be matching available water to crop needs while avoiding excess.
As the growing season wraps up, producers have an opportunity to improve their water productivity by properly timing their final irrigation application. This is an important decision that can impact final yield results or result in unnecessary pumping and soil compaction risk at harvest.
Kansas State University will host a field day on July 22 to help farmers in the Rattlesnake Creek watershed use new irrigation technologies to manage how they apply water more effectively and improve crop yields. The Irrigation Innovation Technology Field Day will be held near Dillwyn, located in south-central Kansas between Wichita and Dodge City.
This year has been especially challenging for irrigators the year started with below-normal levels of soil profile water in most places followed by below-normal precipitation. Producers have an opportunity to improve their water productivity by properly timing their final irrigation application.
K-State Research and Extension is hosting a Limited Irrigation Corn Management Field Day on September 13 at 4:30 pm. Attendees will have the opportunity to hear from specialists from K-State and Colorado State on limited irrigation strategies. The event is free and includes dinner courtsey of the event sponsors. Don't miss it!
K-State water resources engineer Jonathan Aguilar outlines the benefits of the crop water allocator as a helpful tool for farmers during drought. This tool is available through K-State Mobile Irrigation Lab and can help farmers customize a business plan for using available water.
Producers have an opportunity to improve their water productivity by properly timing their final irrigation application. Traditionally many producers have used a fixed calendar date to determine their final irrigation. Long-term studies in northwest Kansas show the potential problems with this approach.