A possibility of monitoring greenhouse gases (CO2 and H2O) along horizontal paths in the troposphere with two-channel near-IR lidar system based on an absorption spectroscopy measurement technique is estimated. The main units and components of the IR lidar under development are described. A backscattered signal is simulated in the informative range of IR lidar for sensing target greenhouse gases
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
Measurements of tropospheric CO2 abundance with global-coverage, a few hundred km spatial and monthl...
A possibility of monitoring greenhouse gases (CO2 and H2O) along horizontal paths in the troposphere...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
An airborne lidar system has been developed to measure the two most important anthropogenic greenhou...
Highly accurate measurements of atmospheric carbon dioxide (CO2) and methane (CH4) by a space-borne ...
An airborne lidar system has been developed to measure columns of the two most important anthropogen...
An airborne lidar system has been developed to measure columns of the two most important anthropogen...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
Measurements of tropospheric CO2 abundance with global-coverage, a few hundred km spatial and monthl...
A possibility of monitoring greenhouse gases (CO2 and H2O) along horizontal paths in the troposphere...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
An airborne lidar system has been developed to measure the two most important anthropogenic greenhou...
Highly accurate measurements of atmospheric carbon dioxide (CO2) and methane (CH4) by a space-borne ...
An airborne lidar system has been developed to measure columns of the two most important anthropogen...
An airborne lidar system has been developed to measure columns of the two most important anthropogen...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
International audienceA direct detection atmospheric differential absorption lidar, based on a high ...
Measurements of tropospheric CO2 abundance with global-coverage, a few hundred km spatial and monthl...