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Research in Mountain Meteorology
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Located in northern California, San José
State University is an excellent place for the study of mountain
weather. The campus is within only twenty minutes of the
Coast Range, three hours to the Sierra Nevada, and a little
longer to Mount Shasta. Ongoing research in mountain meteorology
at SJSU includes boundary-layer structure in the Sierra Nevada,
cold air pool evolution in basins, air quality and smoke
transport in Yosemite National Park. Please follow the links
below to learn more about our research in mountain meteorology.
Feel free to contact Professor Clements for possible research
opportunities at the undergraduate and graduate level.
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| Mountain
Wind Systems Thermally-driven
circulations are a unique and important characteristic of the
mountain atmosphere. Mountain winds are driven by local
temperature gradients that form in response to the heating and
cooling of air within a valley relative to the air over an
adjacent plain. These wind systems can be on the scale of
mountain slopes (i.e., slope winds), mountain valleys (valley
winds) and more regional (mountain-plain winds). |
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| Doppler SODAR in Yosemite
National Park, 2003 used to measure the vertical structure of
the valley winds. |
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Tethersonde experiments in Yosemite Valley. The tethersonde
can measure vertical profiles of temperture, humidity and
winds up to 1 km above the ground. |
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| METCRAX (Meteor
Crater Experiment) |
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| T-REX (Terrain
induced Rotors Experiment) |
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