Ali Behrangi

Professor, Hydrology / Atmospheric Sciences
Associate Professor, Civil Engineering-Engineering Mechanics
Associate Professor, Geosciences
Associate Professor, Remote Sensing / Spatial Analysis - GIDP
Distinguished Scholar
Member of the Graduate Faculty

John W. Harshbarger Building, 226B

Short Biography

I joined the Department of Hydrology and Atmospheric Sciences at the University of Arizona as an associate professor in January 2018. My doctoral work at the University of California, Irvine was on developing high-resolution precipitation products using satellite images and my postdoctoral work at California Institute of Technology (Caltech) and Jet Propulsion Laboratory (JPL) was on analysis of cloud and precipitation products from multiple sensors. As a NASA JPL scientist (2012-2018) I was involved in several projects (as principal investigator or co-investigator) on various topics including precipitation retrieval, pathfinder for microwave sounding instrument, tropical cloud and precipitation, water and energy budget studies, GRACE based water storage anomaly, hydrologic modeling, extreme weather and climate studies, mission concept and proposal development, and using diverse data sets across multiple disciplines to quantify precipitation amount and distribution over cold regions. I co-led efforts for extending the application of the Atmospheric Infrared Sensor data to drought monitoring in support of the U.S. drought monitor. Current research within my group at the University of Arizona follows my previous interests and, given the recent project grants, will also include advancing the global precipitation climatology project in high latitudes using diverse data sets. I also contribute to the efforts in support of the Earth Dynamics Observatory goals at the University of Arizona, the international precipitation working group (IPWG), and WCRP/GEWEX weather and climate extreme grand challenges.

Research Interest
• Multi-sensor multi-spectral remote sensing of precipitation • High latitude/cold region/mountainous rain and snow retrievals and analysis • Weather and climate extremes (extreme precipitation, drought, heatwaves) and societal impact • Global water and energy budget analysis • Hydrologic/watershed modeling and optimization • Developing precipitation products for hydrological applications. • Using advanced satellite and in-situ data to improve quantification of hydrologic variables • Representation of precipitation in climate models • Land-atmosphere interaction • Using GRACE for hydrometeorology • Precipitation and ground water recharge
Offering Research Opportunities
Yes
Prerequisite Courses
None
Majors Considered
Atmospheric Sciences and Hydrology
Types of Opportunities
Description of Opportunity
No description given
Start Date
Research Location