Biological Carbon Pump Drives Deep Recalcitrant Carbon Burial in Karst Reservoirs
A year-long investigation of China's Songbaishan Reservoir reveals that seasonal thermal stratification and the biological carbon pump drive high organic ...
A year-long investigation of China's Songbaishan Reservoir reveals that seasonal thermal stratification and the biological carbon pump drive high organic ...
A study in Nature Geoscience reveals that a weakened biological carbon pump in the Southern Ocean significantly increased atmospheric CO2 ...
Oceanographers tracking Loop Current Eddy Yazoo in the Gulf of Mexico discovered that eddy-induced strain drives significant downward subduction of ...
Nitrogen isotope records from fossil foraminifera indicate that reduced biological pump efficiency in the Southern Ocean released deep-sea carbon and ...
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, ...
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© 2026 Scienmag - Science Magazine