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| Terri S. Hogue, Ph.D. |
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| Associate Professor |
5731F Boelter Hall
Department of Civil and Environmental Engineering
University of California
Los Angeles, CA 90095-1593
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| thogue@seas.ucla.edu |
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| Phone: (310) 794-4239 Fax: (310) 206-2222 |
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| Director, NSF Science and Engineering of the Environment of Los Angeles (SEE-LA) GK-12 Program |
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Education | Selected Awards and Honors | Research Interests |
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| • | B.S., (1995), University of Wisconsin-Eau Claire
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| • | M.S., (1998), University of Arizona
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| • | Ph.D., (2003), University of Arizona |
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| • | NSF Faculty Early Career Development (CAREER) Award, 2009
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| • | UCLA Northrup Grumman Excellence in Teaching Award, 2008
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| • | UCLA-ASCE Professor of the Year, 2003-2004, 2006-2007
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| • | AMS Science and Policy Colloquium Fellowship, 2002
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| • | NASA Earth Observing System (EOS) Fellowship, 2001-2002
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| • | Salt River Project Doctoral Fellowship in Surface Water Hydrology, 1999-2001
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| • | National Science Foundation Fellowship Trainee Award, 1998-1999
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| • | Arizona Hydrological Society Scholarship Award, 1998
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| • | NASA Space Grant Scholarship, 1996-1998
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| • | National Science Foundation Fellowship Trainee Award, 1995-1996 |
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| • | My research focuses on improving the understanding and prediction of hydrologic fluxes at a range of space and time scales. Droughts, floods, urbanization, wildfires, climate variability and an escalating global population are creating scientific challenges on scales previously not encountered. Improving the understanding and prediction of a dynamic hydrologic cycle and its interface with a growing society is critical for addressing future water security and to reduce the detrimental impacts of land-cover change and natural hazards on watershed processes. Our work centers on the development and improvement of tools to better understand the mechanisms and improve the prediction of hydrologic processes, with a special focus on semi-arid regions. Specifically, our research involves: investigating catchment response to wildfire and urbanization, hydrologic and snow process modeling, remote-sensing of land surface properties, operational flood forecasting, and application of parameter estimation methods to hydrologic models. |
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Education | Selected Awards and Honors | Research Interests |
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