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首页> 外文期刊>Journal of earth system science >Upper tropospheric water vapour variability over tropical latitudes observed using radiosonde and satellite measurements
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Upper tropospheric water vapour variability over tropical latitudes observed using radiosonde and satellite measurements

机译:使用探空仪和卫星测量仪观测到的热带对流层上方对流层水汽的变异性

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摘要

The present study deals with using long-term database for upper tropospheric water vapour (UTWV) variability studies over three tropical stations (Gadanki, Singapore and Truk), where different climatic conditions prevail. Over Gadanki (13.5?°N, 79.2?°E) strong seasonal variation in UTWV is revealed but not over Singapore (1.37?°N, 103.98?°E) and Truk (7.46?°N, 151.85?°E) except at 100 hPa. It is examined whether high resolution radiosonde measurements represent well the UTWV by comparing with different satellite based (Atmospheric Infrared Sounder (AIRS), Advanced Microwave Sounding Unit-B (AMSUB) and Microwave Limb Sounder (MLS)) water vapour measurements. Very good comparison in the nature of variations of UTWV is observed between radiosonde data and satellite data, except over Singapore particularly with AIRS and MLS data, on long-term basis. An attempt is also made to examine the source for UTWV. A close relationship is found between UTWV and deep convection over Gadanki indicating that the source for UTWV is convection particularly during the summer monsoon season.
机译:本研究涉及使用长期数据库对三个热带站(加丹基,新加坡和特鲁克)的对流层上层水汽(UTWV)变异性进行研究,这些热带站普遍存在不同的气候条件。在加丹基(13.5?°N,79.2?E)上显示了UTWV的强烈季节性变化,但在新加坡(1.37?°N,103.98?E)和Truk(7.46?N,151.85?°E)上没有显示出强烈的季节性变化。 100 hPa。通过与不同的基于卫星的卫星(大气红外测深仪(AIRS),高级微波测深仪B(AMSUB)和微波肢体测深仪(MLS))的水蒸气测量结果进行比较,检查了高分辨率无线电探空仪测量值是否能很好地代表UTWV。无线电探空仪数据和卫星数据之间的UTWV变化性质进行了很好的比较,长期以来,除新加坡以外,特别是AIRS和MLS数据。还尝试检查UTWV的来源。在超高空速度与加丹基上的深对流之间发现密切的关系,这表明超高空速度的来源是对流,特别是在夏季风季节。

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