NASA's robotic spacecraft was able to take a bizarre photo of a dragon-like feature on the surface of Mars. According to mission specialists, the strange image was made by different natural phenomena on the Red Planet.

The stunning photo was captured by NASA's Mars Reconnaissance Orbiter (MRO). This is a robotic spacecraft launched by NASA in 2005 to observe the Red Planet from its orbit.

Dragon On Mars
Photo taken by the Mars Reconnaissance Orbiter NASA/JPL/UArizona

Spotting The Dragon From Space

The MRO's latest image was captured using its High Resolution Imaging Experiment (HiRISE) camera, which is operated by the University of Arizona's Lunar and Planetary Laboratory. It was taken as the spacecraft was flying about 257 kilometers from the surface of the Red Planet.

At first glance, the image looks like a bronze-colored dragon lying on the ground. Several features such as the head, eyes nostrils, and elongated body of the dragon can be clearly seen in the photo. Other notable features, such as horns and limbs, are also visible in the image.

Exploring The Melas Chasma Canyon

According to the HiRISE team, the image was taken in a region on Mars known as Melas Chasma. It is a canyon that contains deposits of light-toned and dark-toned blocks. These blocks vary in size, with diameters reaching up to 500 meters.

"Along the floor of Melas Chasma is an unusual blocky deposit composed of light-toned blocks in a darker matrix," the University of Arizona stated in a blog post. "The high resolution of the HiRISE image reveals layers only a few meters thick in some of the light-toned blocks. The blocks vary in size but most fall between 100 to 500 meters in diameter."

Mars
Perspective view of Mars crater Moreux crater ESA

Shaping The Martian Dragon

As explained by University of Arizona scientists, the main image of the dragon-like sculpture was made by the different colored blocks in the area. The image then became more detailed due to various natural factors on Melas Chasma, such as powerful winds and tectonic activity.

"Although most blocks appear rounded, others have angular edges and can be very elongated," the university stated. "The morphologies of the blocks suggest ductile deformation, such as from a flow or by tectonic disruption after emplacement. Windblown (aeolian) ripples are interspersed between the blocks in the darker matrix."