The Mars One organization released this announcement on Tuesday:78,000 sign up for one-way mission to MarsAmersfoort, 7th May 2013 – Just two weeks into the nineteen week application period, more than seventy-eight thousand people have applied to the Mars One astronaut selection program in the hope of becoming a Mars settler in 2023.
Mars One has received applications from over 120 countries. Most applications come from USA (17324), followed by China (10241), United Kingdom (3581), Russia, Mexico, Brazil, Canada, Colombia, Argentina and India.
Bas Lansdorp, Mars One Co-Founder and CEO said: “With seventy-eight thousand applications in two weeks, this is turning out to be the most desired job in history. These numbers put us right on track for our goal of half a million applicants.”
“Mars One is a mission representing all humanity and its true spirit will be justified only if people from the entire world are represented. I’m proud that this is exactly what we see happening,” he said.
As part of the application every applicant is required to explain his/her motivation behind their decision go to Mars in an one minute video. Many applicants are choosing to publish this video on the Mars One website. These are openly accessible on applicants.mars-one.com.
“Applicants we have received come from a very wide range of personalities, professions and ages. This is significant because what we are looking for is not restricted to a particular background. From Round 1 we will take forward the most committed, creative, resilient and motivated applicants,” said Dr. Norbert Kraft, Mars One Chief Medical Officer.
Mars One will continue to receive online applications until August 31st 2013. From all the applicants in Round 1, regional reviewers will select around 50-100 candidates for Round 2 in each of the 300 geographic regions in the world that Mars One has identified.
Four rounds make the selection process, which will come to an end in 2015; Mars One will then employ 28-40 candidates, who will train for around 7 years. Finally an audience vote will elect one of groups in training to be the envoys of humanity to Mars.
I’m not surprised most of the applicants are from the U.S., but the number of applicants from China does a little bit.
Maybe it shouldn’t though, the Chinese maybe looking for lebensraum ( elbow room ), what with over a billion people and all.
Mars might be an appealing bit of real estate to them.
Curiosity is taking the first ever radiation measurements from the surface of another planet in order to determine if future human explorers can live on Mars – as she traverses the terrain of the Red Planet. Curiosity is looking back to her rover tracks and the foothills of Mount Sharp and the eroded rim of Gale Crater in the distant horizon on Sol 24 (Aug. 30, 2012). This panorama is featured on PBS NOVA ‘Ultimate Mars Challenge’ documentary which premiered on Nov. 14. RAD is located on the rover deck in this colorized mosaic stitched together from Navcam images. Credit: NASA / JPL-Caltech / Ken Kremer / Marco Di Lorenzo
Read more at: http://phys.org/news/2012-11-humans-mars.html#jCp
NASA’s plucky Mars Exploration Rover Opportunity has thrived for nearly a decade traversing the plains of Meridiani Planum despite the continuous bombardment of sterilizing cosmic and solar radiation from charged particles thanks to her radiation hardened innards. How about humans? What fate awaits them on a bold and likely year’s long expedition to the endlessly extreme and drastically harsh environment on the surface of the radiation drenched Red Planet – if one ever gets off the ground here on Earth? How much shielding would people need? Answering these questions is one of the key quests ahead for NASA’s SUV sized Curiosity Mars rover – now 100 Sols, or Martian days, into her 2 year long primary mission phase. Preliminary data looks promising. Curiosity survived the 8 month interplanetary journey and the unprecedented sky crane rocket powered descent maneuver to touch down safely inside Gale Crater beside the towering layered foothills of 3 mi. (5.5 km) high Mount Sharp on Aug. 6, 2012. Now she is tasked with assessing whether Mars and Gale Crater ever offered a habitable environment for microbial life forms – past or present. Characterizing the naturally occurring radiation levels stemming from galactic cosmic rays and the sun will address the habitability question for both microbes and astronauts. Radiation can destroy near-surface organic molecules.
