University of Idaho faculty Karen Humes and Russell Qualls, along with their students, analyzed 30 years of crop water use data in southern Idaho to understand variations in irrigation application needs. Their research examined how differences in wet versus dry years and cool versus warm years influence crop water use and irrigation needs. By considering forecasted climate conditions, farmers can make informed decisions about crop selection and irrigation allocation, optimizing water use and improving overall agricultural efficiency.
Similar Posts
OUR GEM: Hold Your Ground! A case for good construction site planning
OUR GEM: Hold Your Ground! A case for good construction site planning Erosion control is a critical aspect of responsible site development, especially in areas with steep terrain and heavy precipitation, which is often the case in North Idaho. This case study highlights the challenges faced during the development of a hillside property near Hayden Lake and the efforts to address consequences of inadequate initial planning. Background In 2021, two properties on the hillside above Hayden Lake underwent development for…
Let’s Make It Clear: Clean Drinking Water Is A Community Responsibility
This story was written by the Our Gem Collaborative team for the CDA Press on Sunday, July 19, 2020. Read the original article. Most people take clean drinking water for granted. We assume the water coming out of the faucet is safe. If you live in a community with a public water system, the water is tested regularly for contamination. However, if you use a private well or pump surface water for use in your home, it is your responsibility to…
U of I Researchers Design Biochar-based Water Treatment System
A University of Idaho team, led by Professor Amin Mirkouei and supported by two recently graduated doctorate students, Rance Bare and Ethan Struhs, collaborated with the USDA Agricultural Research Service (Ken Overturf), U of I Aquaculture Research Institute (Brian Small) and the National High Magnetic Field Laboratory (Martha Chacón-Patiño, Amy Mckenna and Huan Chen) to design and custom-build an economical and sustainable water treatment system. This system was specifically developed to remove micronutrients, primarily phosphorus and nitrogen, from the wastewater…
The Great Lake Debate
Shoreline concerns are among many threats to the health of Coeur d’Alene Lake. This article was written by Jennifer Passaro and published in the CDA Press on Friday, April 3, 2020. Read the original article. In a packed room at the Iron Horse Restaurant in downtown Coeur d’Alene shortly before the coronavirus hit, the Four County Natural Resources Committee met over lunch.Federal and state resource managers, scientists, concerned citizens and a handful of local elected officials including Kootenai County Commissioner Chris…
OUR GEM: From Drain to River, How a Local Treatment Plant Is Improving Water Quality
By Pilar Deniston, Coeur d’Alene Lake ARPA Project Coordinator for Idaho DEQ When water from your home, whether from the toilet, sinks, or shower goes down the drain, it travels through a network of pipes to a wastewater treatment facility (unless you’re on a private septic system). There, it undergoes a series of treatment steps to become clean enough to return safely to the natural environment. The process begins with pretreatment, where large debris like sticks and plastic, along with…
OUR GEM: Restoration Project Turns Back the Clock at Hepton Lake
By Angelo Vitale, Fisheries Division Manager Last year, the Coeur d’Alene Tribe wrapped up construction work on one of its most ambitious projects to date and something that has been in the works for more than a decade. The Snyihms he mulshu’lmkhw (Swimmer’s Landing among the Cottonwoods) Project is located adjacent to the lower St. Joe River a few miles west of St. Maries, Idaho. During the pre-settlement era, the site was a floodplain marsh and wet meadow and was…
