I’ve seen a lot of tutorial on working with GDAL with Earth data, but not a lot for planetary data, Mars included. As I use GDAL a lot (and in need of reminder myself), why not write a how-to with Martian data.
(This is a part of Martian Series (Planet series?) I’m queueing in this moment)
Looking through this map which I have previously mentioned in this article, a crater’s name lit up my interest. Tomini Crater? Is that the same Tomini with the Tomini I know? After shifting through Martian Crater name list, I found 4 of craters with Indonesia-related names. Apparently this has been caught interest of other Indonesian article writers as proven by these articles. Are there other features in out solar system with names based on Indonesian culture and mythology? Apparently they are. Shifting through IAU Gazetteer of Planetary Nomenclature, there are few familiar an unfamiliar names with “Indonesian” in their description.
(This is a part of Martian Series I’m queueing in this moment)
So, compared to Earth, which is mapped often already, and the Moon, which has been fully mapped using NASA”s Lunar Reconnaisance Orbiter, Mars hasn’t been mapped as often. The highest resolution global topographic map of Mars until now is produced using MOLA data (Mars Orbiter Laser Altimeter), which, although pretty precise in altitude, only has the resolution of about 463 m/ pixel. But! Based on MOLA data alone, there are a lot of interesting Mars maps in different style being produced. Basically this post was born because of me stumbled upon this vintage-style Mars map created by Eleanor Lutz a.k.a. Tabletop Whale. I knew that there are a lot of interesting (data-wise and style-wise) maps on Mars, so I will share a few I can think of.
Or: MOVA Globe, The Ever-Rotating Globe (The Not-So-Interesting Title)
My supervisor likes collecting globes, but one of them… is rather interesting.
As people starting the space age, human are moving outside their small bubble of earth, venturing into space. With this, the responsibility range is going wider as well, not only for our enclosed space, but also going beyond and beyond as far as we travel.
Figure 1 Space Debris Illustration (NASA)