Why do #temperatures vary across the #Tibetan #Plateau? Data from 454 stations shows elevation cools the central region, while clouds flatten the southeastern cycle.
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Can #AI learn the physics of the #ocean? New research in @OLAR highlights how physics-informed AI can improve ocean reconstruction, climate prediction, and wave forecasting, paving the way for more reliable ocean predictions.🤓
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Marine #viruses may be more diverse than we thought! New research in @OLAR expands the known diversity of Aoguangviridae from 59 to 227 genomes, revealing their widespread distribution across the global #ocean and potential roles in marine biogeochemical processes.
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How does ocean bathymetry shape Earth’s #climate? New research in @OLAR reveals how seafloor topography influences ocean circulation, heat transport, and climate asymmetry—even in the absence of continents.🤓
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#Arctic winter sea-ice now increasingly suppresses China's summer heatwaves, a Zhejiang University team found. More Atlantic-sector ice weakens the polar vortex, shifts the East Asian jet southward, and cools China.👇
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#Atmospheric particles may have significantly slowed surface warming over India.
New research in Ocean-Land-Atmosphere Research shows that #aerosols and #clouds contributed to substantial surface dimming over the region during 2001–2024, offsetting much of the observed #warming trend.👇

The world’s oceans are having a conversation—but not all at once.
A new study in Ocean-Land-Atmosphere Research reveals a shifting “relay system” of climate signals among the #Pacific, #Atlantic, and #Indian oceans, unfolding from months to years. 🤓
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#Mangroves shifted nutrient transport from south to north in Shenzhen Bay, increasing nitrogen-phosphorus imbalance risk in over 5% of the bay during wet season, highlighting the need for zone-specific management.👇
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#Ocean #viruses are widespread but mostly known from #DNA fragments. Researchers expanded #Aoguangviridae genomes to 227, revealing 22 subfamilies and 157 genera, with peak activity in the deep chlorophyll maximum layer.👇
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Researchers built a parallel framework for the #MaCOM ocean model, achieving a 19.41x speedup from 128 to 4096 processes and running a seven-day #forecast in about 45 minutes.😀
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Reviewing 581 studies, this work proposes a six-part shoreline framework but flags poor model transferability and understudied African/South American coasts as key gaps.👇
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New research reports the first in situ observation of backward walking in a #fish. Researchers observed the armored searobin Scalicus engyceros walking both sideways and backward on the #seafloor in the South China Sea.👇
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How does #global #warming feel over the #ocean? Our latest research story, highlighting a striking land–sea contrast in “feels like” temperature and the key role of wind, is now available on EurekAlert!🤓
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