International audienceIn August 2021 took place in northern Scandinavia the MAGIC-2021 campaign, dedicated to the Monitoring of Atmospheric composition and Greenhouse gases through multi-Instruments Campaigns. Gathering 17 research teams from 7 countries, the campaign involved a large suite of instruments and payloads (ground-based, balloon-borne, and airborne). Among them, an original combination of two airborne lidars was deployed onboard the same aircraft (SAFIRE ATR42): on one side DLR’s CHARM-F direct detection lidar for CH4 and CO2 measurement in IPDA mode (Integrated Path Differential Absorption), and on the other side ONERA’s LIVE coherent lidar for range-resolved vertical wind vector profiles.The scientific goal of this double-lida...
An intensive flight campaign, CoMet (Carbon dioxide and Methane Mission), was conducted during May a...
Future space-based lidar measurements of anthropogenic greenhouse gases are expected to close observ...
We report on an airborne demonstration of atmospheric methane (CH4) measurements with an Integrated ...
International audienceIn August 2021 took place in northern Scandinavia the MAGIC-2021 campaign, ded...
Active remote sensing techniques using lidar show much promise to provide accurate measurements of t...
In 2015, the new airborne lidar CHARM-F for the measurement of the greenhouse gases carbon dioxide a...
Installed onboard the German research aircraft HALO, the integrated-path differential-absorption (IP...
Characterizing physical and chemical properties of the atmosphere is of paramount importance for man...
Active remote sensing techniques using lidar shows much promise to provide accurate measurements of ...
Installed onboard the German research aircraft HALO, the integrated-path differential-absorption (IP...
Installed onboard the German research aircraft HALO, the integrated-path differential-absorption (IP...
Methane is the third most important greenhouse gas in the atmosphere after water vapor and carbon di...
In order to improve our current knowledge on the budgets of the two most important anthropogenic gre...
The MEthane Remote sensing Lidar missioN (MERLIN) aims at demonstrating the spaceborne active measur...
An intensive flight campaign, CoMet (Carbon dioxide and Methane Mission), was conducted during May a...
Future space-based lidar measurements of anthropogenic greenhouse gases are expected to close observ...
We report on an airborne demonstration of atmospheric methane (CH4) measurements with an Integrated ...
International audienceIn August 2021 took place in northern Scandinavia the MAGIC-2021 campaign, ded...
Active remote sensing techniques using lidar show much promise to provide accurate measurements of t...
In 2015, the new airborne lidar CHARM-F for the measurement of the greenhouse gases carbon dioxide a...
Installed onboard the German research aircraft HALO, the integrated-path differential-absorption (IP...
Characterizing physical and chemical properties of the atmosphere is of paramount importance for man...
Active remote sensing techniques using lidar shows much promise to provide accurate measurements of ...
Installed onboard the German research aircraft HALO, the integrated-path differential-absorption (IP...
Installed onboard the German research aircraft HALO, the integrated-path differential-absorption (IP...
Methane is the third most important greenhouse gas in the atmosphere after water vapor and carbon di...
In order to improve our current knowledge on the budgets of the two most important anthropogenic gre...
The MEthane Remote sensing Lidar missioN (MERLIN) aims at demonstrating the spaceborne active measur...
An intensive flight campaign, CoMet (Carbon dioxide and Methane Mission), was conducted during May a...
Future space-based lidar measurements of anthropogenic greenhouse gases are expected to close observ...
We report on an airborne demonstration of atmospheric methane (CH4) measurements with an Integrated ...