Marine biology, the study of life in oceans and seas, plays a crucial role in understanding climate change. The vast, interconnected marine ecosystems are vital in regulating our planet’s climate, making marine biology a pivotal field in climate research. In this article, we delve into how marine biology contributes to climate change research, exploring various ...
Bioluminescence is a mesmerizing natural phenomenon where living organisms produce and emit light. This fascinating process can be seen in various environments, but it is particularly striking in the ocean, where darkness often prevails. Bioluminescence results from a chemical reaction within an organism, usually involving a light-emitting molecule called luciferin and an enzyme luciferase. This ...
For years, scientists believed that sharks were among the few silent hunters of the ocean. Unlike whales and dolphins, sharks lacked vocal structures, leading researchers to conclude that they were incapable of sound production. However, a groundbreaking accidental discovery challenged this long-standing assumption, revealing that some shark species can, in fact, produce noises. A Surprising ...
A new diver-operated microscope is revolutionizing coral research by allowing scientists to observe photosynthesis and microalgae behavior directly in the ocean. Developed by UC San Diego’s Scripps Institution of Oceanography, the Benthic Underwater Microscope Imaging PAM (BUMP) offers unprecedented access to coral bleaching and how they respond to environmental stress. A Technological Leap for Coral ...
It is amazing that some animals can stay underwater for hours or even months without breathing, even though their bodies are not designed to do so. Fish get oxygen from water through their gills, but marine animals that breathe air need to make amazing changes to their bodies and behavior to live in the deep. ...
In a remarkable discovery, scientists have found that certain deep-sea spiders are not predators or scavengers as once believed, but microbial farmers. A study published in the Proceedings of the National Academy of Sciences reveals that these spiders cultivate and consume methane-oxidizing bacteria that grow directly on their exoskeletons. This newly described symbiosis offers a ...
New research has revealed that biofluorescence in marine fishes is far more ancient and widespread than previously believed. Studies show that this glowing trait has evolved independently more than 100 times over the past 112 million years. Led by scientists from the American Museum of Natural History, the findings highlight the evolutionary significance of biofluorescence ...
Beneath Bermuda’s bustling cities and sun-kissed beaches lies an undiscovered world full of evolutionary mysteries. Scientists have discovered Tetragoniceps bermudensis, a newly identified species of copepod, in the limestone caves of the Walsingham system, which are part of a complex cave system within Bermuda’s limestone mountains. This tiny crustacean, measuring only a few millimeters, is ...
Far beneath the ocean’s sunlit surface, in crushing darkness and near-freezing temperatures, lurks a creature once thought to be a rarity of the deep. Alicella gigantea, the world’s largest amphipod, a shrimp-like crustacean that grows up to 34 cm (13.4 inches) long has long been considered an elusive oddity. But groundbreaking new research reveals this ...
Sharks, rays, and other chondrichthyans have evolved a remarkable range of reproductive strategies, allowing them to thrive for hundreds of millions of years. Two particularly unusual methods—facultative parthenogenesis and multiple embryos per egg case (MEPE)—may provide key survival advantages, though scientists are still investigating their evolutionary benefits. Facultative Parthenogenesis: Reproduction Without Males Facultative parthenogenesis allows ...
