Iron-Choked Oceans Slowed Life’s Recovery After Earth’s Worst Extinction
New multi-proxy evidence from South China and western Canada shows that after the end-Permian mass extinction, shallow seas shifted into ...
New multi-proxy evidence from South China and western Canada shows that after the end-Permian mass extinction, shallow seas shifted into ...
A comparison of fossil coccolithophore assemblages from the South Atlantic and Indian oceans shows that regional dominance of different bloom-forming ...
A 480-simulation ensemble of the Last Glacial Maximum reveals that iron availability, flexible plankton stoichiometry, and parameter uncertainty together governed ...
A sweeping analysis of Cambrian Series 2 carbonates from South China reveals 15 species of calcified cyanobacteria, two new species, ...
A landmark reanalysis of Arctic sediment cores resolves a 50-year taxonomic mystery, revealing that two distinct warm-water foraminifera species invaded ...
A 53,000-year coccolithophore record from the Bay of Bengal shows the ocean's biological carbon pump was weakest during the last ...
High-resolution thallium isotope records from two ocean basins reveal that global oceanic oxygen peaked early in the Last Interglacial and ...
A new Climate Dynamics study combines coral oxygen isotope records with eddy-resolving ocean model simulations to reveal that wind forcing ...
Coral core records reveal that up to 80 percent of nitrogen at Gulf of Mexico reefs now comes from the ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine