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Students a primary part of $6.74 million experiment
Students a primary part of $6.74 million experiment
Students a primary part of $6.74 million experiment

Students a primary part of $6.74 million experiment

Students at the Rosenstiel School of Marine, Atmospheric, and Earth Science are working side-by-side with scientists and researchers on a U.S. Navy-funded project that will help improve weather forecasting.

https://news.miami.edu/rosenstiel/stories/2023/02/students-a-primary-part-of-6.74-million-experiment.html

Students a primary part of $6.74 million experiment
Students a primary part of $6.74 million experiment
Students a primary part of $6.74 million experiment

Students a primary part of $6.74 million experiment

Students at the Rosenstiel School of Marine, Atmospheric, and Earth Science are working side-by-side with scientists and researchers on a U.S. Navy-funded project that will help improve weather forecasting.

https://news.miami.edu/rosenstiel/stories/2023/02/students-a-primary-part-of-6.74-million-experiment.html

Research Science and Technology Samantha Furtney
Research Science and Technology Samantha Furtney
Research Science and Technology Samantha Furtney

Students a primary part of $6.74 million experiment

Students at the Rosenstiel School of Marine, Atmospheric, and Earth Science are working side-by-side with scientists and researchers on a U.S. Navy-funded project that will help improve weather forecasting.

https://news.miami.edu/stories/2023/01/students-a-primary-part-of-6.74-million-experiment.html

Research Science and Technology Samantha Furtney
Research Science and Technology Samantha Furtney
Research Science and Technology Samantha Furtney

Students a primary part of $6.74 million experiment

Students at the Rosenstiel School of Marine, Atmospheric, and Earth Science are working side-by-side with scientists and researchers on a U.S. Navy-funded project that will help improve weather forecasting.

https://news.miami.edu/stories/2023/01/students-a-primary-part-of-6.74-million-experiment.html

Research Science and Technology During a research expedition in Monterey Bay, scientists prepare to launch one of eight ASIS buoys that have collected data on coastal land, air and sea interactions. Photo courtesy of Brian Haus
Research Science and Technology During a research expedition in Monterey Bay, scientists prepare to launch one of eight ASIS buoys that have collected data on coastal land, air and sea interactions. Photo courtesy of Brian Haus
Research Science and Technology During a research expedition in Monterey Bay, scientists prepare to launch one of eight ASIS buoys that have collected data on coastal land, air and sea interactions. Photo courtesy of Brian Haus

Buoys play pivotal role to improve coastal weather forecasting

Researchers from the Rosenstiel School of Marine, Atmospheric, and Earth Science are spearheading an experiment that will help forecasters better understand how coastal land, air, and sea interactions influence weather events. The study recently completed its final deployment of buoys in Gulf of Mexico waters near the Florida Panhandle.

https://news.miami.edu/stories/2023/01/buoys-play-pivotal-role-to-improve-coastal-weather-forecasting.html

Research Science and Technology During a research expedition in Monterey Bay, scientists prepare to launch one of eight ASIS buoys that have collected data on coastal land, air and sea interactions. Photo courtesy of Brian Haus
Research Science and Technology During a research expedition in Monterey Bay, scientists prepare to launch one of eight ASIS buoys that have collected data on coastal land, air and sea interactions. Photo courtesy of Brian Haus
Research Science and Technology During a research expedition in Monterey Bay, scientists prepare to launch one of eight ASIS buoys that have collected data on coastal land, air and sea interactions. Photo courtesy of Brian Haus

Buoys play pivotal role to improve coastal weather forecasting

Researchers from the Rosenstiel School of Marine, Atmospheric, and Earth Science are spearheading an experiment that will help forecasters better understand how coastal land, air, and sea interactions influence weather events. The study recently completed its final deployment of buoys in Gulf of Mexico waters near the Florida Panhandle.

https://news.miami.edu/stories/2023/01/buoys-play-pivotal-role-to-improve-coastal-weather-forecasting.html