首页> 外文会议>Geoscience and Remote Sensing Symposium, 1995. IGARSS '95. 'Quantitative Remote Sensing for Science and Applications', International >Exploration of C-band /spl sigma//sup 0/ dependence on azimuth angle over Antarctic Sea and glacial ice
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Exploration of C-band /spl sigma//sup 0/ dependence on azimuth angle over Antarctic Sea and glacial ice

机译:探索C波段/ spl sigma // sup 0 /对南极海和冰川冰方位角的依赖性

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In previous studies, the radar backscatter measurements from polar glacial ice have demonstrated modulation in azimuth angle. Azimuthal modulation is a function of the wind induced surface characteristics of the glacial ice. In a continuing evaluation of the ERS1 C-band scatterometer as a tool for studying polar sea ice the authors evaluate the azimuthal modulation characteristics of Antarctic sea ice. Using several study regions dispersed in the Antarctic seasonal sea ice pack, the scatterometer data is evaluated for evidence of azimuthal modulation. The incidence angle dependence is estimated and removed in each study region before determining whether azimuthal modulation is present in the data. The results show that there is negligible azimuthal modulation at the scale of observation of the ERS1 C-band scatterometer.
机译:在以前的研究中,来自极地冰川冰的雷达反向散射测量已经证明了方位角的调制。方位角调制是冰川冰在风中引起的表面特征的函数。在对ERS1 C波段散射仪作为研究极地海冰的工具的持续评估中,作者评估了南极海冰的方位调制特性。使用分散在南极季节性海冰袋中的几个研究区域,对散射仪数据进行评估,以获取方位调制的证据。在确定数据中是否存在方位角调制之前,在每个研究区域中估计并消除入射角依赖性。结果表明,在ERS1 C波段散射仪的观测范围内,方位调制可忽略不计。

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