Read more at: http://phys.org/news/2012-11-humans-mars.html#jCp
Longer-Term Radiation Variations at Gale Crater. This graphic shows the variation of radiation dose measured by the Radiation Assessment Detector on NASA’s Curiosity rover over about 50 sols, or Martian days, on Mars. (On Earth, Sol 10 was Sept. 15 and Sol 60 was Oct. 6, 2012.) The dose rate of charged particles was measured using silicon detectors and is shown in black. The total dose rate (from both charged particles and neutral particles) was measured using a plastic scintillator and is shown in red. Credit: NASA/JPL-Caltech/ SwRI
Read more at: http://phys.org/news/2012-11-humans-mars.html#jCp
Researchers are using Curiosity’s state-of-the-art Radiation Assessment Detector (RAD) instrument to monitor high-energy radiation on a daily basis and help determine the potential for real life health risks posed to future human explorers on the Martian surface. “The atmosphere provides a level of shielding, and so charged-particle radiation is less when the atmosphere is thicker,” said RAD Principal Investigator Don Hassler of the Southwest Research Institute in Boulder, Colo. See the data graphs. “Absolutely, the astronauts can live in this environment. It’s not so different from what astronauts might experience on the International Space Station. The real question is if you add up the total contribution to the astronaut’s total dose on a Mars mission can you stay within your career limits as you accumulate those numbers. Over time we will get those numbers,” Hassler explained. The initial RAD data from the first two months on the surface was revealed at a media briefing for reporters on Thursday, Nov. 15 and shows that radiation is somewhat lower on Mars surface compared to the space environment due to shielding from the thin Martian atmosphere. RAD hasn’t detected any large solar flares yet from the surface. “That will be very important,” said Hassler. “If there was a massive solar flare that could have an acute effect which could cause vomiting and potentially jeopardize the mission of a spacesuited astronaut.” “Overall, Mars’ atmosphere reduces the radiation dose compared to what we saw during the cruise to Mars by a factor of about two.” RAD was operating and already taking radiation measurements during the spacecraft’s interplanetary cruise to compare with the new data points now being collected on the floor of Gale Crater. Enlarge Curiosity Self Portrait with Mount Sharp at Rocknest ripple in Gale Crater. Curiosity used the Mars Hand Lens Imager (MAHLI) camera on the robotic arm to image herself and her target destination Mount Sharp in the background. Mountains in the background to the left are the northern wall of Gale Crater. This color panoramic mosaic was assembled from raw images snapped on Sol 85 (Nov. 1, 2012). Credit: NASA/JPL-Caltech/MSSS/Ken Kremer/Marco Di Lorenzo
Read more at: http://phys.org/news/2012-11-humans-mars.html#jCp
Mars atmospheric pressure is a bit less than 1% of Earth’s. It varies somewhat in relation to atmospheric cycles dependent on temperature and the freeze-thaw cycle of the polar ice caps and the resulting daily thermal tides. “We see a daily variation in the radiation dose measured on the surface which is anti-correlated with the pressure of the atmosphere. Mars atmosphere is acting as a shield for the radiation. As the atmosphere gets thicker that provides more of a shield. Therefore we see a dip in the radiation dose by about 3 to 5%, every day,” said Hassler. There are also seasonal changes in radiation levels as Mars moves through space. The RAD team is still refining the radiation data points. “There’s calibrations and characterizations that we’re finalizing to get those numbers precise. We’re working on that. And we’re hoping to release that at the AGU [American Geophysical Union] meeting in December.”
Read more at: http://phys.org/news/2012-11-humans-mars.html#jCp
This article epitomizes the battle between the sending humans to explore space and the artificial life-form/machine crowds.
I can truly understand the human exploration groups – they are the folks I grew up with during the Gemini/Apollo/Moon-landing eras and I will forever regard those folks as heroes and pioneers.
But as a late middle-aged adult who has followed the Space Age for the past 50 years I see the writing on the wall – economics are determining the course of spaceflight into the Solar System and Universe. And machine explorers are definitely more economical than human ones, especially in the foreseeable future.
I remain hopeful however that individuals like James Cameron and Elon Musk will find economical ways to colonize Mars and eventually nearby planets within 4 – 6 light-years.
Hey, if the Marianas Trench can be explored by folks like Cameron, so can Mars and Alpha Centauri Bb!
From Wired Science:
When a man tells you about the time he planned to put a vegetable garden on Mars, you worry about his mental state. But if that same man has since launched multiple rockets that are actually capable of reaching Mars—sending them into orbit, Bond-style, from a tiny island in the Pacific—you need to find another diagnosis. That’s the thing about extreme entrepreneurialism: There’s a fine line between madness and genius, and you need a little bit of both to really change the world.
