Alabama Water Institute's $180,640 in grants equips UA researchers with cutting-edge technology to tackle pressing water challenges, from removing "forever chemicals" to developing autonomous monitoring systems. The eight funded projects span multiple disciplines and support AWI's mission to enhance water research capabilities through innovative technology and cross-disciplinary collaboration.
New machine learning tool sharpens National Water Model forecasting—cutting bias, boosting accuracy and helping water managers respond to drought across the Western U.S. and beyond.
The University of Alabama's Water-R2O NRT program welcomes third cohort of graduate students for study tours, seminars and international experiences while developing cutting-edge skills in machine learning applied to hydrologic prediction.
Researchers are transforming weather forecasting in American Samoa by deploying AI and machine learning to enhance local monitoring and connecting the region to national and global climate models
Global water experts gathered in Tuscaloosa for HEPEX 2025, spotlighting breakthroughs in ensemble forecasting, AI modeling and CIROH’s role in shaping the future of hydrological prediction.
University of Alabama researchers are using the state’s first combustion ion chromatography system to detect “forever chemicals,” in water.
Conservation leaders met at the 2025 Alabama Rivers and Streams Network meeting to coordinate watershed restoration ideas and share project updates.
The Hydrologic Ensemble Prediction Experiment (HEPEX) is excited to announce its 20th Anniversary Workshop, taking place March 25-27, 2025, at The University of Alabama in Tuscaloosa, Ala.
AWI and CIROH highlighted their water resource management collaborations at the AMS 105th Annual Meeting.
AWI leads a project to upgrade Marion's water infrastructure and inspire future water professionals.
