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An Advanced Wind Infrared Doppler Lidar (WIND) for Mesoscale Meteorological Studies

Christian Werner, Pierre Flamant, Gerard M. Ancellet, Agnès Dolfi-Bouteyre, Hartmut Herrmann, F. Köpp, Claude Loth, J. Wildenauer

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Abstract

Knowledge of the wind field at various scales is widely recognized at the present as fundamental to advancing our understanding and prediction of the weather development. Wind profiles are measured only at a few locations by radiosondes mainly in the northern hemisphere and there on the continents.

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What this paper is about

Knowledge of the wind field at various scales is widely recognized at the present as fundamental to advancing our understanding and prediction of the weather development. Wind profiles are measured only at a few locations by radiosondes mainly in the northern hemisphere and there on the continents.

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Available abstract

Knowledge of the wind field at various scales is widely recognized at the present as fundamental to advancing our understanding and prediction of the weather development. Wind profiles are measured only at a few locations by radiosondes mainly in the northern hemisphere and there on the continents.

Key concepts: Radiosonde, Mesoscale meteorology, Lidar, Meteorology, Doppler radar, Environmental science, Wind speed, Remote sensing

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