Using its robotic arm as a selfie stick, NASA’s Mars rover Curiosity was able to snap some epic low-angle pictures of itself at a site located in the foothills of Mount Sharp earlier this month.
According to BBC News and Space.com, Curiosity snapped the images using the camera at the end of its robotic arm on August 5 while at Marias Pass. NASA officials then took those pictures and stiched them together to create the rover’s latest selfie, which was released on Tuesday…
Compared with previous pictures, this latest Curiosity selfie shows more of its front and underside, and also shows a pair of grey patches located in front of the rover. One patch (the triangular shaped one) is where the samples were extracted from, while the other was where it dumped the powdered rock grain that was too large to be internally analyzed.
Helluva lot more interesting than the crap selfies that pass for entertainment news.
Our source warns — This motion picture has been employed in enhanced interrogation programs.
Deep shadows create dramatic contrasts between light and dark in this high-resolution close-up of the martian surface.
Recorded on January 24 by the HiRISE camera onboard the Mars Reconnaissance Orbiter, the scene spans about 1.5 kilometers across a sand dune field in a southern highlands crater. Captured when the Sun was just 5 degrees above the local horizon, only the dune crests are caught in full sunlight. With the long, cold winter approaching the red planet’s southern hemisphere, bright ridges of seasonal frost line the martian dunes.
From the HiRISE camera on NASA’s Mars Reconnaissance Orbiter…The image from the High Resolution Imaging Science Experiment camera on the agency’s Mars Reconnaissance Orbiter released Wednesday shows a crater about 100 feet in diameter at the center of a radial burst painting the surface with a pattern of bright and dark tones, NASA’s Jet Propulsion Laboratory in Pasadena, Calif., reported.
The impact that excavated this crater threw some material as far as 9.3 miles, JPL said.
The scar on the Red Planet’s surface appeared some time between imaging of this location by the orbiter’s Context Camera in July 2010 and again in May 2012.
I surely wish I was there. My idea of real adventure travel.
Ten years ago, when the rovers Spirit and Opportunity landed on Mars as part of NASA’s Mars Exploration Rover mission, engineers expected them to each last 90 Martian days, about three months of Earth time. Spirit lasted a remarkable six years before getting stuck in soft sand, and ultimately losing radio contact with its minders on Earth.
Compared to Opportunity, though, Spirit was a flash in the pan. Hundreds of millions of miles away in the bitter Martian cold, Opportunity has kept on ticking—exploring new areas, taking scientific measurements and capturing beautiful photos—this entire time.
As part of a new exhibition at the National Air and Space Museum, “Spirit and Opportunity: 10 Years Roving Across Mars,” John Grant and other scientists involved with the mission have curated 50 of the most scientifically significant and visually stunning photos taken by the rovers over the years from a collection of several hundred thousand images.
NASA scientists say tests on a Mars rock show the planet could have supported primitive life.
At a briefing at NASA’s Washington headquarters on Tuesday, NASA scientist said that an analysis of a Mars rock sample by the Curiosity rover had unveiled minerals, including hydrogen, carbon and oxygen, that are the building blocks of life…
“A fundamental question for this mission is whether Mars could have supported a habitable environment,” said Michael Meyer, lead scientist for NASA’s Mars Exploration Programme. “From what we know now, the answer is yes…”
The rock sample was drilled from a sedimentary bedrock sample and found to contain clay minerals, sulfate minerals and other chemicals.
Based on the analysis of those chemicals, researchers were able to determine that the water that helped form the rocks were of a relatively neutral pH.
“We have found a habitable environment that is so benign and supportive of life, that probably if this water was around and you had been there, you would have been able to drink it,” said John Grotzinger, Curiosity project scientist from the California Institute of Technology.
Yes, that does give you a lot to think about. Could there have been a civilization on Mars that succeeded in destroying the ecology – and themselves? Worth reflecting on given the quality of politicians our own species is saddled with.
Beekeepers in northeastern France have been alarmed to find their bees producing honey in unnatural shades of green and blue.
The beekeepers believe the source of the problem is a biogas plant close to Ribeauville in Alsace.
It is thought the bees have been eating the sugary waste from M&Ms…
“We discovered the problem at the same time [the beekeepers] did. We quickly put in place a procedure to stop it,” Philippe Meinrad, a spokesman from Agrivalor, the company operating the biogas plant…
The company, which deals with waste from a Mars chocolate factory, said it would clean out the containers, store all incoming waste in airtight containers and process it promptly, according to a company statement published in Le Monde newspaper…
A spokeswoman for the British Beekeepers’ Association, Gill Maclean, said it was possible that the coloured sugar could have contaminated the honey…
“Bees are clever enough to know where the best sources of sugar are, if there are no others available,” she said.
The beekeepers say their blue honey is unsellable. Boy, are they wrong. Advertise it on the Web and crazy people like me would buy it. Use it for topping vanilla ice cream or some silly cupcake. Probably could sell the entire inventory to some breakfast chain.
The base of Mars’ Mount Sharp – the rover’s eventual science destination – is pictured in this August 27, 2012 photo taken by the Curiosity rover. The image is a portion of a larger image taken by Curiosity’s 100-millimeter Mast Camera on August 23. Scientists enhanced the color to show the Martian scene under the lighting conditions we have on Earth, which helps in analyzing the terrain.
Click on the photo to start through the series.
I’ve been waiting for NASA’s rover Curiosity to land safely so I can tell you that we now have Lincoln on Mars. Yes, Abraham Lincoln on the Red Planet.
The penny, a 1909 “VDB” penny, is used as a calibration target for the Mars Hand Lens Imager (MAHLI) instrument, which is to be used to take extreme close-ups of rocks and soil. The penny, provided by MAHLI’s principal investigator Ken Edgettt, is a nod to geologists’ tradition to place a coin as a size reference in close-up photos of rocks.
Besides the penny, the MAHLI calibration target includes color chips, a metric bar graphic, and a stair-step pattern for depth calibration.
All of which you can see – with the penny mounted – over here.