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
ARPA Funding, Advisory Groups and Why They Matter
On June 30, 2022, a press release was sent out outlining a historic initiative concerning water in the State of Idaho. Governor Brad Little, through his Leading Idaho initiative, is providing funding for agriculture, education and transportation at the state level. An exciting part of this initiative locally involves Coeur d’Alene Lake. Governor Little allocated $2 million for Coeur d’Alene Lake nutrient reduction projects in 2021. In 2022, an additional $20 million has been allocated to further the effort 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…

Who’s the National Academy of Sciences and What Do They Want With Our Gem, Coeur d’Alene Lake?
This story was written by the Our Gem Collaborative team for the CDA Press on Sunday, Aug. 15. Read the original article. Since the beginning of this year, the National Academy of Sciences (NAS) has been reviewing historical and recent water quality data from Coeur d’Alene (CDA) Lake. The NAS assembled a committee composed exclusively of volunteer experts to assess water quality and provide possible recommendations. Our lake has seen a decline in metal concentrations in the decades since enacting environmental…

BSU Team Develop New Approaches to Estimating Contributions to Streamflow
Boise State University faculty Anna Bergstrom and her team investigated rain and snowmelt contributions to streamflow in the Mores Creek Watershed spanning the rain-snow transition zone in southwestern Idaho. Researchers commonly use naturally occurring water isotopes to track water sources allowing for the quantification of if streams are sourced from rain or snow. By developing new approaches to define rain and snow isotopic signatures, Bergstrom and team found that streamflow contribution estimates can vary by up to 20%, depending on…
What Is the National Academies of Sciences?
This story was written by the Our Gem Collaborative team for the CDA Press on Sunday, May 16, 2021. Read the original article. The National Academy of Sciences (NAS) has been looking into the future of Coeur d’Alene Lake’s water quality at the request of the State of Idaho, as was announced by Jacob Garringer, from Governor Brad Little’s office, in November of 2019 at the Our Gem Coeur d’Alene Lake Symposium. This was spurred due to water quality “triggers” (such…

SEEP, Building Better Watersheds
As part of the Stormwater and Erosion Education Program (SEEP), professionals are learning how to manage the land’s natural movement of water in a way that benefits communities, infrastructure and local ecosystems.