My CMDR name :
My position :
My system :




System : HIP 107412 - EDSM
Planet : HIP 107412 6 d - EDSM




Map Status : None - You need to be logged if you want to do the surface mapping.
Human : 5
Biological : 1
 Type : Rocky body
Radius : 3138.41 km - Area : 123.774 Mm²
Temperature : 253 K
Mass : 0.097 Earth Mass
Gravity : 0.4 G
Terraforming : None

Composition : Rock (90.84%), Metal (9.16%), Ice (0%)
Volcanism : No volcanism

Atmosphere : Thin Sulphur dioxide
Pressure : 0.003 atm
 Materials :
    iron (19.07%)
    sulphur (18.57%)
    carbon (15.62%)
    nickel (14.43%)
    phosphorus (10%)
    chromium (8.58%)
    germanium (5.49%)
    zinc (5.18%)
    ruthenium (1.18%)
    tungsten (1.05%)
    mercury (0.83%)


Last update with EDSM : 3308-12-02 04:55:59



POI : Stratum
Type : Cucumisis
Name : Stratum Cucumisis - Unknown

First discovered for ExTool : Zarozinia
Low-lying photosynthetic organisms that bond tightly to the surface of rocks. The body of the organism may be embedded in the rock subsurface to provide protection from the elements, leaving the tough photosynthetic proto-leaves exposed. Their simple proto-evolutionary nature means that they are a common sight on rocky worlds. Colouration is driven by a mixture of the mineral content of the attached rock and the absorption spectral of the nearby stellar body.

A species of stratum that displays fleshy ovoid shapes that are connected in a narrow pattern across the ground. These are covered with streaks of round photosynthetic cells that absorb sunlight.

DatePlanetNear coordinateDist2D3DTypeTXT1
3308-12-01 20:44:02HIP 107412 6 d(44.4512,63.6122)0 s2D3DOrgaSample - $Codex_Ent_Stratum_06_Name;
3308-12-01 20:42:42HIP 107412 6 d(44.4379,63.6104)0 s2D3DOrgaSample - $Codex_Ent_Stratum_06_Name;
3308-12-01 20:41:23HIP 107412 6 d(44.4477,63.6002)0 s2D3DOrgaLog - $Codex_Ent_Stratum_06_Name;


Original idea by SteFBlood & Sileo
Developed by Sileo
Planetary map by NASA WorldWind
Celestial map by D3-Celestial
Thx to Wing Atlantis, CMDR EfilOne, CMDR tonio-GMNH & CMDR Derek Windstorm