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Learn about Mars, the fourth planet from the Sun and the third largest and massive terrestrial object in the Solar System. Find out about its physical characteristics, surface features, atmosphere, moons, exploration history, and potential for life.
Learn about Mars, the fourth planet from the Sun and the only one with robotic explorers. Find out how NASA studies its atmosphere, surface, and potential for life, and plans to return samples to Earth.
Learn about Mars' namesake, potential for life, size, distance, orbit, rotation, moons, rings, formation, structure, surface, atmosphere, and magnetosphere. Explore images and videos of the fourth planet from the Sun and its features.
3 days ago · Learn about Mars, the fourth planet in the solar system, and its features, history, and exploration. Find out how Mars compares to Earth in size, mass, temperature, and atmosphere, and what are its two moons called.
Scientists have discovered a reservoir of liquid water on Mars - deep in the rocky outer crust of the planet. The findings come from a new analysis of data from Nasa’s Mars Insight Lander, which ...
Scientists have discovered a reservoir of liquid water on Mars - deep in the rocky outer crust of the planet. The findings come from a new analysis of data from Nasa’s Mars Insight Lander, which ...
3 days ago · Mars geology . Mars is an intriguing planet from a geological and atmospheric perspective. It formed with the rest of the solar system about 4.6 billion years ago.Around 3.8 billion years ago, the ...
Learn about Mars, the fourth planet from the Sun, and its history, climate, and features. See how NASA robots and missions are studying the Red Planet and preparing for human exploration.
Learn about Mars' namesake, potential for life, size, orbit, moons, rings, formation, structure, surface, atmosphere, and magnetosphere. Explore images and videos of the fourth planet from the Sun and its features.
Organic Molecules. Also great news for Mars Sample Return is the discovery of organic compounds by the SHERLOC (Scanning Habitable Environments with Raman & Luminescence for Organics & Chemicals) instrument. The carbon-containing molecules are not only in the interiors of abraded rocks SHERLOC analyzed, but in the dust on non-abraded rock.
