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- Q17111629 subject Q13263515.
- Q17111629 abstract "NASA's Magellan spacecraft mission discovered that Venus has a geologically young surface with a relatively uniform age of 500±200 Ma (million years). The age of Venus was revealed by the observation of over 900 impact craters on the surface of the planet. These impact craters are nearly uniformly distributed over the surface of Venus and less than 10% have been modified by plains of volcanism or deformation. These observations indicate that a catastrophic resurfacing event took place on Venus around 500 Ma, and was followed by a dramatic decline in resurfacing rate. The radar images from the Magellan missions revealed that the terrestrial style of plate tectonics is not active on Venus and the surface appears to be immobile at the present time. Despite these surface observations, there are numerous surface features that indicate an actively convecting interior. The Soviet Venera landings revealed that the surface of Venus is essentially basaltic in composition based on geochemical measurements and morphology of volcanic flows. The surface of Venus is dominated by patterns of basaltic volcanism, and by compressional and extensional tectonic deformation, such as the highly deformed tessserae terrain and the pancake like volcano-tectonic features known as coronae. The planet's surface can be broadly characterized by its low lying plains, which cover about 80% of the surface, 'continental' plateaus and volcanic swells. There is also an abundance of small and large shield volcanoes distributed over the planet's surface. Based on its surface features, it appears that Venus is tectonically and convectively alive but has a lithosphere that is static.".
- Q17111629 meanTemperature "735.15".
- Q17111629 meanTemperature "737.0".
- Q17111629 thumbnail Venus_globe.jpg?width=300.
- Q17111629 volume "0.866".
- Q17111629 wikiPageWikiLink Q103510.
- Q17111629 wikiPageWikiLink Q1134503.
- Q17111629 wikiPageWikiLink Q11579.
- Q17111629 wikiPageWikiLink Q120005.
- Q17111629 wikiPageWikiLink Q13263515.
- Q17111629 wikiPageWikiLink Q161764.
- Q17111629 wikiPageWikiLink Q208650.
- Q17111629 wikiPageWikiLink Q212057.
- Q17111629 wikiPageWikiLink Q284602.
- Q17111629 wikiPageWikiLink Q313.
- Q17111629 wikiPageWikiLink Q3519009.
- Q17111629 wikiPageWikiLink Q42289.
- Q17111629 wikiPageWikiLink Q43338.
- Q17111629 wikiPageWikiLink Q44395.
- Q17111629 wikiPageWikiLink Q466932.
- Q17111629 wikiPageWikiLink Q47528.
- Q17111629 wikiPageWikiLink Q505748.
- Q17111629 wikiPageWikiLink Q55818.
- Q17111629 wikiPageWikiLink Q7950.
- Q17111629 wikiPageWikiLink Q83296.
- Q17111629 meanTemp "462.0".
- Q17111629 meanTemp "737.0".
- Q17111629 name "Venus".
- Q17111629 volume "* 0.866 Earths".
- Q17111629 volume "*".
- Q17111629 type Place.
- Q17111629 type CelestialBody.
- Q17111629 type Location.
- Q17111629 type Place.
- Q17111629 type Planet.
- Q17111629 type Thing.
- Q17111629 type Q634.
- Q17111629 comment "NASA's Magellan spacecraft mission discovered that Venus has a geologically young surface with a relatively uniform age of 500±200 Ma (million years). The age of Venus was revealed by the observation of over 900 impact craters on the surface of the planet. These impact craters are nearly uniformly distributed over the surface of Venus and less than 10% have been modified by plains of volcanism or deformation.".
- Q17111629 label "Geodynamics of Venus".
- Q17111629 depiction Venus_globe.jpg.
- Q17111629 name "Venus".