An aerosol increase in the lower stratosphere was observed by ground-based lidar at Garmisch-Partenkirchen early in 1982. The source of this aerosol cloud was most probably an unobserved volcanic eruption. Three orbits of the cloud were observed during February and March. The data are consistent with an eruption which probably took place in the first half of January in central Africa or in the general region of the North Pacific Ocean. (IFU
Balloon borne aerosol sonde observation and lidar observations were preformed at Ny-Alesund, Norway ...
Lidar measurements made at Poker Flat, Alaska in winter 1991/1992 suggest that stratospheric aerosol...
Measurements on stratospheric aerosols were carried out at Syowa Station (69°00\u27S, 39°35\u27E) in...
After the middle of May 1981 lidar observations at Garmisch-Partenkirchen recorded a marked enhancem...
The stratospheric aerosol layer has been monitored with lidars at Mauna Loa Observatory in Hawaii an...
The variability of stratospheric aerosol loading between 1985 and 2010 is explored with measurements...
The volcano El Chichon (Mexico) erupted violently over several days at the end of March and at the b...
During 1991 the terrestrial stratosphere went through a substantially increased aerosol load, due ma...
International audienceThe variability of stratospheric aerosol loading between 1985 and 2010 is expl...
50-55Lidar aerosol backscatter data of a few stations published in Bulletin of Global Volcanism Netw...
Lidar measurements at Garmisch-Partenkirchen (Germany) have almost continually delivered backscatter...
The transport to northern midlatitudes of stratospheric aerosol layers originating from the 4 April ...
The vertical distribution of stratospheric aerosols has been measured with lidars at the Meteorologi...
International audienceThe first polar stratospheric clouds (PSCs) climatology ever established from ...
Observations of polar stratospheric clouds (PSCs), carried out at the Amundsen Scott South Pole Stat...
Balloon borne aerosol sonde observation and lidar observations were preformed at Ny-Alesund, Norway ...
Lidar measurements made at Poker Flat, Alaska in winter 1991/1992 suggest that stratospheric aerosol...
Measurements on stratospheric aerosols were carried out at Syowa Station (69°00\u27S, 39°35\u27E) in...
After the middle of May 1981 lidar observations at Garmisch-Partenkirchen recorded a marked enhancem...
The stratospheric aerosol layer has been monitored with lidars at Mauna Loa Observatory in Hawaii an...
The variability of stratospheric aerosol loading between 1985 and 2010 is explored with measurements...
The volcano El Chichon (Mexico) erupted violently over several days at the end of March and at the b...
During 1991 the terrestrial stratosphere went through a substantially increased aerosol load, due ma...
International audienceThe variability of stratospheric aerosol loading between 1985 and 2010 is expl...
50-55Lidar aerosol backscatter data of a few stations published in Bulletin of Global Volcanism Netw...
Lidar measurements at Garmisch-Partenkirchen (Germany) have almost continually delivered backscatter...
The transport to northern midlatitudes of stratospheric aerosol layers originating from the 4 April ...
The vertical distribution of stratospheric aerosols has been measured with lidars at the Meteorologi...
International audienceThe first polar stratospheric clouds (PSCs) climatology ever established from ...
Observations of polar stratospheric clouds (PSCs), carried out at the Amundsen Scott South Pole Stat...
Balloon borne aerosol sonde observation and lidar observations were preformed at Ny-Alesund, Norway ...
Lidar measurements made at Poker Flat, Alaska in winter 1991/1992 suggest that stratospheric aerosol...
Measurements on stratospheric aerosols were carried out at Syowa Station (69°00\u27S, 39°35\u27E) in...