All entrepreneurs have an aptitude for risk, but more important than that is their capacity for self-delusion. Indeed, psychological investigations have found that entrepreneurs aren’t more risk-tolerant than non-entrepreneurs. They just have an extraordinary ability to believe in their own visions, so much so that they think what they’re embarking on isn’t really that risky. They’re wrong, of course, but without the ability to be so wrong—to willfully ignore all those naysayers and all that evidence to the contrary—no one would possess the necessary audacity to start something radically new.
I have never met an entrepreneur who fits this model more than Elon Musk. All of the entrepreneurs I admire most—Musk, Jeff Bezos, Reed Hastings, Jack Dorsey, Sergey Brin and Larry Page, Bill Gates, Steve Jobs, and a few others—have sought not just to build great companies but to take on problems that really matter. Yet even in this class of universe-denters, Musk stands out. After cofounding a series of Internet companies, including PayPal, the South African transplant could simply have retired to enjoy his riches. Instead he decided to disrupt the most difficult-to-master industries in the world. At 41 he is reinventing the car with Tesla, which is building all-electric vehicles in a Detroit-scale factory. (Wired profiled this venture in issue 18.10.) He is transforming energy with SolarCity, a startup that leases solar-power systems to homeowners.
And he is leading the private space race with SpaceX, which is poised to replace the space shuttle and usher us into an interplanetary age. Since Musk founded the company in 2002, it has developed a series of next-generation rockets that can deliver payloads to space for a fraction of the price of legacy rockets. In 2010 SpaceX became the first private company to launch a spacecraft into orbit and bring it back; in 2012 it sent a craft to berth successfully with the International Space Station.
It’s no wonder the character of Tony Stark in Iron Man, played by Robert Downey Jr., was modeled on Musk: This is superhero-grade stuff. I sat down with him at Tesla’s Fremont, California, factory to discuss how cheaper and (eventually) reusable rockets might someday put humans on Mars.
Chris Anderson: You’re not a rocket scientist by training. You’re not a space engineer.
Elon Musk: That’s true. My background educationally is physics and economics, and I grew up in sort of an engineering environment—my father is an electromechanical engineer. And so there were lots of engineery things around me. When I asked for an explanation, I got the true explanation of how things work. I also did things like make model rockets, and in South Africa there were no premade rockets: I had to go to the chemist and get the ingredients for rocket fuel, mix it, put it in a pipe.
Anderson: But then you became an Internet entrepreneur.
Musk: I never had a job where I made anything physical. I cofounded two Internet software companies, Zip2 and PayPal. So it took me a few years to kind of learn rocket science, if you will.
Anderson: How were you drawn to space as your next venture?
Musk: In 2002, once it became clear that PayPal was going to get sold, I was having a conversation with a friend of mine, the entrepreneur Adeo Ressi, who was actually my college housemate. I’d been staying at his home for the weekend, and we were coming back on a rainy day, stuck in traffic on the Long Island Expressway. He was asking me what I would do after PayPal. And I said, well, I’d always been really interested in space, but I didn’t think there was anything I could do as an individual. But, I went on, it seemed clear that we would send people to Mars. Suddenly I began to wonder why it hadn’t happened already. Later I went to the NASA website so I could see the schedule of when we’re supposed to go. [Laughs.]
Anderson: And of course there was nothing.
Musk: At first I thought, jeez, maybe I’m just looking in the wrong place! Why was there no plan, no schedule? There was nothing. It seemed crazy.
Anderson: NASA doesn’t have the budget for that anymore.
Musk: Since 1989, when a study estimated that a manned mission would cost $500 billion, the subject has been toxic. Politicians didn’t want a high-priced federal program like that to be used as a political weapon against them.
Anderson: Their opponents would call it a boondoggle.
Musk: But the United States is a nation of explorers. America is the spirit of human exploration distilled.
Anderson: We all leaped into the unknown to get here.
To put Elon Musk’s astronomical goals in perspective, here’s a look at some of his stellar achievements so far.—Victoria Tang
At the age of 12, designs a videogame called Blast Star and sells it to a computer magazine for $500.
After spending two days in a graduate physics program at Stanford, drops out to start Zip2, an online publishing platform for the media industry.
Sells Zip2 to Compaq for $307 million.
Forms PayPal by merging his new online-payments startup, X.com, with Max Levchin and Peter Thiel’s Confinity.
Establishes the Musk Foundation to provide grants for renewable energy, space, and medical research as well as science and engineering education.
