Did you know Mars is NOT reddish in color? It’s true. It looks just like earth!!! Mars has earth colored soil and a beautiful blue sky – just like Hawaii!
As one conspiracy website put it –
This is very interesting. It may come as a surprise to many readers that Mars looks very much like Earth. It’s not red or orange – NASA applies a lens to tint the pictures or they release black and white photos… here’s a real color picture of Mars… blue sky and all… it gets to the point where you ask yourself “what does the government not lie about?”
They included this image as proof:
I can’t believe anybody would believe Mars looks like earth. But i’ll push forward simply for the entertainment value and because there is some interesting facts to be learned – stuff i didn’t know. I love everything space related.
Two facts about Mars:
So while the Romans and the Egyptians knew Mars appeared red simply by looking up into the night sky, today’s conspiracists insist our belief that Mars is red is actually a false belief perpetuated by a government coverup.
Maybe i am endowed with an abundance of common sense but couldn’t these conspiracists step outside their mother’s basement, look up into the night sky and see what Mars looks like to the naked eye? I’m just saying.
But i digress …
So i decided to pursue this absurdity to another level. I took the photo featured on the conspiracy website and i decided to find out where it came from. I found the original photo at the NASA website. It really wasn’t hard to find (Even a conspiracist could have found it). I then superimposed the conspiracy picture next to the original NASA photo. The conspiracy photo is on the left, the original NASA image is on the right:
When you adjust the color on your television set, you do so by picking something on the screen that you know should be a certain color (such as grass should be green) and you adjust your set accordingly. This is a form of calibration. You used the color of the grass as a reference point. Instruments that go to Mars also need to be calibrated so that scientists receive accurate information. There has to be a known reference — a calibration target.
The rover’s calibration targets are objects with known properties. For example, the Pancam calibration target. It is in the shape of a sundial and is mounted on the rover deck. Pancam will image the sundial many times during the mission so that scientists can adjust the images they receive from Mars. They use the colored blocks in the corners of the sundial to calibrate the color in images of the martian landscape. Pictures of the shadows that are cast by the sundial’s center post allow scientists to properly adjust the brightness of each Pancam image. Children provided artwork for the sides of the base of the sundial.
This is the same process used by Hollywood movie makers. They use a device called a “clapper board” to mark the beginning of a scene or a “take.” I’m sure you’ve seen this used in the movies. Well, at the top of some clapper boards you will see a rainbow of colors. Like the Pancam calibration target on the Mars rover, the colors along the top of the clapper board provide a known color reference that can be used in post production by movie editors to ensure the colors in the final cut are “true” to what was recorded on the movie set.
Speaking of “true colors,” let’s get back to why NASA would choose to creat “false color” photos along with “true color” photos. It’s really not as mysterious as it might sound. Let’s start with a technical definition of both:
An image is called a “true-color” image when it offers a natural color rendition, or when it comes close to it. This means that the colors of an object in an image appear to a human observer the same way as if this observer were to directly view the object: A green tree appears green in the image, a red apple red, a blue sky blue, and so on.[source]
False color refers to a group of color rendering methods used to display images in color which were recorded in the visual or non-visual parts of the electromagnetic spectrum. A false-color image is an image that depicts an object in colors that differ from those a photograph (a “true-color” image) would show. [source]
Here is a classic example of a false color image: A forward looking infrared (FLIR) camera (the image to the right). By creating a representation of wavelengths normally invisible to the human eye, we are able to discern the different temperatures present in this scene.
But there are a multitude of reasons for creating false images. Sometimes colors are enhanced, or even added, to represent some characteristic in the image, such as chemical composition, velocity, distance or to simply enhance the differences between materials. Have you ever increased the contrast on your television or an image on your computer so you can better discern some detail? You’ve just created your own false image!!
The same goes for the moon and Mars. With both planets being mostly uniform in their respective colors, creating false images can help us distinguish something as simple as peaks and valleys. Here is an example using the moon:
On the left side is the true color image of the far side of our moon, a mosaic constructed from Lunar Reconnaissance Orbiter images. This is what you would see if you were to directly observe the terrain. Given the uniform color it is very difficult, if not impossible, to accurately judge the peaks and valleys.
