08.28.07
Professor Tina Chow Receives NSF CAREER Award
Assistant Professor Tina Katopodes Chow of CEE's
Environmental Engineering Program is the recipient of a
CAREER Award
from the National
Science Foundation (NSF). The CAREER program offers NSF's most
prestigious awards for junior faculty members. CAREER awardees are
selected on the basis of creative career-development plans that
effectively integrate research and education within the context of the
mission of their institution. The intent of the program is to provide
stable support at a sufficient level and duration to enable awardees to
develop careers as outstanding teacher-scholars.
The CAREER award will support Professor
Chow's research project entitled: "A universal
framework for large-eddy simulation of atmospheric boundary layer flow
over complex terrain." The atmospheric boundary layer is the thin layer
of the atmosphere near the earth's surface and directly influences human
life through weather and air quality. New knowledge of complex flows
gained with Chow's new numerical framework will improve models used to
predict weather, air pollution, contaminant dispersion, and regional
climate. Furthermore, insights into atmospheric circulations and intense
gravity waves that can occur in mountainous areas will have important
implications for aviation safety. An integrated education and outreach
program is planned to excite K-12 students and the general public about
atmospheric boundary layer phenomena through an interactive modeling
website which will be designed together with the Lawrence Hall of Science.
Congratulations, Professor Chow!
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Graduate students working with Prof. Chow install soil moisture sensors
in Owens Valley, CA for the Terrain-induced Rotor Experiment (T-REX).
The T-REX field campaign focused on understanding lee waves and
atmospheric rotors generated by strong winds over the Sierra-Nevada
mountains. Chow's numerical simulations of flow in Owens Valley will be
compared to data collected in the field to improve understanding of
atmospheric flow over complex terrain.
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