Rosenstiel School of Marine and Atmospheric Sciences | News & Events | University of Miami
Biscayne Bay recognized as an essential habitat for sharks and rays
New international designation highlights the urban estuary’s role as a nursery, feeding ground and reproductive habitat for 11 species
Sea turtle tracking project to identify vessel-strike risks in Biscayne Bay
University of Miami scientists are combining GPS tracking and vessel data to determine where and when loggerhead sea turtles may be most vulnerable to strikes.
African smoke brightens clouds, but weather patterns offset its cooling effect, new study finds
Research underscores the role of atmospheric conditions in climate-cooling geoengineering strategies
Study challenges estimates used to guide Atlantic menhaden fishing
Reanalysis of a historic tagging study could help managers better balance commercial harvests with the needs of coastal food webs.
Florida’s leading coral experts unite in historic effort to restore Florida’s Coral Reef
Backed by a NOAA-funded initiative, 12 organizations joined forces during the annual coral spawning event to produce more than 1.5 million embryos and help preserve genetic diversity for the future of Florida’s Coral Reef.
Hurricane Hunter data reveal early signs of strengthening tropical cyclones
Nearly three decades of airborne radar observations identify four features that help storms align before they intensify.
Study offers new clues to a long-standing mystery about bonnethead sharks
Research finds the distinctive head shape of male and female bonnetheads develops differently than previously believed and is not explained by diet.
New study proposes climate resilience strategy to strengthen US seafood competitiveness
University of Miami researchers outline a three-pillar approach for making domestic seafood production more stable amid climate-driven disruptions.
A classroom afloat
Students in the University of Miami Rosenstiel School’s Keymester program dive into ocean discovery.
New airborne technology could protect people and the environment
A new airborne imaging approach developed at the Rosenstiel School can detect underwater munitions with high precision, which can help advance global coastal safety efforts.
