Warming Seas Push Carbon Into Microbial Loop, Study of Red Sea Finds
A five-month study in the Gulf of Aqaba shows that as summer stratification intensifies, phytoplankton fix less carbon but release ...
A five-month study in the Gulf of Aqaba shows that as summer stratification intensifies, phytoplankton fix less carbon but release ...
A new Science study shows that the viscosity of marine snow determines how deeply it sinks, with gooey particles carrying ...
A 480-simulation ensemble of the Last Glacial Maximum reveals that iron availability, flexible plankton stoichiometry, and parameter uncertainty together governed ...
A University of Rhode Island-led, NSF-funded project will test whether artificial intelligence can predict the chemical composition of marine snow ...
A new metagenomic study reveals that thousands of diverse viruses ride sinking particles from the surface ocean into the twilight ...
A year-long study in the South China Sea shows that particle-attached bacteria remain tightly coupled to eukaryotic plankton across seasons, ...
The ocean’s twilight zone is emerging as one of Earth’s most important—and least understood—climate regulators. Stretching roughly from 200 to ...
Phytoplankton may be microscopic, but their influence reaches from the surface of the ocean to the global climate system. These ...
In a groundbreaking advancement toward understanding the intricate dynamics of the global carbon cycle, recent research spearheaded by Jin et ...
In the vast, blue expanse of our planet's oceans, an extraordinary mechanism quietly operates, securing colossal amounts of carbon away ...
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© 2025 Scienmag - Science Magazine