Kriseroi News: Neidus's population will soon pass the 1 billion mark. A colony on Chithess now sends frequent teams to Uzin's frozen global-ocean surface.
Kriseroi
Overall fame/aspect title: extensive ecology of Neidus, and the 1st known gas-giant with a global-ocean.
Abstract; summation of all major producing planets within this system:
(none yet)
Overall fame/aspect title: extensive ecology of Neidus, and the 1st known gas-giant with a global-ocean.
Abstract; summation of all major producing planets within this system:
(none yet)
System: Kriseroi
Solar System Collectives
Hierarchically Descending
---[Star Data]---
Stellar ID:
Class:
Radius:
Mass:
Luminosity:
Temperature:
Distance:
---[Planets]---
5
---[Moons]---
#
---[Asteroid Belts]---
0
---[Planetoids]---
###,###+
---[Comets]---
#,###+
Stellar ID:
Class:
Radius:
Mass:
Luminosity:
Temperature:
Distance:
---[Planets]---
5
---[Moons]---
#
---[Asteroid Belts]---
0
---[Planetoids]---
###,###+
---[Comets]---
#,###+
Kriseroi (year) A
G
4,875 km
0.504 Earth Masses
0.1
N/A
2 °C / 35.6 °F
0.87 g
0.84 atm
0.87 g
0.84 atm
0.1 AU
0.1 Earth Years
(N/A b/c tidally locked)
Yes; year
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(countless)
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(countless)
Kriseroi (year) B
P
10,442 km
3.459 Earth Masses
0.583
N/A
-70 °C / -94 °F
1.3 g
1.3 atm
1.3 g
1.3 atm
0.18 AU
0.1 Earth Years
69.9 Earth Hours
Yes; year
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(countless)
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(countless)
Kriseroi (year) C
P
31,982 km
(N/A) #.### Earth Masses
0.331
N/A
(N/A) °C / °F
(N/A) #.# g
(N/A) #.# atm
(N/A) #.# g
(N/A) #.# atm
0.31 AU
0.3 Earth Years
15.2 Earth Hours
Yes; year
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
37: Chithess, (others unnamed)
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(possibly countless sub-glacial)
Colonized:
Terraformed:
---[Moons]---
37: Chithess, (others unnamed)
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(possibly countless sub-glacial)
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Yes; year
No; N/A
Kriseroi (year) D
J
33,036 km
(N/A) #.### Earth Masses
0.324
N/A
(N/A) °C / °F
(N/A) #.# g
(N/A) #.# atm
(N/A) #.# g
(N/A) #.# atm
0.64 AU
0.9 Earth Years
9.9 Earth Hours
Kriseroi (year) E
D
1,411 km
0.004 Earth Masses
0.952
N/A
-220 °C / -364 °F
0.9 g
(N/A) #.# atm
0.9 g
(N/A) #.# atm
1.86 AU
2.6 Earth Years
17.9 Earth Hours
Yes; year
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Note
Theonax's surface is covered by water and ammonia-hydrate ices, which are constantly repaved by cryo-volcanic processes. The world's size and density suggest the core contains heavier elements and retains much of the heat of the system's formation.
Theonax's surface is covered by water and ammonia-hydrate ices, which are constantly repaved by cryo-volcanic processes. The world's size and density suggest the core contains heavier elements and retains much of the heat of the system's formation.
Note
A typical methane-ammonia ice giant, Uzin has 37 moons of various sizes. Chithess, one of the largest, orbits at a retrograde, suggesting it was a planetesimal that was captured by the gas giant gravity well. The planet itself is believed to be an extra-solar capture as well, though millions of years before Chithess came on the scene. Evidence collected by planetary geologists suggest that Chithess was for many centuries a water-world heated by tidal flexing as its orbit circularized by Uzin. The planetary ocean, once hundreds of kilometers deep, must now be frozen solid. Some have recommended drilling test bores to see if life ever developed in Uzin's seas, but the question is considered academic.
A typical methane-ammonia ice giant, Uzin has 37 moons of various sizes. Chithess, one of the largest, orbits at a retrograde, suggesting it was a planetesimal that was captured by the gas giant gravity well. The planet itself is believed to be an extra-solar capture as well, though millions of years before Chithess came on the scene. Evidence collected by planetary geologists suggest that Chithess was for many centuries a water-world heated by tidal flexing as its orbit circularized by Uzin. The planetary ocean, once hundreds of kilometers deep, must now be frozen solid. Some have recommended drilling test bores to see if life ever developed in Uzin's seas, but the question is considered academic.
Note
Geus is a methane-ammonia gas giant very similar to its near-twin, Uzin. It presents a nearly featureless robin's-egg-blue face to the universe.
Geus is a methane-ammonia gas giant very similar to its near-twin, Uzin. It presents a nearly featureless robin's-egg-blue face to the universe.
Note
Tenoth is little more than a glorified "ice dwarf" that has drifted inwards from Kriseroi's Oort Cloud over the millennia. Its extremely elliptical orbit is ultimately unstable. Computer projections suggest it will impact the atmosphere of Geus in a few billion years.
Tenoth is little more than a glorified "ice dwarf" that has drifted inwards from Kriseroi's Oort Cloud over the millennia. Its extremely elliptical orbit is ultimately unstable. Computer projections suggest it will impact the atmosphere of Geus in a few billion years.
Note
Neidus lies improbably close to the red dwarf Kriseroi. This allows it to approach habitability though it is quite frigid. It is tidally locked, with a "hot pole" and a "cold pole". Along the terminator, the temperature averages just above freezing. On the lee side the temperatures are well below freezing. Neidus has developed a limited native ecology. Much of it clusters permanently attached around geothermal vents. There are, however, more advanced forms of life. Several arthropodal herbivore species wander back and forth across the terminator because they require nutrients available in both environments for sustenance. More dangerous are the omnivorous predator species that devour the arthropods. Most animal life on Neidus has limited vision but a finely developed thermal sense.
Neidus lies improbably close to the red dwarf Kriseroi. This allows it to approach habitability though it is quite frigid. It is tidally locked, with a "hot pole" and a "cold pole". Along the terminator, the temperature averages just above freezing. On the lee side the temperatures are well below freezing. Neidus has developed a limited native ecology. Much of it clusters permanently attached around geothermal vents. There are, however, more advanced forms of life. Several arthropodal herbivore species wander back and forth across the terminator because they require nutrients available in both environments for sustenance. More dangerous are the omnivorous predator species that devour the arthropods. Most animal life on Neidus has limited vision but a finely developed thermal sense.
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
D = Destroyed / ruins
Albums
Photos
x
x
Videos
x
x
x
x
Videos
x
x
C = Classified
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
D = Destroyed / ruins
Albums
Photos
x
x
Videos
x
x
x
x
Videos
x
x
C = Classified
Albums
Photos
x
x
Videos
x
x
x
x
Videos
x
x
C = Classified
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
D = Destroyed / ruins
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
D = Destroyed / ruins
Albums
Photos
x
x
Videos
x
x
x
x
Videos
x
x
C = Classified
Albums
Photos
x
x
Videos
x
x
x
x
Videos
x
x
C = Classified
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
D = Destroyed / ruins
系統
Uzin
烏斯在
坑道
Neidus
對斧頭
Theonax
德赫斯
Geus
Tenoth
十超視距
Note
Kriseroi is a medium system with five planets.
Kriseroi is a medium system with five planets.
_
MV (M5)
(N/A) #.# sol
(N/A) #.# sol
(N/A) ## sol
##,### °K (##,### °F)
# AU