Cooperative Institute for Marine and Atmospheric Studies

CIMAS

New acoustic study reveals deep-diving behavior of elusive beaked whales

Findings provide the first detailed look at Gervais’ beaked whale dives anywhere in the world

http://news.miami.edu/rosenstiel/stories/2026/02/new-acoustic-study-reveals-deep-diving-behavior-of-elusive-beaked-whales.html


CIMAS

Study finds fisheries management—not predator recovery—drives catch levels in the North Sea

Analysis supports fisheries policies that balance economic and conservation goals

http://news.miami.edu/rosenstiel/stories/2026/01/study-finds-fisheries-management-not-predator-recovery-drives-catch-levels.html


CIMAS

2025 Hurricane Season Wrap Up

The 2025 Atlantic hurricane season marked the first time in 10 years that no hurricane made a U.S. landfall—just one of the oddities of a season that started quietly and ended with the devastation of Hurricane Melissa




CIMAS

Study finds offshore wind areas in the Gulf pose minimal impact to shrimping grounds

Shrimpers’ “sweet spot” distances help balance safety and trawling near oil rigs  

http://news.miami.edu/rosenstiel/stories/2025/11/study-finds-offshore-wind-areas-in-the-gulf-pose-minimal-impact-to-shrimping-grounds.html


CIMAS | Marine Biology and Ecology

New study documents functional extinction of two critically endangered coral species following record heatwave in Florida

Catastrophic loss of Florida’s staghorn and elkhorn corals highlights accelerating climate pressures for reefs worldwide

http://news.miami.edu/rosenstiel/stories/2025/10/new-study-documents-functional-extinction-of-two-critically-endangered-coral-species-following-record-heatwave-in-florida.html



CIMAS

High ocean temperatures may slow deadly coral disease, new study finds

Breakthrough experiments offer unexpected insights into Stony Coral Tissue Loss Disease transmission, a severe disease affecting more than twenty coral species in Florida and the Caribbean.

http://news.miami.edu/rosenstiel/stories/2025/07/high-ocean-temperatures-may-slow-deadly-coral-disease-new-study-finds.html


CIMAS

New study reveals record heat and rapid cooling in equatorial Atlantic in 2024

Atlantic Niño/Niña events can influence hurricane development, but they can be difficult to predict. A new study sheds light on the oceanic chain reaction that can trigger these events, potentially improving our ability to forecast them.

http://news.miami.edu/rosenstiel/stories/2025/06/new-study-reveals-record-heat-and-rapid-cooling-in-equatorial-atlantic-in-2024.html


CIMAS

Coral diseases and water quality play a key role for coral restoration and survival efforts

Coral restoration programs are expanding to revive coral populations and ecosystem services, but local and global stressors such as coral disease and water pollution still threaten coral survival.

http://news.miami.edu/rosenstiel/stories/2025/03/coral-diseases-and-water-quality-play-a-key-role-for-coral-restoration-and-survival-efforts.html


CIMAS

New study reveals shift in subtropical North Atlantic Ocean over the next decade  

Findings reveal long-term cooling and freshening of the deep subtropical North Atlantic Ocean, with hints of major shifts to come over the next decade

http://news.miami.edu/rosenstiel/stories/2025/03/new-study-reveals-shift-in-subtropical-north-atlantic-ocean-over-the-next-decade.html


CIMAS

Study highlights key factors for successful restoration of elkhorn coral colonies

Coral restoration should prioritize shallower depths with faster currents in low-nutrient environments to promote a healthier microbial community

http://news.miami.edu/rosenstiel/stories/2025/01/study-highlights-key-factors-for-successful-restoration-of-elkhorn-coral-colonies.html


CIMAS | Ocean Sciences

Sailing into science: Collaborative cruise exposes students to oceangoing research

http://news.miami.edu/rosenstiel/stories/2024/11/sailing-into-science-collaborative-cruise-exposes-students-to-oceangoing-research.html


CIMAS

Study reveals acceleration in Pacific upper-ocean circulation over past 30 years, impacting global weather patterns

A critical ocean layer for El Niño–Southern Oscillation (ENSO) dynamics.

http://news.miami.edu/rosenstiel/stories/2024/10/study-reveals-acceleration-in-pacific-upper-ocean-circulation-over-past-30-years-impacting-global-weather-patterns.html

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