Large impact craters and basins on Venus, with implications for ring mechanics on the terrestrial planets

Keyphrases

• Venus 100%
• Peak Ring 100%
• Impact Crater 100%
• Terrestrial Planets 100%
• Impact Basin 100%
• Central Peak 50%
• Ring Formation 33%
• Crater Diameter 33%
• Ring Ratio 33%
• High Temperature 16%
• Similar Processes 16%
• Structural Properties 16%
• Temperature Gradient 16%
• Ring Width 16%
• Diameter Ratio 16%
• Rheological Properties 16%
• Outer Ring 16%
• Mead 16%
• Phanerozoic 16%
• Viscous Flow 16%
• Radial Stress 16%
• Gravity Gradient 16%
• Inner Ring 16%
• High Gravity 16%
• Radar Image 16%
• Crater Rim 16%
• Orientale 16%
• Magellan 16%
• Venera 16%
• Crater Formation 16%
• Asthenosphere 16%
• Oriente Basin 16%
• Normal Faulting 16%
• Arecibo 16%
• Lise Meitner 16%
• Chicxulub 16%
• Sudbury 16%

Earth and Planetary Sciences

• Terrestrial Planet 100%
• Morphology 50%
• Phanerozoic 50%
• Lithosphere 50%
• Viscous Flow 50%
• Rheology 50%
• Asthenosphere 50%