User contributions for Rafflesgluft
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- 15:04, 2 July 2021 diff hist 0 File:Global NEO survey sites.jpg Rafflesgluft uploaded a new version of File:Global NEO survey sites.jpg
- 08:18, 12 December 2018 diff hist 0 File:Artists impression of the completed NEOSTEL flyeye telescope.jpg Rafflesgluft uploaded a new version of File:Artists impression of the completed NEOSTEL flyeye telescope.jpg
- 22:17, 11 December 2018 diff hist +35 File talk:Neo-chart.png
- 22:15, 11 December 2018 diff hist +369 N File talk:Neo-chart.png ←Created page with '== ZTF == Looking forward to seeing Zwicky Transient Facility appearing in the stats for the first time when the 2018 summary is done - it's made a huge di...'
- 15:56, 10 December 2018 diff hist +417 N File:Artists impression of the completed NEOSTEL flyeye telescope.jpg {{subst:Upload marker added by en.wp UW}} {{Information |Description = {{en|Artists impression of the completed ESA NEOSTEL flyeye telescope.}} |Source = https://www.esa.int/spaceinimages/Images/2017/02/Flyeye_Observatory |Author = ESA/A. Baker |Permission = https://www.esa.int/spaceinimages/Images/2017/02/Flyeye_Observatory }}
- 13:02, 10 December 2018 diff hist 0 File:Global NEO survey sites.jpg Rafflesgluft uploaded a new version of File:Global NEO survey sites.jpg
- 12:05, 10 December 2018 diff hist 0 File:Global NEO survey sites.jpg Rafflesgluft uploaded a new version of File:Global NEO survey sites.jpg
- 09:46, 29 November 2018 diff hist +101 File:Effect Of Warming Mars On Atmosphere Escape.png →{{int:filedesc}}
- 09:44, 29 November 2018 diff hist +1,277 N File:Effect Of Warming Mars On Atmosphere Escape.png {{subst:Upload marker added by en.wp UW}} {{Information |Description = {{en|This is a modification of Solar system escape velocity vs surface temperature.svg It shows whereabouts on the diagram Mars would sit if it was at a similar (slightly cooler) temperature to Earth as it is thought to have been in the past (due to evidence of liquid water on the surface) and as terraforming proponents would like it to be in the future.}} |Source = Created used MSPaint to add second Mars on top of wikimed...
- 12:27, 31 October 2018 diff hist 0 File:Positions of Near Earth Asteroids at time of discovery.png Rafflesgluft uploaded a new version of File:Positions of Near Earth Asteroids at time of discovery.png
- 14:47, 20 October 2018 diff hist 0 File:Global NEO survey sites.jpg Rafflesgluft uploaded a new version of File:Global NEO survey sites.jpg
- 14:47, 20 October 2018 diff hist −13 File:Global NEO survey sites.jpg →{{int:filedesc}}
- 14:40, 20 October 2018 diff hist +635 N File:Global NEO survey sites.jpg {{subst:Upload marker added by en.wp UW}} {{Information |Description = {{en|This files shows the sites of the major Near-Earth object focused sky surveys globally (current and planned).}} |Source = https://commons.wikimedia.org/wiki/File:Winkel_triple_projection_SW.jpg |Date = 15 August 2011 |Author = Strebe |Permission = https://commons.wikimedia.org/wiki/File:Winkel_triple_projection_SW.jpg#Licensing }} ;Other information: {{en|I have used the above file as a basi...
- 10:04, 19 October 2018 diff hist +1,033 File:Positions of Near Earth Asteroids at time of discovery.png Added 99942 Apophis to list of intended pages
- 09:26, 19 October 2018 diff hist 0 File:Positions of Near Earth Asteroids at time of discovery.png Rafflesgluft uploaded a new version of File:Positions of Near Earth Asteroids at time of discovery.png
- 09:09, 19 October 2018 diff hist −962 File:Positions of Near Earth Asteroids at time of discovery.png →{{int:filedesc}}
- 08:50, 19 October 2018 diff hist +887 File:Positions of Near Earth Asteroids at time of discovery.png →{{int:filedesc}}
- 08:48, 19 October 2018 diff hist +976 File:Positions of Near Earth Asteroids at time of discovery.png Adding image note: Sizes and distances are to scale. Units: LD (390 LD = 1 [[Astronomical Unit
- 08:43, 19 October 2018 diff hist +2,204 N File:Positions of Near Earth Asteroids at time of discovery.png {{subst:Upload marker added by en.wp UW}} {{Information |Description = {{en|This diagram shows impact of the opposition effect on the discovery of Near-Earth objects. Over half (53%) of the discoveries were made in 3.8% of the sky, in a 22.5° cone facing directly away from the Sun, and the vast majority (87%) were made in 15% of the sky, in a 45° cone facing away from the Sun. Only 13% of the disco...