Satellite-borne lidar observations of the Earth: requirements and anticipated capabilities

Curran R.J.

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Satellite-borne lidar observations of the Earth: requirements and anticipated capabilities

机译：卫星传播的激光雷达对地球的观测：要求和预期能力

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Satellite observations have relied on passive remote sensing systems and thereby suffer a fundamental limitation in their accuracy and vertical resolution (2 to 4 km for remote sensing of atmospheric temperature). Lidar systems offer the potential for improved vertical resolution, accuracy, and with global coverage. To better understand important processes in the Earth system, these higher-resolution observations have now become a basic requirement for the satellite observing system of the 1990s. The author discusses the requirements for lidar observations of the Earth's atmosphere, land, and ocean surfaces, and the characteristics of the systems which will provide these observations.

机译：卫星观测依赖于无源遥感系统，因而在准确性和垂直分辨率（对大气温度的遥感为2至4 km）方面受到基本限制。激光雷达系统具有提高垂直分辨率，准确性和覆盖全球的潜力。为了更好地理解地球系统中的重要过程，这些高分辨率的观测现已成为1990年代卫星观测系统的基本要求。作者讨论了对地球大气，陆地和海洋表面进行激光雷达观测的要求，以及提供这些观测的系统的特征。

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来源
《Proceedings of the IEEE》 |1989年第3期|P.478-490|共13页
作者
Curran R.J.;
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作者单位

SM Syst. & Res. Corp., Landover, MD, USA;

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原文格式 PDF
正文语种 eng
中图分类一般性问题;无线电电子学、电信技术;
关键词
atmospheric techniques; geophysical techniques; measurement by laser beam; oceanographic techniques; optical radar; remote sensing by laser beam; anticipated capabilities; atmosphere; global coverage; land; laser measurement; ocean surfaces; requirements; satellite observing system; technique; vertical resolution;

机译：大气技术;地球物理技术;激光测量;海洋学技术;光学雷达;激光遥感;预期能力;大气;全球覆盖;土地;激光测量;海洋表面;需求;卫星观测系统;技术;垂直分辨率;

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机译：平流层测量要求和卫星遥感能力

Satellite-borne lidar observations of the Earth: requirements and anticipated capabilities

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