On the right side is a false color image of the same side of our moon, a topographic map of the altitude of the Moon’s surface obtained by the Clementine orbiter mission (1994). Measurements made with a laser altimiter. Redder areas are higher, blue/purple areas lower. [source] (more Clementine images here)
In this instance a false color image was generated of the moon to provide a clear, visual representation of the lunar topography.
In the false color Mars image used at the conspiracy website, it’s very possible NASA color corrected the image for no other reason than to better distinguish the size, shape and locations of the rocks.
The bottom line is, Mars is reddish in color and the moon appears gray. Period. End of story.
I guess my bigger question concerning this conspiracy is, why would the government have any interest in covering up the real color of Mars or the moon (yes, there is a conspiracy out there that the government is covering up the real color of the moon)? I suspect it has something to do with the belief Mars and the moon are actually inhabitable and the Mars/moon color coverup is part of the government’s alien/UFO coverup.
- Mars Exploration Rover Mission (NASA JPL)
- Spacecraft: Surface Operations: Instruments (NASA JPL)
- The Clementine Mission (Lunar and Planetary Institute)
- False color/True Color (Wikipedia)
- Mars, Facts and Information about the Planet Mars (space.com)
- What Is Mars? (NASA)
- Why does Mars look red from Earth? (NASA)
- Big Picture on Mars: NASA Rover Snaps Amazing Red Planet View (space.com)
- Panoramas: Opportunity (NASA JPL)
- Panoramas: Spirit (NASA JPL)
- Mars Rover “Spirit” Images (NASA)
VSauce blows my mind. I love it. 🙂
NASA Faked Mars Landings: Mars Rover Photos Were Taken In Simulated Mars Environment On Devon Island, Canada, According to Conspiracy Theorists
A conspiracy theory fast gaining traction online makes the astounding claim that NASA’s Curiosity and Opportunity rovers never traveled to Mars and that the images of the Martian environment being uploaded to NASA websites were actually taken on a remote island called Devon Island in Canada, the largest uninhabited island on Earth.
According to the rumors making the rounds in the conspiracy theory blogosphere, the pictures being uploaded regularly to NASA’s websites and palmed off as images of the Martian environment are fake images taken on Devon Island in Canada where NASA has set up a landscape identical with the “Martian landscape” we see on photos NASA scientists upload to NASA websites.
Conspiracy theorists claim that the rovers never traveled out to space, let alone land on Mars. Rovers Opportunity and Curiosity are being kept in storage in one of NASA’s facilities. Meanwhile, the agency has deployed two smaller versions of the rovers — “baby rovers” — on Devon Island in Canada.
NASA maintains permanent bases on Devon Island where NASA personnel dressed in mock astronaut suits play around with “baby rovers” fitted with cameras. Conspiracy theorists note that the terrain of the island bears a striking resemblance to the images of the “Martian environment” that NASA uploads to its websites. This makes the island an ideal location on Earth for NASA to stage make-believe Martian environment photo shoots.
There is also evidence, according to conspiracy theorists, that NASA has bases in other remote areas used for simulating Martian environment.
by Stephanie Pappas via Live Science
Continue Reading: Mars Hoaxes: Why We Believe
Besides serving as a brilliant case study for the evolution of 1990s hairstyles, The X-Files taught an entire generation that Occam’s razor — the simplest explanation for strange phenomena is usually the correct one — is boring and stupid and completely wrong. No, the superior explanation is always 44 minutes of aliens and Sasquatches.
That same lesson applies to these four recent news stories, which are all so bizarre that even the Gillian Andersonest of Gillian Andersons would have a tough time denying the involvement of interstellar poltergeists.
#4. The Mars Rover Found a Mystery Rock (That Wasn’t There Before)
As far as exciting discoveries go, Mars has been kind of a wet noodle — the Opportunity rover has found no signs of ancient teleportation arks, atmospheric reactors, or dead John Carters. Just as it seemed we were all about to stop pretending we cared about any of Opportunity’s billion-dollar photographs of orange dirt, it sent back this picture:
Big deal, it’s a shiny rock. We’ve got those here on Earth. Now, look at a photo taken of the same area 12 days earlier:
That shiny rock wasn’t there two weeks prior. Scientists are baffled by the rock’s composition — it contains high amounts of sulfur, magnesium, and manganese, something they claim they’ve never seen before on the surface of Mars. Of course, all of this takes a back seat to the more pressing question: Who the hell put that rock there? Did it grow legs and crawl like the moon rocks in Apollo 18?
