Ground-based lidar and atmospheric studies

Details Ground-based lidar and atmospheric studies Ground-based lidar and atmospheric studies

Jun 1987

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1987sgeo....9..107m&link_type=abstract

Surveys in Geophysics, Volume 9, Issue 2, pp.107-122

Physics

Geophysics

12

Scientific paper

This review considers the requirements and possibilities for the development of a ground-based network for long-term observations of the atmosphere. This network would be specifically designed to provide early detection of changes in the composition and structure of the stratosphere. The species and parameters identified as being important and amenable to ground-based measurements are summarized, as are the currently available techniques capable of making the required measurements. Ultraviolet laser remote sensing is identified as the most promising technique for the measurement of ozone and temperature profiles which are considered to have the highest priority for network measurements. The laser techniques, and the research at JPL Table Mountain Observatory, to implement ozone and temperature measurements are discussed in greater detail.

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