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MU Students Gain Experience with Advanced Weather Tracking Technology

By Guest PostSeptember 29, 2012Education, Environment, Scienceadvance, atmospheric sciences, brett williams, bridge creek, columbia, data, doppler, dow, dow system, eric brewster, hinkson creek, jason hubbard, job market, kansas city, kayla flamm, map, measure, meteorology technology, missouri, mobile, neil fox, nicole hoban, North America, on, predicting storms, rainfall, raw data, sediment transport, severe, soil erosion, st. louis, stationary, storm research, student, tracking device, university, weather, weather radar, wheels

Students use tornado-chasing technology to research rain’s impact on stream

COLUMBIA, Mo. – With advances in meteorology technology, predicting storms is becoming easier than in the past. While most meteorology students learn about these new technologies in the classroom and don’t get a chance to use sophisticated equipment until they are on the job, a group of University of Missouri students were able to test a mobile weather tracking device, Doppler on Wheels (DOW), made famous by shows such as Discovery Channel’s Storm Chasers.

The DOW visiting MU is one of a fleet of radar trucks maintained by the Center for Severe Storm Research. Each radar truck is mounted with a Doppler weather radar dish. The fleet also consists of a support vehicle and three trucks that deploy instruments to track weather patterns in tornadoes and hurricanes. One of the radar trucks was brought to MU so that students could learn about the technology first-hand. (more…)

Drier Conditions Projected to Accelerate Dust Storms in the Southwest

MOAB, Utah — Drier conditions projected to result from climate change in the Southwest will likely reduce perennial vegetation cover and result in increased dust storm activity in the future, according to a new study by scientists with the U.S. Geological Survey and the University of California, Los Angeles.

The research team examined climate, vegetation and soil measurements collected over a 20-year period in Arches and Canyonlands National Parks in southeastern Utah. Long-term data indicated that perennial vegetation in grasslands and some shrublands declined with temperature increases. The study then used these soil and vegetation measurements in a model to project future wind erosion. (more…)

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MU Students Gain Experience with Advanced Weather Tracking Technology

Drier Conditions Projected to Accelerate Dust Storms in the Southwest