PayPal goes public; its stock rises more than 54 percent on the first day of trading. Eight months later, eBay acquires PayPal for $1.5 billion. Musk founds SpaceX.
Invests in Tesla Motors, a company that manufactures high-performance electric cars.
Helps create SolarCity, which provides solar-power systems to some 33,000 buildings. Will serve as the company chair.
NASA selects the SpaceX Falcon 9 launch vehicle and the reusable Dragon spacecraft to deliver cargo to the International Space Station after the space shuttles retire.
Makes a cameo appearance in Iron Man 2. Director Jon Favreau cites Musk as an inspiration for Tony Stark.
SpaceX’s Dragon becomes the first commercial spacecraft to berth with the ISS
Few people change the course of human history and less realize that witnessing that change is important. Mainstream science is slow to change and it takes a hard-headed individual to fight against it.
Musk is such an individual and it will be interesting to see him outsmart ignorant public and political forces to achieve his stated goal of making mankind a multi-planetary species.
It will be fun to watch!
Hat tip to Nasa Watch.
From Technology Review:
Two high-profile entrepreneurs say they want to put a DNA sequencing machine on the surface of Mars in a bid to prove the existence of extraterrestrial life.
In what could become a race for the first extraterrestrial genome, researcher J. Craig Venter said Tuesday that his Maryland academic institute and his company, Synthetic Genomics, would develop a machine capable of sequencing and beaming back DNA data from the planet.
Separately, Jonathan Rothberg, founder of Ion Torrent, a DNA sequencing company, is collaborating on an effort to equip his company’s “Personal Genome Machine” for a similar task.
“We want to make sure an Ion Torrent goes to Mars,” Rothberg told Technology Review.
Although neither team yet has a berth on Mars rocket, their plans reflect the belief that the simplest way to prove there is life on Mars is to send a DNA sequencing machine.
“There will be DNA life forms there,” Venter predicted Tuesday in New York, where he was speaking at the Wired Health Conference.
Venter said researchers working with him have already begun tests at a Mars-like site in the Mojave Desert. Their goal, he said, is to demonstrate a machine capable of autonomously isolating microbes from soil, sequencing their DNA, and then transmitting the information to a remote computer, as would be required on an unmanned Mars mission. (Hear his comments in this video, starting at 00:11:01.) Heather Kowalski, a spokeswoman for Venter, confirmed the existence of the project but said the prototype system was “not yet 100 percent robotic.”
Meanwhile, Rothberg’s Personal Genome Machine is being adapted for Martian conditions as part of a NASA-funded project at Harvard and MIT called SET-G, or “the search for extraterrestrial genomes.”
Christopher Carr, an MIT research scientist involved in the effort, says his lab is working to shrink Ion Torrent’s machine from 30 kilograms down to just three kilograms so that it can fit on a NASA rover. Other tests, already conducted, have determined how well the device can withstand the heavy radiation it would encounter on the way to Mars.
NASA, whose Curiosity rover landed on Mars in August, won’t send another rover mission to the planet before at least 2018 (see “The Mars Rover Curiosity Marks a Technological Triumph“), and there’s no guarantee a DNA sequencing device would go aboard. “The hard thing about getting to Mars is hitting the NASA specifications,” says George Church, a Harvard University researcher and a senior member of the SET-G team. “[Venter] isn’t ahead of anyone else.”
Venter has a great idea here, but it reminds me of a certain movie in which sequencing alien DNA wasn’t such a great plan.
Tectonic plate movement, which is the main source of Earth’s geologic energy, earthquakes and volcanoes, has been discovered on Mars.
Mars? When one looks at the surface of that planet, evidence of any geologic activity is hard to find. But the largest dead volcano in the Solar System is Olympus Mons and is certainly observable from Mars orbit.
Professor An Yin of the University of California uses Olympus Mons as a basis for his theory that there has been geologic activity on Mars as recently as 250,000 years ago. And if current theory is correct, tectonic plate activity brings on biological activity as well:
Recent tectonic thrusting played a major role in shaping Mars, according to a study at odds with the commonly held view that no such activity has ever taken place on the Red Planet.
An area of rumpled land north-west of the giant volcano Olympus Mons contains many ridges and scarps that the new research claims are likely signs of plate tectonic activity.
This is evidence of plate shifting on Mars during the last 250,000 years, said study author Professor An Yin of the University Of California, Los Angeles.
