Expanded Secondary Craters as Evidence for Ancient Subsurface Ice Large impact events can toss up chunks of material that re-impact the surface, forming a radial distribution of smaller craters called secondary craters,

First Page		Document Content
Date: 2014-12-15 12:49:52 Planetary science Geography of Mars Planetary geology Mars Secondary crater Amenthes quadrangle Yuty Geology of Mars		Expanded Secondary Craters as Evidence for Ancient Subsurface Ice Large impact events can toss up chunks of material that re-impact the surface, forming a radial distribution of smaller craters called secondary craters, Add to Reading List Source URL: www.uahirise.org Download Document from Source Website File Size: 1,52 MB Share Document on Facebook

	Annual Planetary Geologic Mappers Meetingpdf DITRIBUTION OF DUNES IN IUS CHASMA, MARS. O. Kromuszczyńska* and K. T. Dębniak **, Planetary Geology Lab, Institute of Geological Sciences, Polish Academy of S DocID: 1rdKx - View Document
	Martian Dune Gullies Active in Winter ESP_019069_1300 (Ls136 MY 30; 2010-Aug-21) 100m ESP_019636_1300 (Ls159 MY 30; 2010-Oct-04) DocID: 1radP - View Document
	Persistent aeolian activity at Endeavour crater, Meridiani Planum, Mars; New observations from orbit and the surface HiRISE Opportunity Pancam: Super-Resolution DocID: 1qBFD - View Document
	Expanded Secondary Craters as Evidence for Ancient Subsurface Ice Large impact events can toss up chunks of material that re-impact the surface, forming a radial distribution of smaller craters called secondary craters, DocID: 1qtXj - View Document
	For Immediate Release Contact: Dan Klocke Downtown Phoenix Partnership DocID: 1qq02 - View Document