Add to ORKGLidar measurements and balloon-borne in-situ measurements were performed concurrently in Kiruna, (Sweden) in order to study the influence of particle properties on lidar measurements. By comparing the extinction coefficient profiles determined with both methods, we find smaller depolarisation ratios and lidar ratios when small and compact particles dominate compared to situations with larger particlesand non-compact shapes
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceWe analyze cirrus cloud measurements from two dual-instrument cloud spectromet...
International audienceDuring the EASOE campaign in the Arctic, all lidar measurements showed total d...
Lidar measurements and balloon-borne in-situ measurements were performed concurrently in Kiruna, (Sw...
A new method to determine the projection-area- equivalent radius of cirrus particles is presented. T...
A cirrus cloud dataset from a groundbased lidar in a sub-arctic station is analyzed in terms of the ...
We present and discuss the comparison between particle depolarization measurement observed in-situ b...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Cirrus measurements obtained with a ground-based polarization Raman lidar at 67.9° N in January 1997...
Cirrus measurements obtained with a ground-based polarization Raman lidar at 67.9 deg N in January 1...
Cirrus clouds have a large influence on the Earth's climate and anthropogenic activities such as avi...
Noctilucent clouds (NLCs) occur during summer in the polar region at altitudes around 83 km. T...
Cirrus clouds reflect incoming solar radiation, creating a cooling effect. At the same time, these c...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceWe analyze cirrus cloud measurements from two dual-instrument cloud spectromet...
International audienceDuring the EASOE campaign in the Arctic, all lidar measurements showed total d...
Lidar measurements and balloon-borne in-situ measurements were performed concurrently in Kiruna, (Sw...
A new method to determine the projection-area- equivalent radius of cirrus particles is presented. T...
A cirrus cloud dataset from a groundbased lidar in a sub-arctic station is analyzed in terms of the ...
We present and discuss the comparison between particle depolarization measurement observed in-situ b...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Cirrus measurements obtained with a ground-based polarization Raman lidar at 67.9° N in January 1997...
Cirrus measurements obtained with a ground-based polarization Raman lidar at 67.9 deg N in January 1...
Cirrus clouds have a large influence on the Earth's climate and anthropogenic activities such as avi...
Noctilucent clouds (NLCs) occur during summer in the polar region at altitudes around 83 km. T...
Cirrus clouds reflect incoming solar radiation, creating a cooling effect. At the same time, these c...
International audienceThis study is intended to illustrate the potential advantage of combining lida...
International audienceWe analyze cirrus cloud measurements from two dual-instrument cloud spectromet...
International audienceDuring the EASOE campaign in the Arctic, all lidar measurements showed total d...