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Will high-resolution global ocean models benefit coupled predictions on short-range to climate timescales?

机译:将高分辨率全球海洋模型是否有利于对气候时间尺度的短程耦合预测?

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Highlights?Tangible benefits from increasing ocean resolution towards mesoscale eddy resolving.?Ocean mesoscale variability in boundary current regions impacts the atmosphere.?Coupled feedbacks are important in western boundary current dynamics.?Sub-gridscale parameterisations remain important for all resolutions.?Future research priorities are identified.AbstractAs the importance of the ocean in the weather and climate system is increasingly recognised, operational systems are now moving towards coupled prediction not only for seasonal to climate timescales but also for short-range forecasts. A three-way tension exists between the allocation of computing resources to refine model resolution, the expansion of model complexity/capability, and th
机译:<![cdata [ 突出显示 从增加海洋分辨率向Mesoscale Eddy解决方案的切实好处。 边界当前区域的海洋Mescle变异影响大气。 耦合反馈在Western边界电流动态中很重要。 子网格级参数对所有分辨率仍然很重要。 识别未来的研究优先级。 抽象 作为海洋在天气和气候系统中的重要性,越来越公认,操作系统现在,不仅可以用于季节性到气候时间尺度,而且正在耦合预测,而且还用于气候时间,而且用于短程预测。在计算资源分配之间存在三通紧张,以改进模型分辨率,模型复杂性/能力的扩展和Th

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