This paper presents cirrus cloud observations made with the High Spectral Resolution Lidar (HSRL) and the Volume Imaging Lidar (VIL). The HSRL was redesigned to use an iodine absorption filter in place of the Fabry-Perot etalon that was used for spectral separation of the aerosol and molecular lidar returns. These modifications, which improve both sensitivity and calibration stability, are described
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
Cirrus clouds reflect incoming solar radiation and trap outgoing terrestrial radiation; therefore, a...
The collection of long term global statistics on cloud cover may be most easily accomplished with sa...
Since the fall of 1986, cirrus clouds were observed with backscatter cross sections ranging from les...
During the First ISCCP Region Experiment (FIRE) cirrus intensive field observation (IFO) the High Sp...
Cirrus cloud optical and structural properties were measured above southern Wisconsin in two time se...
The High Spectral Resolution Lidar (HSRL) and the Volume Imaging Lidar (VIL) were combined to produc...
Lidar measurements can provide a great deal of information about the structure, location, and scatte...
Cirrus clouds play an important role in radiative transfer, and thus have impact on the energy balan...
Thesis (Ph.D.)--University of Washington, 2014Tropical cirrus cloud properties from elastic backscat...
The impact of cirrus clouds on the heat balance of the Earth is dependent on their reflectivity of s...
Four lidars, located roughly 75 km from each other in the inner German Bight of the North Sea, were ...
The impact of cirrus clouds on the Earth's radiation budget remains a key uncertainty in assessing g...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
Cirrus clouds reflect incoming solar radiation and trap outgoing terrestrial radiation; therefore, a...
The collection of long term global statistics on cloud cover may be most easily accomplished with sa...
Since the fall of 1986, cirrus clouds were observed with backscatter cross sections ranging from les...
During the First ISCCP Region Experiment (FIRE) cirrus intensive field observation (IFO) the High Sp...
Cirrus cloud optical and structural properties were measured above southern Wisconsin in two time se...
The High Spectral Resolution Lidar (HSRL) and the Volume Imaging Lidar (VIL) were combined to produc...
Lidar measurements can provide a great deal of information about the structure, location, and scatte...
Cirrus clouds play an important role in radiative transfer, and thus have impact on the energy balan...
Thesis (Ph.D.)--University of Washington, 2014Tropical cirrus cloud properties from elastic backscat...
The impact of cirrus clouds on the heat balance of the Earth is dependent on their reflectivity of s...
Four lidars, located roughly 75 km from each other in the inner German Bight of the North Sea, were ...
The impact of cirrus clouds on the Earth's radiation budget remains a key uncertainty in assessing g...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceThis study is intended to illustrate the potential advantage of combining lida...