How the Pacific and Atlantic Oceans Reshaped the Indian Ocean Dipole After the Early 1980s
A new Climate Dynamics study shows that since the early 1980s, strengthened ENSO influence and shifting tropical Atlantic conditions have ...
A new Climate Dynamics study shows that since the early 1980s, strengthened ENSO influence and shifting tropical Atlantic conditions have ...
A 121-year analysis shows that the combined, shifting influences of the warming Indian and Pacific oceans determine whether India's summer ...
New CMIP6 projections show that greenhouse warming weakens the Atlantic Niño while strengthening the Pacific El Niño's influence on it, ...
A new evaluation of ECMWF subseasonal reforecasts shows that marine heatwaves in the tropical Indian Ocean can be predicted up ...
A new Climate Dynamics study shows that pairing the Nogherotto–Tompkins cloud microphysics scheme with the Xu–Randall cloud fraction scheme in ...
A 290-year tree-ring reconstruction of precipitation in central Siberia reveals that recent decades mark a distinct shift toward wetter conditions, ...
A new analysis of 41 CMIP6 climate models shows that those which best reproduce the Arctic's accelerated wintertime warming are ...
A new Climate Dynamics study shows that an ENSO-independent Pacific sea surface temperature tripole pattern can skillfully predict the East ...
A new Climate Dynamics study shows that La Niña conditions and the spring Indo-Pacific warm pool Hadley circulation independently control ...
A comprehensive 32-year evaluation shows that NOAA's SPEAR and NCEP's CFSv2 seasonal models deliver useful spring rainfall skill but share ...
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© 2025 Scienmag - Science Magazine