Heimsath researches how the earth's surface changes under the influence of climate, tectonic and human forcing. He runs a geochemistry lab to quantify surface processes and teaches undergraduate and graduate students.

Vivoni uses hydrologic science and engineering principles to solve water resources issues in urban and natural environments in arid regions using watershed modeling, remote sensing and environmental sensor networks.

Pavlic (electrical eng., computer sci., & behavioral ecology) uses ecological thinking to enhance design of engineered complex adaptive systems and engineering tools to find new perspectives on biological form and function.

Mascaro integrates hydrology, climate and atmospheric science techniques to support sustainable infrastructure design by combining advanced statistical techniques and numerical models of Earth’s climate and hydrologic cycle.

Muenich is a watershed modeler focused on surface hydrology and water quality, especially in agricultural ecosystems. She focuses on evaluating the impact of land management decisions within the food-energy-water nexus.

Garcia investigates design and policy impacts on water infrastructure systems performance by analyzing feedback in human-hydrological systems, assessing design choices and informing decision making.

Schlosser, a renowned Earth scientist, leads the Julie Ann Wrigley Global Futures Laboratory at ASU.

Li is a biological oceanographer, remote sensing scientist, and computer scientist.

Behshad Mohajer is a graduate student at the School of Sustainable Engineering and the Built Environment. He studies the spatial and temporal dynamics of water supply change in arid and semi-arid regions.