Analysis and interpretation of ERS-1 SAR detected wind rows relative to observed air-sea interaction processes

K. Davidson, J. Johannessen, R. Shuchman, R.A. Brown
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引用次数: 4

Abstract

SAR images obtained during an ERS-1 calibration/validation campaign conducted off the west coast of Norway, NORCSEX'91, are examined. The examination is based on in situ data including shipboard measured surface layer vector wind, thermal stability, and rawinsonde derived atmospheric boundary layer profiles. FFT analyses on the SAR images provided vector information on low-wavenumber structure. For two overpasses, derived direction and spatial separation for coherent structures were compared with model prediction for features of organized large planetary boundary layer eddies. The feature are related to the mixed-layer vector wind and depth. Predicted wind directions were in agreement with observed and mixed layer depths in relative agreement.<>
ERS-1 SAR探测到的风行与观测到的海气相互作用过程的关系分析和解释
研究了在挪威西海岸(NORCSEX'91)进行的ERS-1校准/验证活动中获得的SAR图像。该检查基于现场数据,包括船上测量的表层矢量风、热稳定性和雷达探空仪导出的大气边界层剖面。对SAR图像进行FFT分析,提供了低波数结构的矢量信息。对于两个立交桥,对相干结构的推导方向和空间分离与有组织的大型行星边界层涡旋特征的模型预测进行了比较。该特征与混合层矢量风和深度有关。预报的风向与观测值一致,混合层深度也相对一致。
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