#3. A Wandering Pit Bull Was Found With an Old Black & White Photo in Its Collar
Earlier this month, animal rescue workers in Greenville, South Carolina, picked up a stray pit bull that had wandered into town with absolutely no identification … except for a completely unlabeled black-and-white photograph of a man from Grapes of Wrath times sitting on a porch banister and smiling tucked into its collar.
Presumably the photograph is a picture of either the dog’s human form before he was metamorphosed by a gypsy curse or the man that the dog was sent back in time to destroy. Considering that they have yet to find the dog’s owner or any explanation for its sudden, mysterious appearance, our guesses are as good as any.
Somewhat related: Fox Wants To Bring Back The X-Files, David Duchovny And Gillian Anderson (io9)
By Jo Rodriguez via Listverse
Is there life elsewhere in the universe? It’s becoming increasingly likely that life must exist somewhere out there, but theories on aliens closer to home have ranged from misguided to idiotic.
10 • Viking Landers Finding Life On Mars
During the ’70s, NASA’s Viking landers probed Martian soil, eagerly looking for signs of life on the Red Planet. While the landers did not find actual microorganisms, traces of carbon dioxide turned up in the collected samples. Some scientists looked at the results and concluded that living organisms had to be on the planet, producing the compound.
The findings have been disputed for decades. Recently, some scientists have concluded that iron particles in Martian soil could have oxidized carbon compounds that exist naturally there.
Though evidence from Viking may not point to current Martians, carbon in the soil may still indicate that life once existed on the planet. Today’s research focuses less on finding living organisms there and more on investigating if the atmosphere could preserve traces of life even after long stretches of time.
9 • Arthur C. Clarke And Martian Vegetation
Beloved author and screenwriter Arthur C. Clarke long believed in life on Mars. In 2001, Clarke downloaded several photos from NASA’s website captured by the Mars Global Surveyor and was delighted to see what he thought were trees.
Clarke spoke to a crowd in his home in Sri Lanka, saying that the pictures showed things that were growing on the planet’s surface. Clarke said, “I’m quite serious when I say I have a really good look at these new Mars images. Something is actually moving and changing with the seasons that suggest, at least, vegetation.” In another interview, he joked, “I’m now convinced that Mars is inhabited by a race of demented landscape gardeners.”
The images were actually simply sand dunes, covered in or affected by frozen carbon dioxide. Over time, dark sand cascades down the dunes, leaving streaks that may look like trees to the less educated eye.
8 • Crazy Experiments To Contact Martians
In 1820, German mathematician Carl Friedrich Gauss sought to incorporate the work of Pythagoras in his quest to communicate with alien life on Mars. Gauss suggested clearing a large patch of Siberia and planting wheat for miles in a shape that geometrically illustrates the Pythagorean Theorem. By harvest season, the bright yellow crop-filled areas would contrast with the forest’s darker coloring. Gauss believed that Martian observers could spot this gigantic triangle on Earth with a small telescope.
Other odd ideas were also popular during the 19th century. Astronomer Joseph Littrow suggested digging trenches measuring 30 kilometers (20 mi) in length and shaped in various geometric patterns across the Sahara. We’d then fill them with kerosene and light them up. A Frenchman, Charles Cros, suggested building a huge mirror that could focus sunlight and burn messages into the very surface of Mars.
7 • Martians Contact Nikola Tesla
Nikola Tesla may have been one of the most brilliant scientists in human history, but he also falsely claimed to have received artificial signals of extraterrestrial origin—he said they were from Mars or Venus.
In a letter to the New York Times, Tesla wrote of how Mars, of the two planets, could support life. He viewed the distance of the planets from the Sun in terms of evolution. Venus was at a youthful stage, perhaps unable to fully sustain humanoid life. Earth was at full growth. Mars had reached old age, yet it had passed through prime biological and technological evolutionary stages.
