Dr. Pam Heinselman, with NOAA’s National Severe Storms Laboratory, is improving storm warning capabilities during severe weather events using phased-array radar technology and collaborating with National Weather Service forecasters.
Meteorologist Nemunaitis-Monroe oversees a demonstration project to predict water levels in coastal areas during tropical storms and hurricanes.
In order to better understand the whole climate system, researchers like Sarah Purkey gather and analyze data from the deep ocean.
Leading a NOAA research program on changes in ocean chemistry that pose a significant threat to ecosystems, Dr. Libby Jewett is also working hard to educate audiences beyond the ocean science community about the threat of ocean acidification.
Using high-powered computers, Kirsten Findell examines floods and droughts, land-atmosphere interactions, and land cover and land use change.
Hongyan Zhang, Ph.D., uses computer models to investigate various topics, like the impact of invasive mussels on plankton, the occurrence of blue-green algal blooms, and the effectiveness of the phosphorous reduction program in Lake Erie.
A deep breath of fresh, clean air is truly satisfying. Beyond that pleasure, the public benefits of clean air are enormous – fewer cases of lung cancer, asthma, and other respiratory ailments; and fewer pollutants in the environment which can harm plants and animals everywhere.
NOAA research meteorologist Shirley Murillo examines how hurricane winds change as they make landfall.
A professor of marine science at the University of Georgia, Samantha Joye, Ph.D., studies the natural microbial processes that breakdown oil and gas in the environment.
Michelle Wood, Ph.D., uses tools from genetics, cell biology, oceanography, and remote sensing to explore connections between microorganisms in the sea and the physical processes influence them.