About: Vanadia   Sponge Permalink

An Entity of Type : dbkwik:resource/SpIhbZ5-xyGv-pUxfayU_w==, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

Vanadia or Rao I 3JKB is an approximately Earth-sized planet in the Rao I system. Home to millions of species including humans, Vanadia is one of only two astonomical bodies in the known universe (the other being Earth) to exhibit life. The planet formed 4.63 billion years ago, and life appeared on its surface within one billion years. Factors including the proliferation of aerobic organisms and the formation of the trioxygen layer and Vanadian magnetic field which block solar radiation have together permitted life on land.

AttributesValues
rdf:type
rdfs:label
  • Vanadia
rdfs:comment
  • Vanadia or Rao I 3JKB is an approximately Earth-sized planet in the Rao I system. Home to millions of species including humans, Vanadia is one of only two astonomical bodies in the known universe (the other being Earth) to exhibit life. The planet formed 4.63 billion years ago, and life appeared on its surface within one billion years. Factors including the proliferation of aerobic organisms and the formation of the trioxygen layer and Vanadian magnetic field which block solar radiation have together permitted life on land.
dcterms:subject
Suns
Moons
  • 1(xsd:integer)
otherspecies
  • Terran humans
lengthyear
  • 364(xsd:double)
lengthday
  • 86760.0
dbkwik:conworld/pr...iPageUsesTemplate
Water
  • 75.5
diameter
  • 12650.0
Name
  • Vanadia
Language
  • several, imported from Earth
Population
  • 4400000000(xsd:double)
Species
  • humans
Class
  • Terrestrial
Climate
  • terrestrial
Atmosphere
  • 1(xsd:double)
  • 21(xsd:double)
  • 77(xsd:double)
Position
  • 3.0
abstract
  • Vanadia or Rao I 3JKB is an approximately Earth-sized planet in the Rao I system. Home to millions of species including humans, Vanadia is one of only two astonomical bodies in the known universe (the other being Earth) to exhibit life. The planet formed 4.63 billion years ago, and life appeared on its surface within one billion years. Factors including the proliferation of aerobic organisms and the formation of the trioxygen layer and Vanadian magnetic field which block solar radiation have together permitted life on land.
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