NOAA-9极轨卫星加强海洋探测

A. Swaroop, A. Nappi, Z. Ahmad, M. Chalfant, L. McMillin, A. Reale
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引用次数: 0

摘要

NOAA利用NOAA极地轨道卫星上的HIRS/2、MSU和SSU仪器的数据,以250公里的分辨率进行了全球温度探测。这250公里的分辨率太粗糙,无法在锋面系统等气象活跃区域提供足够的信息。增强型探测系统已经开发出来,可以产生更高分辨率(约100公里)的探测,并已在接近实时的操作环境中进行了测试。介绍了海洋地区的测试结果和案例研究,并与TOVS数据、NMC分析和海洋无线电探空仪数据进行了比较。结果较好地描绘了小尺度气象特征。高分辨率探测为数值天气预报模式提供了更多的水平梯度信息,特别是在世界海洋等数据稀疏的地区。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhanced soundings over oceans from NOAA-9 polar orbiting satellite
Global temperature soundings have been produced by NOAA at 250 Km resolution utilizing the data from HIRS/2, MSU, and SSU instruments aboard NOAA polar orbiting satellites. This 250 Km resolution is too coarse to provide enough information in meteorologically active regions such as frontal systems. An Enhanced sounding system has been developed to produce soundings at a much higher resolution (approximately 100 Km) and has been tested in a near real-time operational environment. Test results and case studies over ocean areas are presented and compared with TOVS data, NMC analyses and oceanic radiosonde data where available. The results have depicted the small scale meteorological features quite well. The high resolution soundings provide the increased horizontal gradient information useful for numerical weather prediction models especially in data sparse regions such as the world oceans.
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