首页> 外文期刊>Geoscientific Model Development >ICONGETM v1.0 – flexible NUOPC-driven two-way coupling via ESMF exchange grids between the unstructured-grid atmosphere model ICON and the structured-grid coastal ocean model GETM
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ICONGETM v1.0 – flexible NUOPC-driven two-way coupling via ESMF exchange grids between the unstructured-grid atmosphere model ICON and the structured-grid coastal ocean model GETM

机译:ICONGETM V1.0 - 灵活的Nuopc驱动双向耦合,通过ESMF交换网格在非结构化 - 网格气氛模型图标和结构化 - 网格沿海海洋模型GetM之间

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Two-way model coupling is important for representing the mutual interactions and feedbacks between atmosphere and ocean dynamics. This work presents the development of the two-way coupled model system ICONGETM, consisting of the atmosphere model ICON and the ocean model GETM. ICONGETM is built on the latest NUOPC coupling software with flexible data exchange and conservative interpolation via ESMF exchange grids. With ICON providing a state-of-the-art kernel for numerical weather prediction on an unstructured mesh and GETM being an established coastal ocean model, ICONGETM is especially suited for high-resolution studies. For demonstration purposes the newly developed model system has been applied to a coastal upwelling scenario in the central Baltic Sea.
机译:双向模型耦合对于代表大气和海洋动力学之间的相互相互作用和反馈非常重要。 这项工作提出了双向耦合模型系统ICONGETM的开发,包括大气模型图标和海洋模型GETM。 ICONGETM建立在最新的Nuopc耦合软件上,通过ESMF Exchange网格具有灵活的数据交换和保守插值。 对于在非结构化网格和Getm成为一个已建立的沿海海洋模型的标志上提供最先进的内核,ICONGETM特别适用于高分辨率研究。 为了示范目的,新开发的模型系统已应用于中央波罗的海的沿海上升情景。

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