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DETECTING AND TRACKING OF MESOSCALE OCEANIC FEATURES IN THE MIAMI ISOPYCNIC CIRCULATION OCEAN MODEL

机译:迈阿密同位素循环海洋模型中尺度海洋特征的探测与追踪

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Using the available data from MICOM for the North Atlantic, in this paper we present methods developed to automatically detect, locate and track mesoscale eddies spatially and temporally. Using structuring elements based on velocity we detect eddy centers and use streamline plots to eliminate false positives. Additional visualization, based on the detected eddy centers provides information about the eddies temporally and spatially. The process of identifying and tracking oceanic eddies over space and time, and their relationship to the net poleward heat transport are of fundamental importance for Climate studies. Multiple visualizations resulting from this project will provide oceanographers an invaluable tool to assess mesoscale oceanic features.
机译:本文利用来自MICOM的北大西洋数据,介绍了为在空间和时间上自动检测,定位和跟踪中尺度涡旋而开发的方法。使用基于速度的结构元素,我们可以检测涡流中心并使用流线图来消除误报。基于检测到的涡流中心的附加可视化可在时间和空间上提供有关涡流的信息。在空间和时间上识别和跟踪海洋涡旋的过程,以及它们与净极向热传输的关系,对于气候研究至关重要。该项目产生的多种可视化效果将为海洋学家提供评估中尺度海洋特征的宝贵工具。

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