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首页> 外文期刊>Geophysical Research Letters >First continuous GPS soundings of temperature structure over Antarctic winter from FORMOSAT-3/COSMIC constellation
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First continuous GPS soundings of temperature structure over Antarctic winter from FORMOSAT-3/COSMIC constellation

机译:来自FORMOSAT-3 / COSMIC星座的南极冬季温度结构的首次连续GPS测深

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摘要

The FORMOSAT-3/COSMIC mission provides unprecedented spatial coverage of daily sounding profiles of the Antarctic atmosphere. Our analysis shows that temperature profiles from these global positioning system (GPS) soundings agree well with the radiosondes over the South Pole and Neumayer stations during the 2006 Southern Hemisphere (SH) winter season. These GPS soundings reveal a vertical domain of low temperature (e.g., T <= - 78 degrees C at 28-km altitude) that is not clearly defined by the Antarctic radiosondes. Latitudinal analysis of the GPS soundings shows that regions with T <= - 78 degrees C occur from about 10-km to 28-km altitudes, indicating an 18-km thick of the cold vertical layer. The extremely cold regions are found at latitudes between 71 degrees S and 87 degrees S and in altitudes between 15 and 25 km, not coinciding with the geographical South Pole. These results demonstrate the potential of the FORMOSAT-3/COSMIC data for polar studies.
机译:FORMOSAT-3 / COSMIC任务为南极大气的每日探测剖面提供了空前的空间覆盖。我们的分析表明,在2006年南半球(SH)冬季,来自这些全球定位系统(GPS)测深的温度廓线与南极和Neumayer站上的无线电探空仪非常吻合。这些GPS测深揭示了一个低温的垂直域(例如,在28 km的高度处T <=-78摄氏度),而南极探空仪并未明确定义。 GPS测深的纬向分析表明,T <=-78摄氏度的区域出现在大约10公里到28公里的高度,表明冷垂直层厚18公里。极端寒冷的地区位于南纬71度至87度之间,海拔高度在15至25公里之间,与地理上的南极不一致。这些结果证明了FORMOSAT-3 / COSMIC数据在极地研究中的潜力。

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