Atlantic Niño, Not El Niño, Drives West Africa’s Extreme Coastal Floods
A new study reconstructing extreme coastal water levels from Mauritania to Cameroon finds that tides, wave run-up, and the Atlantic ...
A new study reconstructing extreme coastal water levels from Mauritania to Cameroon finds that tides, wave run-up, and the Atlantic ...
A comprehensive 32-year evaluation shows that NOAA's SPEAR and NCEP's CFSv2 seasonal models deliver useful spring rainfall skill but share ...
A 40-year analysis of daily rainfall in Vietnam's northeastern Mekong Delta reveals significant coastal drying, urban wetting and a hidden ...
A new Climate Dynamics study shows that a cascade of tropical and extratropical intraseasonal waves, rather than the favorable La ...
A 46-year analysis of the North Indian Ocean reveals that extreme wave heights are rising fastest in autumn, with 100-year ...
A thirteen-year study of three reef systems in the Central Mexican Pacific shows corals repeatedly recovering from El Niño-driven losses, ...
A multi-model study finds that seasonal prediction of the East Asian Winter Monsoon hinges on an upper-tropospheric Rossby wave pathway, ...
A ten-year census at Mexico's Islas Marietas National Park reveals how El Niño, La Niña, and habitat homogenization reshaped the ...
A 75-year analog-based hindcast reveals that seasonal prediction skill for the boreal summer Indian Ocean Basin Mode has shifted across ...
A new Climate Dynamics study reveals that El Niño reshapes Bay of Bengal sea surface salinity in two distinct seasonal ...
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© 2025 Scienmag - Science Magazine