The research maps biofluorescence across 459 glowing fish species and shows just how varied the colors have become.
A new study from NYU Abu Dhabi has found that small coral reef fish in the Arabian Gulf are facing a hidden but growing source of stress. When oxygen levels drop at night, a common occurrence on some ...
With a human population of 8.3 billion people worldwide and millions facing malnutrition, food security is something to think about. But imagine if the ocean could help with that. Scientists at the ...
Nighttime drops in ocean oxygen raise energy use in small reef fish. Repeated stress could affect reef health as oceans warm.
Researchers have found that reef fish from the Arabian Gulf, the world's hottest sea, exhibit a higher tolerance to temperature fluctuations compared to those from more thermally stable coral reefs.
Leaving the comfort and safety of home to explore the world is a difficult decision. However, in a tiny coral reef fish called a neon goby, dads help their offspring take the plunge by pushing them ...
If you liked this story, share it with other people. Mike Gil, an ecologist at the University of Colorado Boulder, deployed video cameras to “spy” on coral reef fish over months and found that they ...
Allowing coral reef fish to rebound is emerging as one of the clearest ways to put more healthy protein on the plates of coastal families without stripping the ocean bare. New science suggests that if ...
In the paper, Extreme environmental conditions reduce coral reef fish biodiversity and productivity, published in the journal Nature Communications, the researchers use a variety of techniques to ...
Marine Biologist Aran Mooney has proposed a possible solution to all of the ongoing issues with coral reefs: fish music. Working with Woods Hole Oceanographic Institution in Falmouth, Massachusetts, ...
A new study finds that large, herbivorous fish species, such as parrotfish, surgeonfish and rabbitfish, benefit from coral reef demise due to an increase of a food source, algal turf. Certain fish ...