Conventional wisdom holds that Mars – unlike Earth – is too small and has too cold an interior to host plate tectonic processes.
But Professor Yin claims to have evidence that plate tectonics carved out many of the landforms on Mars – and that they are still shaping the planet today.
If true, this would mean Mars is far more likely to host extra-terrestrial life than previously thought, reports Space.com, because plate tectonics could help replenish nutrients, such as carbon, needed to sustain life.
Professor Yin, who presented his findings at last month’s meeting of the American Geophysical Union in San Francisco, said: ‘People don’t want there to be plate tectonics on Mars. But I think there’s good evidence for it.’
His research focused on a series of photographs of the region to the north-west of Olympus Mons taken by two Nasa spacecraft, Mars Odyssey and Mars Reconnaissance.
Many of the images, which Professor Yin said have not been examined in detail before, depict scarps, folds and terraces that on Earth are classic signs of tectonic activity.
Others show meandering drainage features that again point to tectonic activity, the professor claimed.
He said: ‘No drainage likes to flow the long way – it’s a classic example of active tectonics.
‘All these features, if you see them on Earth, you say they’re active.’
To me it’s always been obvious, if there’s volcanoes, it means there’s been geological activity and that means tectonic plate movement too. What’s so hard to understand?
Yeah I know, a faction of mainstream science who have been studying Mars since the 1960s believe in the “dead Mars” hypothesis and they’ve been in charge. And in spite of the evidence showing otherwise, they won’t let study of Martian life go forward.
But they won’t live forever, heh-heh.
Here is part two of Martian Structures in which we ask the old question: Do intelligent beings currently occupy Mars, are they long dead, or are we just hallucinating?
Answer: We love the Google-Plex!
For years NASA (Never A Straight Answer) has denied any strange structures or any evidence for intelligent life on our Moon, or Mars. Now, with the miracle of YouTube, Google Mars and other technical wonders, ordinary folks can pick apart released photos from the aforementioned organization.
Is it real or pareidolia?
Stretch your minds.
And I don’t mean stretch them out so far that your brains fall out either! :lol:
Below is a YouTube presentation of a “Google Mars” type tour of the planet Mars depicting vegetation and ancient city blocks.
I couldn’t tell anything, but the overhead effects were pretty good. Who ever set this up knew what they were doing, but I’m no expert in CGI or Photoshop.
Intelligent Life Resides On Planet Mars
Ol’ Dad is taking the rest of the week off due to family visiting from out of town. Feel free to tap into the now extensive archive that’s listed on the side panel, lot’s of good stuff there and not boring either!
On April 28th last Wednesday, The Sun of the UK, published an article about a NASA source claiming there was evidence for life on Mars (they have since taken it out). However, it didn’t take NASA long to print a disclaimer:
A Wednesday article in the U.K.’s “The Sun” newspaper entitled, “NASA: Evidence of Life on Mars,” reported that they agency had unveiled “compelling evidence” for Martian organisms. But NASA officials and veteran Mars mission scientists say “no.”
“This headline is extremely misleading,” said Dwayne Brown, a spokesman for NASA based at the agency’s headquarters in Washington, D.C. “This makes it sound like we announced that we found life on Mars, and that is absolutely, positively false.”
The piece claimed that the Mars Exploration Rovers Spirit and Opportunity, which have been wheeling around the surface of the red planet since January 2004, found pond scum, which the paper calls “the building blocks of life as we know it.”
“I think they have taken this stuff out of context,” Brown said.
Such a discovery would truly have been groundbreaking, since pond scum, scientifically known as cyanobacteria, are actually a form of life themselves, not just building blocks for it.
“I can only assume that the Sun reporter misunderstood,” said Cornell University planetary scientist Steve Squyres, principal investigator of the Mars Exploration Rover project, who was quoted in the story. “What Spirit and Opportunity have found is sulfate minerals… not organic materials, not pond scum, and not the building blocks of life as we know it.
Hmm..did Dr. Squyres get carried away in the interview, or did the tabloid ‘Sun’ do what all tabloids do, stretch a “might be” into a “fer sure?”
Now here’s something NASA can handle; finding life on Earth:
If alien life is ever discovered, scientists expect it will most likely be of the simple, microbial variety. And now they’ve found some serious signs of such life, right here on Earth. And the clues and the methodology could help researchers find life on Jupiter’s moon Europa.
