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Improvement of Surface Longwave Flux Algorithms Used in CERES Processing

机译:CERES处理中使用的表面长波通量算法的改进

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An improvement was developed and tested for surface longwave flux algorithms used in the Clouds and the Earth's Radiant Energy System processing based on lessons learned during the validation of global results of those algorithms. The algorithms involved showed significant overestimation of downward longwave flux for certain regions, especially dry-arid regions during hot times of the day. The primary cause of this over-estimation was identified and the algorithms were modified to (i) detect meteorological conditions that would produce an overestimation, and (ii) apply a correction when the overestimation occurred. The application of this correction largely eliminated the positive bias that was observed in earlier validation studies. Comparisons ofvalidation results before and after the application of correction are presented.
机译:根据在验证这些算法的整体结果时汲取的经验教训,对云和地球辐射能系统处理中使用的表面长波通量算法进行了改进和测试。所涉及的算法对一天中的某些特定时间区域,特别是干旱干旱地区的长波通量有明显的高估。确定了这种高估的主要原因,并对算法进行了修改,以(i)检测可能导致高估的气象条件,以及(ii)在发生高估时进行更正。这种校正的应用很大程度上消除了早期验证研究中观察到的正偏差。给出了校正前后验证结果的比较。

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