NASA Studying the Lava Beds National Monument to Find Life on Mars

Kansas State University is overseeing NASA study that will use a robotic vehicle to explore and collect data inside caves at Lava Beds National Monument in Northern California

When lava flows down the slope of a volcano, it can leave behind an extreme environment ideal for unusual microbial life and potential clues to answering the life on Mars question.

Kansas State University geology professor Saugata Datta is one of the primary investigators of a new NASA study that will use a robotic vehicle to explore and collect data inside caves at Lava Beds National Monument in Northern California. The interiors of lava caves are home to bacterial films and coral-like mineral structures — called mineral biomarkers — that could help identify similar features that would provide evidence for extraterrestrial life on Mars or another planet.



“Humans have always had the idea that Mars has the progression of life,” Datta said. “Studying delicate, extreme closed environments on Earth can give insight to the probabilities of finding more such features that relate to life and its presence on some extraterrestrial planetary surfaces.”

The multi-institutional team of scientists and engineers recently received $3.9 million from NASA’s Planetary Science and Technology for Analog Research program to support a three-year project in the lava caves. The team will use a four-wheeled rover, called CaveR, to explore the earthly lava caves and produce a detailed map of the inside of the caves. It will collect directed, high-magnification images to give the researchers information about the chemical makeup of the features on the cave walls.

“Lava tubes and collapsed lava structures are quite common on the surface of Mars,” Datta said. “Orbiter missions currently observing the red planet can see them. A terrestrial cave on Earth can be explored and really studied to its extreme end to understand such a situation or environment that can form on the surface of Mars.”





According to Datta, the earthly lava caves are home to microbial life that thrive in the dark and interact with water dripping from the cave ceiling and seeping through cracks in the walls. By understanding Earth’s caves, researchers can create preliminary findings to better detect any possible Marian biosignatures — evidence of past or present life — that may have been preserved in Mars’ lava caves, which are better protected from the elements than areas on the surface.

“Caves could be the best place to look for evidence of life on Mars since they offer shelter from extreme surface conditions and have a relatively constant climate over geologic time,” said Jennifer Blank, principal investigator of the project at NASA’s Ames Research Center. “By understanding how evidence of microbial life is preserved in Earth’s caves — specifically in these biomineral features that will last long after the microbes that helped make them are gone — scientists can be better prepared to detect possible Marian biosignatures that may have been preserved in Martian lava caves.”

Datta’s research will focus on the water, rock and soil chemistry in the caves and what it looks like from the rover’s perspective when these three elements interact with each other to create biomass — living or once living material.



“Our intergraded approach will give us a big picture of the ecosystem of the cave,” Datta said. “It will give us an idea of the type of microbial community that can live in a system with a certain temperature and moisture. There are so many extreme environments where microbial communities can occur. This is what we are targeting because Mars is an extreme environment.”

Active NorCal

Telling the Stories of Northern California

16 Comments

  1. I’m gone to inform my little brother, that he should also pay a quick visit this weblog on regular basis
    to get updated from hottest gossip.

  2. Hi! Do you know if they make any plugins to safeguard against
    hackers? I’m kinda paranoid about losing everything I’ve worked hard on. Any suggestions?

  3. Whoa! This blog looks just like my old one! It’s on a totally different
    subject but it has pretty much the same page layout and design. Great choice of colors!

  4. Amazing issues here. I am very happy to peer your article.
    Thank you so much and I’m looking forward to touch you. Will you please drop me a mail?

  5. We stumbled over here by a different web address
    and thought I may as well check things out. I like what I see so now i’m following you.
    Look forward to looking over your web page again.

  6. Hi my friend! I want to say that this article is awesome, nice written and come with almost all important infos.
    I would like to peer more posts like this .

  7. Great blog here! Also your site loads up fast! What web host are you using?
    Can I get your affiliate link to your host? I wish my web site loaded up as fast as yours
    lol

  8. Great blog here! Also your site loads up fast! What web host are you using?
    Can I get your affiliate link to your host? I wish
    my site loaded up as fast as yours lol

  9. I all the time used to read post in news papers but now as I am a user of internet thus from
    now I am using net for posts, thanks to web.
    I saw similar here: najlepszy sklep and also
    here: sklep internetowy

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Back to top button