The first active humidity profiling system in space is being developed by the European Space Agency (ESA) in the horizon of 2010. Data quality in terms of vertical resolution, accuracy, low bias, and vertical extent is expected to be unsurpassed
International audienceThe first operations at the new High-altitude Maïdo Observatory at La Réunion ...
Accurate measurements of the vertical profiles of water vapour are of paramount importance for most ...
Continuous water vapor and temperature profiles are critically needed for improved understanding of ...
The first active humidity profiling system in space is being developed by the European Space Agency ...
Water vapor arguably lies at the heart of most key atmospheric processes. Humidity is essential for ...
Laser based remote sensing with lidar is an attractive technique to remotely detect a variety of atm...
Regarding weather and climate, water vapor is one of the most important atmospheric constituents. A ...
Two remote sensing systems, which are considered to be operated in space, the Infrared Atmospheric S...
Water vapor is one of the most important atmospheric trace gas species and influences radiation, cli...
International audienceThe accuracy of water vapour observations from four different operational radi...
A high-power Raman lidar system has been installed at the high-altitude research station Schneeferne...
Water vapour is the most effective atmospheric greenhouse gas in terms of warming the atmosphere. Wa...
This paper reports on a workshop which took place on April 08/09, 2002 at the University of Hohenhei...
International audienceThe water vapor data measured with airborne and ground-based lidar systems dur...
The performance of a space-borne water vapour and temperature Raman lidar has been simulated, with a...
International audienceThe first operations at the new High-altitude Maïdo Observatory at La Réunion ...
Accurate measurements of the vertical profiles of water vapour are of paramount importance for most ...
Continuous water vapor and temperature profiles are critically needed for improved understanding of ...
The first active humidity profiling system in space is being developed by the European Space Agency ...
Water vapor arguably lies at the heart of most key atmospheric processes. Humidity is essential for ...
Laser based remote sensing with lidar is an attractive technique to remotely detect a variety of atm...
Regarding weather and climate, water vapor is one of the most important atmospheric constituents. A ...
Two remote sensing systems, which are considered to be operated in space, the Infrared Atmospheric S...
Water vapor is one of the most important atmospheric trace gas species and influences radiation, cli...
International audienceThe accuracy of water vapour observations from four different operational radi...
A high-power Raman lidar system has been installed at the high-altitude research station Schneeferne...
Water vapour is the most effective atmospheric greenhouse gas in terms of warming the atmosphere. Wa...
This paper reports on a workshop which took place on April 08/09, 2002 at the University of Hohenhei...
International audienceThe water vapor data measured with airborne and ground-based lidar systems dur...
The performance of a space-borne water vapour and temperature Raman lidar has been simulated, with a...
International audienceThe first operations at the new High-altitude Maïdo Observatory at La Réunion ...
Accurate measurements of the vertical profiles of water vapour are of paramount importance for most ...
Continuous water vapor and temperature profiles are critically needed for improved understanding of ...
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