Unique research led by The University of Alabama will study whether more irrigation-fed farms in the Deep South could lead to a more robust agriculture industry, possibly becoming an even greater economic engine.
Thank you for visiting the CCHR website. CCHR was founded in 2018 to foster collaborative research and build global capacity for the grand challenges in the twenty-first century on water security faced by water resources planners and natural disasters dealt by emergency managers. We conduct cutting-edge research at the intersection of Climate, Water, Energy, Food and Human as a complex system with the goal of meeting societal demands and also protecting the livelihood against natural disasters as populations swell and weather patterns shift in varying climate. In response to variations and changes in the physical environment, including climate, land use, land cover, topography, etc., we harness data revolution from variety of resources including in-situ, reanalysis, tree ring and remotely sensed observations, and develop/apply state-of-the art computational modeling with emphasis on predictive science, machine learning, data assimilation, high-performance computing, agent-based modeling and cyber-evolution to quantify, reduce and communicate uncertainty, vulnerability and risk in our analysis and design to assist local, federal and international agencies and stakeholders, meeting their needs.
CCHR is housed in the College of Engineering with over 50 faculty members, postdocs and students with expertise across 3 colleges and 7 departments including, Civil and Environmental Engineering, Computer Science, Mathematics, Geography, Geological Sciences, Biological Sciences, and Public Relations.
All faculty and researchers associated with the center
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Read publications by faculty associated with the center
AAWRE proudly announced on April 8, 2020 Dr. Hamid Moradkhani, Ph.D., P.E., D.WRE, F.EWRI, F.ASCE as the recipient of the AAWRE 2020 Outstanding Research & Innovation Award, for his outstanding landmark contributions in applied hydrology and groundbreaking research in the field of water resources.
The center's research deals with the following areas: data assimilation and remote sensing, drought modeling, extreme events and flood modeling, climate variability and change, and hydrologic modeling.
Journal of Hydrology, Volume 588, September 2020
Featuring Sagy Cohen
Global and Planetary Change, Volume 191, August 2020
Featuring Sagy Cohen
April 8, 2020
April 7, 2020
February 29, 2020
February 26, 2020
February 20, 2020