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Sea turtle shells reveal hidden records of ocean change
Sea turtle shells reveal hidden records of ocean change
Sea turtle shells reveal hidden records of ocean change

Sea turtle shells reveal hidden records of ocean change

https://news.miami.edu/rosenstiel/stories/2026/03/sea-turtle-shells-reveal-hidden-records-of-ocean-change.html

Sea turtle shells reveal hidden records of ocean change
Sea turtle shells reveal hidden records of ocean change
Sea turtle shells reveal hidden records of ocean change

Sea turtle shells reveal hidden records of ocean change

https://news.miami.edu/rosenstiel/stories/2026/03/sea-turtle-shells-reveal-hidden-records-of-ocean-change.html

University of Miami launches new research on governance of Florida’s Coral Reef
University of Miami launches new research on governance of Florida’s Coral Reef
University of Miami launches new research on governance of Florida’s Coral Reef

University of Miami launches new research on governance of Florida’s Coral Reef

https://news.miami.edu/rosenstiel/stories/2026/03/university-of-miami-launches-new-research-on-governance-of-floridas-coral-reef.html

University of Miami launches new research on governance of Florida’s Coral Reef
University of Miami launches new research on governance of Florida’s Coral Reef
University of Miami launches new research on governance of Florida’s Coral Reef

University of Miami launches new research on governance of Florida’s Coral Reef

https://news.miami.edu/rosenstiel/stories/2026/03/university-of-miami-launches-new-research-on-governance-of-floridas-coral-reef.html

Research Vessel traffic alters behavior, stress and population trends of marine megafauna
Research Vessel traffic alters behavior, stress and population trends of marine megafauna
Research Vessel traffic alters behavior, stress and population trends of marine megafauna

Vessel traffic alters behavior, stress and population trends of marine megafauna

An analysis of more than 40 years of published scientific literature shows vessel traffic can influence animal behavior, communication, stress physiology, and even long-term population trends.

https://news.miami.edu/rosenstiel/stories/2026/02/vessel-traffic-alters-behavior-stress-and-population-trends-of-marine-megafauna.html

Research Vessel traffic alters behavior, stress and population trends of marine megafauna
Research Vessel traffic alters behavior, stress and population trends of marine megafauna
Research Vessel traffic alters behavior, stress and population trends of marine megafauna

Vessel traffic alters behavior, stress and population trends of marine megafauna

An analysis of more than 40 years of published scientific literature shows vessel traffic can influence animal behavior, communication, stress physiology, and even long-term population trends.

https://news.miami.edu/rosenstiel/stories/2026/02/vessel-traffic-alters-behavior-stress-and-population-trends-of-marine-megafauna.html

Research Urban light pollution alters nighttime hormones in sharks, study shows
Research Urban light pollution alters nighttime hormones in sharks, study shows
Research Urban light pollution alters nighttime hormones in sharks, study shows

Urban light pollution alters nighttime hormones in sharks, study shows

First-ever measurements of melatonin in wild sharks show that artificial light from coastal cities can disrupt nighttime hormone levels, with resident species more affected than highly mobile sharks.

https://news.miami.edu/rosenstiel/stories/2026/02/urban-light-pollution-alters-nighttime-hormones-in-sharks-study-shows.html

Research Urban light pollution alters nighttime hormones in sharks, study shows
Research Urban light pollution alters nighttime hormones in sharks, study shows
Research Urban light pollution alters nighttime hormones in sharks, study shows

Urban light pollution alters nighttime hormones in sharks, study shows

First-ever measurements of melatonin in wild sharks show that artificial light from coastal cities can disrupt nighttime hormone levels, with resident species more affected than highly mobile sharks.

https://news.miami.edu/rosenstiel/stories/2026/02/urban-light-pollution-alters-nighttime-hormones-in-sharks-study-shows.html

Research Essay highlights overlooked welfare risks for fish and aquatic animals
Research Essay highlights overlooked welfare risks for fish and aquatic animals
Research Essay highlights overlooked welfare risks for fish and aquatic animals

Essay highlights overlooked welfare risks for fish and aquatic animals

Researchers evaluate how standard animal welfare guidelines account for the biological needs of fish and other aquatic animals, including access to dissolved oxygen.

https://news.miami.edu/rosenstiel/stories/2026/01/study-highlights-overlooked-welfare-risks-for-fish-and-aquatic-animals.html

Research Essay highlights overlooked welfare risks for fish and aquatic animals
Research Essay highlights overlooked welfare risks for fish and aquatic animals
Research Essay highlights overlooked welfare risks for fish and aquatic animals

Essay highlights overlooked welfare risks for fish and aquatic animals

Researchers evaluate how standard animal welfare guidelines account for the biological needs of fish and other aquatic animals, including access to dissolved oxygen.

https://news.miami.edu/rosenstiel/stories/2026/01/study-highlights-overlooked-welfare-risks-for-fish-and-aquatic-animals.html

Research Manta rays create mobile ecosystems, study finds
Research Manta rays create mobile ecosystems, study finds
Research Manta rays create mobile ecosystems, study finds

Manta rays create mobile ecosystems, study finds

A new study reveals how manta rays form unique interactions with other fishes in South Florida waters—highlighting their complex ecological interactions between species that support ocean life.

https://news.miami.edu/rosenstiel/stories/2025/12/manta-rays-create-mobile-ecosystems-study-finds.html

Research Manta rays create mobile ecosystems, study finds
Research Manta rays create mobile ecosystems, study finds
Research Manta rays create mobile ecosystems, study finds

Manta rays create mobile ecosystems, study finds

A new study reveals how manta rays form unique interactions with other fishes in South Florida waters—highlighting their complex ecological interactions between species that support ocean life.

https://news.miami.edu/rosenstiel/stories/2025/12/manta-rays-create-mobile-ecosystems-study-finds.html

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