Marine Biology and Ecology

Marine Biology and Ecology

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.

http://news.miami.edu/rosenstiel/stories/2026/08/floridas-leading-coral-experts-unite-in-historic-effort-to-restore-floridas-coral-reef.html


Marine Biology and Ecology

Scientists turn to nature’s recycling insects to solve Florida’s seaweed problem

http://news.miami.edu/rosenstiel/stories/2026/08/scientists-turn-to-natures-recycling-insects-to-solve-floridas-seaweed-problem.html


Marine Biology and Ecology | Awards

University of Miami joins new NOAA Cooperative Institute to advance sustainable U.S. aquaculture

Rosenstiel School researchers will contribute expertise in ocean science, environmental forecasting, and aquaculture innovation through a national partnership focused on strengthening America's seafood supply.

http://news.miami.edu/rosenstiel/stories/2026/06/university-of-miami-joins-new-noaa-cooperative-institute-to-advance-sustainable-us-aquaculture.html




Marine Biology and Ecology

New study suggests fish gut microbe helps regulate ocean health

A fish–microbe partnership may produce minerals that help shape the marine carbon cycle

http://news.miami.edu/rosenstiel/stories/2026/05/new-study-suggests-fish-gut-microbe-helps-regulate-ocean-health.html


Marine Biology and Ecology

Scientists deploy experimental elkhorn corals to Dry Tortugas to test introduction of new genetic diversity

Collaborative coral restoration project introduces new genetic diversity to help strengthen Florida reefs.

http://news.miami.edu/rosenstiel/stories/2026/05/scientists-deploy-experimental-elkhorn-corals-to-dry-tortugas-to-test-introduction-of-new-genetic-diversity.html



Marine Biology and Ecology

Seaweed integration boosts efficiency and cuts waste in aquaculture, study finds

Researchers provide guidance for aquaculture producers to incorporate seaweed into existing and prospective integrated multi-tropic aquaculture (IMTA) systems

http://news.miami.edu/rosenstiel/stories/2026/05/seaweed-integration-boosts-efficiency-and-cuts-waste-in-aquaculture-study-finds.html


Marine Biology and Ecology

Study finds viral DNA embedded in polar algae may help them survive extreme environments

Viruses are usually known for causing disease. But new research suggests that in some organisms, viral DNA may actually help them survive.

http://news.miami.edu/rosenstiel/stories/2026/03/study-finds-viral-dna-embedded-in-polar-algae-may-help-them-survive-extreme-environments.html


Marine Biology and Ecology | Atmospheric Sciences

New AI model can assist with early warning for coral bleaching risk

A combined team of atmospheric, coral, and data scientists design and build a six-week heat-stress prediction system for Florida reefs

http://news.miami.edu/rosenstiel/stories/2026/01/new-ai-model-can-assist-with-early-warning-for-coral-bleaching-risk.html


Marine Biology and Ecology

Stranded Florida dolphins show Alzheimer’s-like brain changes linked to toxic algal blooms

Study links harmful algal bloom toxins to Alzheimer’s-like brain changes in Florida dolphins, raising concerns for marine and human health.

http://news.miami.edu/rosenstiel/stories/2025/11/stranded-florida-dolphins-show-alzheimers-like-brain-changes-linked-to-toxic-algal-blooms.html


Marine Biology and Ecology | CIMAS

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


Marine Biology and Ecology

Deep-sea fish confirmed as a significant source of ocean carbonate

New research sheds light on the overlooked contribution of the ocean’s most abundant fish to marine carbon cycling. The findings open new avenues for studying deep-sea carbon dynamics and may improve Earth system models.

http://news.miami.edu/rosenstiel/stories/2025/07/deep-sea-fish-confirmed-as-a-significant-source-of-ocean-carbonate.html


Marine Biology and Ecology

Scientists call for urgent policy reform to accelerate cross-border coral restoration efforts

New paper published in Science by a team of international scientists urges regulatory reform to accelerate global coral restoration using assisted gene flow—an essential step to safeguard the economic value and coastal protection services that reefs provide.

http://news.miami.edu/rosenstiel/stories/2025/07/scientists-call-for-urgent-policy-reform-to-accelerate-cross-border-coral-restoration-efforts.html

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