Now on ScienceBlogs: Open Lab: Time is Ticking!

Seed Media Group

Collective Imagination

Deep Sea News

All the news on the Earth's largest environment

screenshot_02.jpg

Profile

scubacraig.jpg Craig is temporarily a post-doctoral fellow at the Monterey Bay Aquarium Research Institute who is looking for a permanent position. He spends most of his time balancing his overwhelming geekdom with normalcy so he can function in the real world. Luckily his wife likes his geekiness.



peter_chinchorro.jpg Peter Etnoyer is a Graduate Research Associate at the Harte Research Institute for Gulf of Mexico Studies, Texas A&M University-Corpus Christi. He studies deep corals and ocean fronts, and he loves to be on the water.



kevvygumby%20copy.jpg Kevin Zelnio is a Graduate Student Researcher at Penn State studying the ecology of hydrothermal vent and methane seep communities. He raises awareness of the plight of the spineless through folk music.

Google All DSN Posts


Awards & Affiliations


ecodaredevil.jpg
Nature Blog Network
Oceana
support_plos_100x157.jpg
Add to Technorati Favorites
thinkingblogger2ql6.jpg 2162223913_dc43c05edc_o.png

Search

Recent Posts

Recent Comments

Archives

Blogroll

Other Information

My book is coming out. Include a link and thumbnail.

Other random info. A link.

Deep Sea News has moved! Make sure to update your bookmarks and feed readers.

« Friday Deep-Sea Picture (06/22/07) | Main | Eel Garden »

Pick Me to Go To Mars!

Category: ExpeditionsNew Research
Posted on: June 22, 2007 9:47 AM, by CR McClain

This map depicts a hypothetical Mars with oceans. The view could represent a stage of terraforming (not an early Mars, since the ocean areas do not correspond to such hypotheses). The base map is from the USGS Flagstaff web site, with oceans added based on elevation data from a USGS map at Solar Views and a cloud map modified from one at Visible Earth. Map centered on 180° longitude.

The good ol' red planet may have been blue. New research in Nature suggests that massive oceans once covered a third of its surface. What is the evidence? Ragged, km high features on the planet's surface are actually shorelines. NASA's Mars Global Surveyor sent back topographical data that showed the dips and peaks along the features ranged up to three kilometres from the deepest dip to highest peak. On earth if you drained a basin the shoreline would be flat. What accounts for the complex shoreline of Mars? A major shift of mass, possibly triggered by a volcanic eruption, caused the pole to wander about 50 degrees towards its current location, dramatically warping the topography and shorelines.

I can't help but wonder if life was on Mars was it deep-sea life? If NASA wants to contact me to discuss this more or ship me to Mars just leave a comment at the bottom.

TrackBacks

TrackBack URL for this entry: http://scienceblogs.com/mt/pings/43060

Comments

1

You've probably read these, but the hard scifi author Kim Stanley Robinson has a great trilogy on terraforming Mars.

Posted by: Richard | June 22, 2007 10:50 AM

2

Can you take a bunch of water with you?

(love your site by the way).

Gubna

Posted by: Gubna | June 22, 2007 2:58 PM

Post a Comment

(Email is required for authentication purposes only. On some blogs, comments are moderated for spam, so your comment may not appear immediately.)





ScienceBlogs

Search ScienceBlogs:

Go to:

Advertisement
Enter to win a free copy of The Monty Hall Problem
Visit the Collective Imagination blog
Advertisement
Collective Imagination

© 2006-2009 Seed Media Group LLC. ScienceBlogs is a registered trademark of Seed Media Group. All rights reserved.

Sites by Seed Media Group: Seed Media Group | ScienceBlogs | SEEDMAGAZINE.COM