Tesla suggested ways to improve our means to communicate with Mars, first by relocating our observatories to send clearer signals through the atmosphere. In 1937, Tesla’s work led him to believe that he could win the Pierre Guzman Prize of 100,000 francs for “the first person who will find the means of communicating with a star and of receiving a response.” The prize rules excluded contact with Mars, however, because that would have been “too easy.”
The public has never had a chance to analyze Tesla’s supposed observation, but it is likely that he actually detected the pulsing of distant stars. This was far from the intelligent transmission he had claimed to see, but it was still an impressive accomplishment.
NASA predicts that we’ll find life outside our planet, and possibly outside our solar system, within a generation. But where exactly, and what type of life? Is it even wise to make contact with extraterrestrials? The search hasn’t been easy, but these questions may not be theoretical much longer. Here are 10 ways the quest for alien life is getting real.
10 • NASA Predicts Alien Life Will Be Found Within 20 Years
In the words of Matt Mountain, director at the Space Telescope Science Institute in Baltimore, “Imagine the moment when the world wakes up, and the human race realizes that its long loneliness in time and space may be over . . . It’s within our grasp to pull off a discovery that will change the world forever.”
Using ground and space-based technology, NASA scientists predict that we’ll find alien life in the Milky Way galaxy within the next 20 years. Launched in 2009, the Kepler Space Telescope (pictured) has helped scientists find thousands of exoplanets (planets outside our solar system). Kepler discovers a planet when it crosses in front of a star, causing a small drop in the star’s brightness.
Based on data from Kepler, NASA scientists believe that in our galaxy alone, 100 million planets may be home to alien life. But it’s the upcoming James Webb Space Telescope (scheduled for a 2018 launch) that will first give us the capability to indirectly detect life on other planets. The Webb telescope searches for gases in a planet’s atmosphere that are generated by life. The ultimate goal is to find Earth 2.0, a twin to our own planet.
9 • The Alien Life We Find May Not Be Intelligent
The Webb Telescope and its successors will search for biosignatures in the atmospheres of exoplanets, such as molecular water, oxygen, and carbon dioxide. But even if a biosignature is detected, it won’t tell us whether the life on that exoplanet is intelligent or not. Such alien life may be single-celled organisms like amoebas, rather than complex beings that can communicate with us.
We’re also limited in our search for life by our prejudices and lack of imagination. We assume there must be carbon-based life like us, and that we’re the standard by which intelligence is judged. Explaining this failure in creative thought, Carolyn Porco of the Space Science Institute says, “Scientists don’t go off and think completely wild and crazy things unless they have some evidence that leads them to do that.”
Other scientists such as Peter Ward, coauthor of Rare Earth: Why Complex Life Is Uncommon in the Universe, believe that intelligent alien life will be short-lived. Ward assumes that other species will have global warming, too many people, no food, and eventual chaos that destroys their civilizations. He foresees the same for us.
8 • Mars May Have Supported Life Before—And May Again
Mars is currently too cold to house liquid water and support life. But NASA’s Opportunity Rover—an all-terrain vehicle that collects and analyzes rocks on Mars—has shown that about four billion years ago, the planet had fresh water and mud that could have supported life.
Another past source of water and possible life sits on the slopes of Mars’s third-tallest volcano, Arsia Mons. Around 210 million years ago, this volcano erupted beneath a vast glacier. The volcano’s heat caused the ice to melt, forming lakes in the glacier like liquid bubbles in a partially frozen ice cube. The lakes may have existed long enough for microbial life to have formed there.
It’s possible that some simple organisms on Earth may be able to survive on Mars today. Methanogens, for example, use hydrogen and carbon dioxide to produce methane, and don’t need oxygen, organic nutrients, or light. They’re able to survive temperature extremes such as those found during Martian freeze-thaw cycles. So when scientists found methane in Mars’ atmosphere in 2004, they questioned whether methanogens already inhabit the subsurface of Mars.
As we travel to Mars, though, scientists are concerned that we may contaminate the planet’s environment with microorganisms from Earth. That may make it difficult to determine whether life forms found on Mars originated there.