Preservation of random megascale events on Mars and Earth: Influence on geologic history

The surface of Mars: An unusual laboratory that preserves a record of catastrophic and unusual events
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Published:April 01, 2009
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CiteCitation
Mary G Chapman, 2009. "The surface of Mars: An unusual laboratory that preserves a record of catastrophic and unusual events", Preservation of random megascale events on Mars and Earth: Influence on geologic history, Mary G. Chapman, Laszlo P. Keszthelyi
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Catastrophic and unusual events on Earth such as bolide impacts, megafloods, supereruptions, flood volcanism, and subice volcanism may have devastating effects when they occur. Although these processes have unique characteristics and form distinctive features and deposits, we have difficulties identifying them and measuring the magnitude of their effects. Our difficulties with interpreting these processes and identifying their consequences are understandable considering their infrequency on Earth, combined with the low preservation potential of their deposits in the terrestrial rock record. Although we know these events do happen, they are infrequent enough that the deposits are poorly preserved on the geologically active...
- Arizona
- basalts
- bolides
- calderas
- catastrophes
- Channeled Scabland
- channels
- Coconino County Arizona
- cratering
- eruptions
- Europe
- flood basalts
- floods
- Iceland
- igneous rocks
- impacts
- jokulhlaups
- Mars
- Meteor Crater
- meteors
- Olympus Mons
- planets
- plate tectonics
- preservation
- resurfacing
- surface features
- tectonics
- terrestrial comparison
- terrestrial planets
- United States
- Valles Marineris
- volcanic features
- volcanic rocks
- volcanoes
- Western Europe
- Yellowstone Hot Spot
- subglacial eruptions
- megafloods
- megaeruptions