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The images from the Mars Odyssey spacecraft, with the help of THEMIS (Thermal Emission Imaging System) and from NASA's Mars Reconnaisance Orbiter's High Resolution Imaging camera, can prove to be helpful to show how the development of tectonic plates took place on the earth.This could be possible because the images in question show that Mars is in the beginning stages of the plate tectonic process. These are plates under the surface of the planet and look quite like the plates that are found beneath the earth's surface. The plates when studied more carefully, were compared with the results of the geological survey that was conducted on the place of division of two of the seven tectonic plates, the area of study were the Himalayas and Tibet. The result of the comparison brought into light many similarities like the canyon which has a smooth and flat wall, which could be generated only by a fault, the cliffs which come in direct comparison are the ones in California's Death Valley which is also generated by a fault. The presence of the linear volcanic zone on Mars is evident enough to show the presence of tectonic plates. One of the researchers An Yin said that these features are not found else in the solar system except Earth and Mars. While studying the surface of Mars, the deepest and the longest canyon system in our solar system was found, the name for it is Valles Marineris, derived from the name of the Mars Orbiter of the early 70's Mariner 9 and given a latin version. The system of canyons is close to nine times the size of the Earth's Grand Canyon, the one in Mars is about 2,500 miles long. The canyon system on Mars divides the two plates which have been found to move horizontally 93 miles relative to each other, it is comparable to California's San Andreas Fault which is also over the place of the crossing of two plates, has moved twice of that on Mars, but the proportion remains undisturbed because the earth is twice the size of Mars. Landslides are also found on the planet and they are found to be shifted from their origin by a fault. The creation of the canyon system or the movement of the plates or the rate of their movement are still to be researched upon by the team with much more to be found. The two plates have been given the name of Valles Marineris North and Valles Marineris South.\ The UCLA is however the largest university in California Source

Planet Mars is being discussed these days. So imagine that you are looking at the ground of it from a few inches away. Measuring the height and depth of Sand dunes and pits on its surface and you do that all are at your desktop. It has been made possible by The University of Arizona through the Hairais which means High Resolution Imaging Science Experiment. What will to do To watch Mars closely at your desktop, you have to download the Hiview tool, which is available on the site of the University of Arizona. How these images come By NASA's Mars orbiter mission Hairais camera, Mars being constantly photographed. Camera transmitts the image from spacecraft to the earth. Through Hiview these photos have been provided to the common people. What will be the benefits All the images Mars getting by this way will be very useful to the students who are interested in astrology. These photos are so large that it can be decorated as a mural on the wall. All photos are in the gigabyte size, so that nothing can take hours to download. But the university with the help of a technology has the ability to convert their small size. By the help of anyone can watch the photos of mars in real time.