Revision for Aselou (A Promise of Life) | ||
Previous Revision, by CMDR Marx [2025-02-10 20:03:30] | → | Selected revision, by CMDR Marx [2025-02-10 20:07:03] |
DISCOVERER | ||
Chilly-Solids | → | Chilly-Solids |
NAME | ||
Aselou (A Promise of Life) | → | Aselou (A Promise of Life) |
SYSTEMNAME | ||
Pyroifeia KE-E d13-35 | → | Pyroifeia KE-E d13-35 |
CATEGORY | ||
Sights and Scenery | → | Sights and Scenery |
CATEGORY 2 | ||
Tourist Beacons | → | Tourist Beacons |
REGION | ||
Hawking's Gap | → | Hawking's Gap |
LATITUDE | ||
→ | ||
LONGITUDE | ||
→ | ||
CALLSIGN | ||
→ | ||
SUMMARY | ||
A gas giant with several life-bearing moons around it, including two Earth-like worlds, one of which is even ringed. A tourist beacon is also present here. | → | A gas giant with several life-bearing moons around it, including two Earth-like worlds, one of which is ringed. A tourist beacon is also present here. |
DESCRIPTION | ||
→ | ||
Work in progress The highlight of this system is a set of life-bearing moons all orbiting a single ringed gas giant (A 1): two Earth-like Worlds, one of which is ringed, two Water Worlds (which are candidates for terraforming), and a smaller Gas Giant with Water-based Life. The first two moons are Water Worlds, which are candidates for terraforming. They have thick atmospheres (28 and 36 atm) made up mostly of nitrogen, but also argon, and traces of ammonia. Farther out from the two are the Earth-like satellites. The two are quite alike, with one significant difference: A 1 c has rings, made up of metallic asteroids. Both moons belong to the category of "higher gravity and low atmospheric pressure" Earth-like worlds. They have average surface temperatures that are 40 K higher than the two Water Worlds, thanks to the greenhouse effect of their atmospheres. Both contain significant percentages of water vapour - if they didn't, then these moons would have likely been too cold to be habitable. Moving on from the first gas giant, there is a wide variety of other bodies in the system, including two landable thin atmospheric moons. Unfortunately, those two don't have much in the way of surface life. The final gas giant is in a binary orbit with a heavy Ammonia World, which has an extremely thick atmosphere. Its clouds almost completely obscure its surface. A tourist beacon called "A Promise of Life" was placed above A 1 d during the 3307 Saud Kruger campaign. It transmits the following message when scanned:
| → | The highlight of this system is a set of life-bearing moons all orbiting a single ringed gas giant (A 1): two Earth-like Worlds, one of which is ringed, two Water Worlds (which are candidates for terraforming), and a smaller Gas Giant with Water-based Life. The first two moons are Water Worlds, which are candidates for terraforming. They have thick atmospheres (28 and 36 atm) made up mostly of nitrogen, but also argon, and traces of ammonia. Farther out from these two are the Earth-like satellites. The two are quite alike, with one significant difference between them: A 1 c has rings, made up of metallic asteroids. Both moons belong to the category of "higher gravity and low atmospheric pressure" Earth-like worlds. They have average surface temperatures that are 40 K higher than the two Water Worlds, thanks to the greenhouse effect of their atmospheres. Both contain significant percentages of water vapour - without that, these moons would have likely become too cold to be habitable. Moving on from the first gas giant, there is a wide variety of other bodies in the system, including two landable thin atmospheric moons. Unfortunately, those two don't have much in the way of surface life. The final gas giant is in a binary orbit with a heavy Ammonia World, which has an extremely thick atmosphere. Its clouds almost completely obscure its surface. A tourist beacon called "A Promise of Life" was placed above A 1 d during the 3307 Saud Kruger campaign. It transmits the following message when scanned:
|
JOURNAL | ||
→ | ||
OBSERVATORY | ||
→ |