Regions: Inuvialuit Settlement Region
Tags: ground ice, topography, geophysics, Mars, pingo
Principal Investigator: | Soare, Richard J (5) |
Licence Number: | 14522 |
Organization: | Dept. of Geography, Planning and Environment, Concordia University |
Licensed Year(s): |
2009
2007
2006
2005
2004
|
Issued: | May 08, 2009 |
Project Team: | Dr. Charlotte Roehm (Co-investigator, State University of New York, Buffalo), Dr. Gordon Osinski (Co-investigator, University of Western Ontario), Laura Thomson (Field research assistant, University o... Show more |
Objective(s): The objective of this research is to compare the formation processes of pingo-like mounds near the equator in Mars vs. the development of pingos in the Tuktoyaktuk Coastlands, and evaluate whether the two mounds types could be similar.
Project Description: The objective of this research is to compare the formation processes of pingo-like mounds near the equator in Mars vs. the development of pingos in the Tuktoyaktuk Coastlands, and evaluate whether the two mounds types could be similar. Mars is a high-priority target for the Canadian and international planetary science communities. The main driver for this is the possibility of life on the Red Planet, which could be linked to the history of water on Mars. For the first time, the possible presence of near-surface ground-ice on Mars has been confirmed by the Mars Phoenix Lander. The researchers’ work builds on the desire to find water on Mars by looking at pingo-like mounds near the Martian equator and discussing the various periglacial processes that could have contributed to their development. They compare these formation processes to those associated with the development of pingos in the Tuktoyaktuk Coastlands and evalu... Show more