In a pair of images released today — one from NASA’s EO-1 satellite and a closer one taken from a helicopter — NASA researchers explained their examination of a glacier-carved valley that is like none other on Earth. The spot, high in the Canadian Arctic on Ellesmere Island, is called Borup Fiord Pass. It is the only known place on our planet where sulfur from a natural spring is deposited over ice.
The sulfur leaves a pale yellow stain on the ice, and scientists say it’s a clear sign of biological activity.
The sulfur stain, clearly visible in the helicopter image, is not visible by regular satellite photography. But another sensor on the satellite, called Hyperion, makes measurements in wavelengths of light we can’t see. Using this hyperspectral data from Hyperion scientists were able to map the location of sulfur deposits. In effect, they’ve seen clear signs of life from space.
What they learn from all this may help us find life elsewhere in the solar system, according to a statement from NASA.
All kidding aside, the last statement is true in that these techniques would be useful for finding primitive life on Europa, Titan and Enceladus.
Nice, safe, microbial life. No large invading fleets there.
It is said that in the year 2050, the human population of Earth will reach 9 billion souls and then level out.
It is also said by the human haters that amount of people will start killing Mother Gaia and it would be better for mankind to participate in a massive die-off.
Well, I’m sure that there is a possibility of a Malthusian Event, but not right away.
The main reason I’m saying this is because of far-seeing folks who are trying to prevent such things with a little geo-engineering:
Science Magazine has removed the pay wall from “Food Security: The Challenge of Feeding 9 Billion People.” The paper concludes, as many have before, that keeping up with humanity’s needs as numbers and appetites crest toward mid-century poses big challenges. But it expresses optimism that a sustained focus on efficiency, technology and policy innovations can do the trick. (The images above, from the paper, show how investments in water storage and other measures helped restore vegetation in a dry region in Niger.) Here’s the summary:
Continuing population and consumption growth will mean that the global demand for food will increase for at least another 40 years. Growing competition for land, water, and energy, in addition to the overexploitation of fisheries, will affect our ability to produce food, as will the urgent requirement to reduce the impact of the food system on the environment. The effects of climate change are a further threat. But the world can produce more food and can ensure that it is used more efficiently and equitably. A multifaceted and linked global strategy is needed to ensure sustainable and equitable food security, different components of which are explored here.
The authors include a menu of possible uses for genetically modified crops, but stress that technology alone is far from sufficient if policies are not shifted to advance the appropriate use of the right agricultural strategy or tool in the right place. Over all, a focus on “sustainable intensification” of production of crops and livestock will be vital to limiting impacts on remaining undeveloped ecosystems.
Aquaculture holds great promise, if practiced appropriately and efficiently, as does livestock production, the authors say, noting the reality that meat will long remain a part of most diets, particularly in populations moving out of poverty.
In the end, they say, one reality has to be a shift from simply boosting production to a new, interdisciplinary focus on getting the most food value with the least loss of land and other resources. The kicker?
[W]e must avoid the temptation to further sacrifice Earth’s already hugely depleted biodiversity for easy gains in food production, not only because biodiversity provides many of the public goods on which mankind relies but also because we do not have the right to deprive future generations of its economic and cultural benefits. Together, these challenges amount to a perfect storm.
Navigating the storm will require a revolution in the social and natural sciences concerned with food production, as well as a breaking down of barriers between fields. The goal is no longer simply to maximize productivity, but to optimize across a far more complex landscape of production, environmental, and social justice outcomes.
Hydro-engineering in Africa?
Not a bad idea. And not a new one either.
In fact, it’s about one hundred years old. All it needs is a little more technology; http://strangemaps.wordpress.com/2008/06/08/287-dam-you-mediterranean-the-atlantropa-project/
The search for life on the planet Mars has been ongoing for about 130 years and samples of such have been lacking.
Now with the many satellites that are orbiting and photographing the Martian surface 24 / 7, evidence seems to be coming, but as the lid on such truths are maintained by NASA (for what ever reasons), speculation as usual runs wild.
Below however are some photos taken by the Mars Express probe around the year 2000 showing interpretive evidence of water in craters and forests around them.
Interpret them for yourselves.
I don’t know. NASA always claims that if they had evidence of ET life of any kind, they would be the first to proclaim it from the roof-tops.
They can’t prove it by me.
How about you?