Spatiotemporal Behavior of Integrated Water Vapor

Schneebeli M.; Matzler C.

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Spatiotemporal Behavior of Integrated Water Vapor

机译：综合水蒸气的时空行为

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A time series of the hemispheric distribution of integrated water vapor (IWV) measured with the All-Sky Multi Wavelength Radiometer is analyzed by means of empirical orthogonal functions (EOFs). The data were acquired in February 2007 at the Zimmerwald Observatory in Switzerland. It is shown that the analysis of temporally demeaned time series yields information about passing fronts. With EOF analysis of the spatially demeaned time series, information about the spatial distribution of IWV is obtained. Our results also indicate that water vapor behaves like a conservative and passive tracer within the examined sampling volume and with the given temporal sampling resolution of 12 min.

机译：利用经验正交函数（EOFs）分析了全天候多波长辐射计测量的水汽（IWV）的半球分布的时间序列。这些数据是2007年2月在瑞士的Zimmerwald天文台获得的。结果表明，对时间下降的时间序列的分析产生了关于通过前沿的信息。通过对空间下降的时间序列进行EOF分析，可以获得有关IWV空间分布的信息。我们的结果还表明，在所检查的采样量内，在给定的12 min临时采样分辨率下，水蒸气的行为类似于保守和被动的示踪剂。

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《Geoscience and Remote Sensing Letters, IEEE》 |2011年第5期|p.948-952|共5页
作者
Schneebeli M.; Matzler C.;
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作者单位

School of Architecture, Civil and Environmental Engineering (ENAC), École Polytechnique Fé;

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原文格式 PDF
正文语种 eng
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关键词
Microwave radiometry; moisture; passive microwave remote sensing; terrestrial atmosphere;

机译：微波辐射法;水分;无源微波遥感;地球大气;

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Spatiotemporal Behavior of Integrated Water Vapor

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