Articles tagged with Marine Ecology
Researchers found that school-forming goat fish synchronize their activity patterns to increase food catch. This synchronization strategy is effective even in chaotic systems, where individual behavior can vary wildly.
A new study by Scripps researchers reveals that phytoplankton capture and absorb solar radiation, contributing to a global warming of 0.1-0.6 degrees Fahrenheit. The findings challenge iron fertilization efforts aimed at reducing global warming, suggesting this approach may actually contribute to warming the ocean.
The study aims to optimize planned control of the parasitic fish that have had a devastating impact on native fish populations in Lake Champlain and the Great Lakes. Anglers will be asked to collect marked sea lampreys from their catches, providing valuable data for researchers.
A Rutgers researcher discovered the rapid revival of life around hydrothermal vents on the Pacific Ocean floor after a lava flow appeared to exterminate it. Over 500 new species have been found at these sites, including unique organisms like giant tube worms and hairy Pompeii worms.
Researchers at the University of California, Santa Barbara, have made a groundbreaking discovery about how marine bacteria acquire iron from seawater. The marinobactin and aquachelin siderophores, produced by these bacteria, exhibit a unique ability to bind to iron and form vesicles, raising questions about their physiological role.
A captive breeding program aims to replenish the nearly decimated population of white abalone by leveraging their unique reproductive needs. The mollusks require close proximity with an opposite sex for fertilization, hindering effective reproduction and making conservation efforts challenging.
Biologists predict that global warming and pollution will lead to more frequent die-offs of sea life, with diseases such as distemper and herpes virus spreading among marine organisms. The study highlights the need for interdisciplinary research to understand the impacts of climate change on ocean epidemics.