Indian Ocean Dipole Splits in Two: Distinct Types Drive Different Climate Fates
A new study in National Science Review shows the Indian Ocean Dipole comprises two distinct types with different physical mechanisms ...
A new study in National Science Review shows the Indian Ocean Dipole comprises two distinct types with different physical mechanisms ...
A new study shows that sea surface temperature biases in climate models consistently shift the North Pacific westerly jet southward, ...
A two-decade analysis of Batan Bay reveals shifting monsoon rainfall, localized nutrient hotspots, and persistent low oxygen near the seabed ...
A comprehensive 32-year evaluation shows that NOAA's SPEAR and NCEP's CFSv2 seasonal models deliver useful spring rainfall skill but share ...
A new study of the Lakshadweep Sea shows that marine heatwaves intensify with depth, peaking in cumulative intensity between 80 ...
A thirteen-year study of three reef systems in the Central Mexican Pacific shows corals repeatedly recovering from El Niño-driven losses, ...
A CMIP6-based study finds that east-dominated positive Indian Ocean Dipole events, which drive cyclones, East African floods and Australian drought ...
A modeling study of Tropical Cyclone Shaheen shows that warmer sea surface temperatures intensified the simulated storm and boosted coastal ...
A new study links ENSO-driven ocean warming, radiative flux anomalies, and delayed monsoon winds to coral bleaching across Sri Lanka's ...
A 64-year analysis shows that the North Atlantic tripole sea surface temperature pattern has changed which regions it warms and ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine