As a crucial component of the Earth system,the ocean significantly impacts the climate due to its vast heat capacity,intricate multi-scale circulation,and considerable carbon storage capability.The ocean general circu...As a crucial component of the Earth system,the ocean significantly impacts the climate due to its vast heat capacity,intricate multi-scale circulation,and considerable carbon storage capability.The ocean general circulation model(OGCM)is a numerical tool designed to solve the governing equations of oceanic fluid and thermal dynamics.It can simulate oceanic circulations and physical states,facilitating marine environmental forecasts and climate projections.展开更多
基金supported by the National Key R&D Program for Developing Basic Sciences(2022YFC3104802)the National Natural Science Foundation of China(92358302,L2324203)+2 种基金the Project on Frontier and Interdisciplinary Research Assessment,Academic Divisions of the Chinese Academy of Sciences(XK2023DXC001)the Tai Shan Scholar Program(grant no.tstp20231237)Computing resources are financially supported by Laoshan Laboratory(no.LSKJ202300301).
文摘As a crucial component of the Earth system,the ocean significantly impacts the climate due to its vast heat capacity,intricate multi-scale circulation,and considerable carbon storage capability.The ocean general circulation model(OGCM)is a numerical tool designed to solve the governing equations of oceanic fluid and thermal dynamics.It can simulate oceanic circulations and physical states,facilitating marine environmental forecasts and climate projections.
