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全重实验室在利用漂流浮标观测推断海洋亚中尺度能谱研究方面取得新进展
Inferring submesoscale energy spectra from surface drifters
2025-09-22
全重研究团队大幅度优化了南海北部内孤立波三维数值模型及其预报精度
Research team significantly improved forecast accuracy of the 3D internal solitary wave numerical model in the northern South China Sea (ISWNM-NSCS V2.0)
2025-09-02
中尺度涡背景下近惯性内波致混合参数化方案研究方面取得新进展
New progress has been made in the research on parameterization of near-inertial waves induced mixing under the influence of mesoscale eddies
2025-08-27
研究揭示南海与热带西太平洋海平面年代际变化联系机制
A study reveals the mechanism linking decadal sea level variability between the South China Sea and the Western Tropical Pacific
2025-07-17
研究基于海表温度重建1981年以来太平洋热带不稳定波海表动力场
An SST-Based Reconstruction of the Pacific Tropical Instability Wave–Associated Velocities and SSH since 1981
2025-07-17
2024年4月华南极端降水形成机制解析
Mechanistic Insights into the Extreme Rainfall Event in South China, April 2024
2025-07-17
精确震源定位揭示西南马里亚纳岛弧新生裂谷变形机制
Precise Hypocenter Location Reveals Deformation Mechanism within the Nascent Rift of the Southwest Mariana Island Arc
2025-06-18
研究揭示海底地形对海啸波的深远影响
Research Reveals the Profound Impact of Seafloor Topography on Tsunami Waves
2025-06-20
海洋链霉菌吲哚生物碱和多环内酰胺生物合成机制研究取得新进展
New Advances in Biosynthetic Mechanisms of Indole Alkaloids and Polycyclic Lactams in Marine Streptomyces
2025-06-16
国家重点研发计划项目“三大洋相互作用机制及其对气候变化的影响”综合绩效评价获评“优秀”
The National Key R&D Program project "Interaction Mechanisms of the Three Major Oceans and Their Impact on Climate Change" Received an "Outstanding" Rating in Comprehensive Performance Evaluation
2025-06-12
研究揭示厄尔尼诺转拉尼娜年秋季南海台风频发新机制
New Mechanism Unveiled for Frequent Autumn Typhoons in South China Sea during El Niño-La Niña Transition
2025-06-12
珊瑚高分辨率揭示人类活动影响下的孟加拉湾微量元素动态变化
High-Resolution Coral Records Reveal Anthropogenic Trace Element Dynamics in Bay of Bengal
2025-06-06
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“海境·涡流大模型1.0”正式发布
Release of "iEddy (海境·涡流大模型)": An AI Model for ocean eddy, imaging the non-equilibrium state of the ocean
【科学网】“三大洋相互作用机制及其对气候变化的影响”获评“优秀”
[Sciencenet.cn]"Three-Ocean Interactions and Their Influences on Climate Change" Rated 'Outstanding' in Comprehensive Performance Evaluation
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