File list

From CAWSES

Jump to: navigation, search

This special page shows all uploaded files. By default the last uploaded files are shown at top of the list.

A click on a column header changes the sorting.
File list
 

Date descName User Size Description Versions
10:10, 7 June 2010 Collm_winter_wind.jpg (file) Jacobi 353 KB (Winter zonal prevailiong wind over Collm (52N, 15E), with piecewise linear trends.) 1
13:44, 18 January 2012 Chibis_Info_2012-Jan-1.pdf (file) Joberh 51 KB (Summary of Russian Chibis microsatellite and collaboration information) 1
22:24, 20 January 2012 COSTEP_LOGO_240.gif (file) Gary.thomas 6 KB   1
18:47, 1 April 2010 CIPSfig1.png (file) Gary.thomas 66 KB (Fig. 3. Cloud Imaging and Particle Size (CIPS) image of Polar Mesospheric Clouds, taken over a 24-hr period) 1
02:00, 6 May 2009 CAWSES_logo_150x150.jpg (file) Cw-admin 8 KB   2
19:05, 26 May 2009 CAWSES_logo.png (file) Zednik 39 KB   1
17:02, 22 April 2010 CAWSES-II_Wiki_input.pdf (file) Lqian 147 KB   1
06:41, 13 August 2013 CAWSES-II_Overview.pdf (file) T.Tsuda 1.02 MB   1
19:04, 24 April 2010 Alomar-rmr-lidar.png (file) Gary.thomas 1.02 MB (Fig. 1: ALOMAR observatory and laser beams of the ALOMAR RMR-lidar during operation with tilted telescopes.) 1
19:05, 29 April 2010 Alomar-rmr-lidar-small.png (file) Gary.thomas 44 KB (Small version of ALOMAR rmr lidar ) 1
00:28, 30 June 2009 Ace_sun_earth.gif (file) Pfox 23 KB   1
18:14, 1 April 2010 AIMforWIKI.png (file) Gary.thomas 36 KB (Fig. 2 Artist's conception of the AIM spacecraft in orbit, showing the line of sight of the SOFIE solar occultation experiment.) 1
17:22, 13 May 2010 2005-06-24_213509-GB-sm.jpg (file) Gary.thomas 2 KB (Wave structures on scales of several km are often seen in noctilucent cloud and highlight the dynamical processes leading to the cold summer mesopause. (courtesy, G. Baumgarten)) 1
17:12, 13 May 2010 2005-06-24_213509-GB-2005-06-24_213551-GB-sm.png (file) Gary.thomas 289 KB (Noctilucent cloud display seen from Kühlungsborn, Germany, on June 24, 2005 while the sun is about 8 degrees below the horizon. (courtesy, G. Baumgarten)]] ) 1

First page
First page
Next page
Next page
Last page
Last page
Views
Toolbox