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UA Expertise Key in Mapping Moon’s Surface

By Guest PostOctober 2, 2019Scienceapollo missions, erik asphaug, gerard kuiper, mapping moon surface, orbiting the moon, planetary exploration

For decades, research from UA scientists has shaped our understanding of our solar system and universe – beginning with the Apollo 11 mission 50 years ago. (more…)

Ridges on Mars Suggest Ancient Flowing Water

By Guest PostFebruary 2, 2013Scienceactive hydrology, ancient martian subsurface, applied physics lab, biosphere, brown university, craters on mars, curiosity rover, flowing water, fluid flow, fossils of cracks, fracture conduits, gale crater, habitable environment, hydrothermal fluid, hypothesis, jack mustard, johns hopkins university, landing site, lee saper, mars reconnaissance orbiter, martian surface, mineral hardened material, minerals, NASA, nili fossae, nilosyrtis, orientation data, planetary exploration, regional scale volcanism, ridges, subsurface hydrology, surrounding rocks

Ridges in impact craters on Mars appear to be fossils of cracks in the Martian surface, formed by minerals deposited by flowing water. Water flowing beneath the surface suggests life may once have been possible on Mars.

PROVIDENCE, R.I. [Brown University] — Networks of narrow ridges found in impact craters on Mars appear to be the fossilized remnants of underground cracks through which water once flowed, according to a new analysis by researchers from Brown University.

The study, in press in the journal Geophysical Research Letters, bolsters the idea that the subsurface environment on Mars once had an active hydrology and could be a good place to search for evidence of past life. The research was conducted by Lee Saper, a recent Brown graduate, with Jack Mustard, professor of geological sciences. (more…)

UA Engineer Launches Robotic Planetary Lake Lander

By Guest PostMarch 18, 2012Environment, Scienceair propellers, alex jacobs, autonomous, big sky, daiichi, debris, environmental research, fukushima, garbage patches, gyres, hazardous environments, internet connection, liquid hydrocarbon, moon, NASA, nuclear plant, pete brown, planet, planetary exploration, plastic, pollutants, radioactive element, robotic lake lander, rovers, saturn, styrofoam hulls, tex ii, tier scalable reconnaissance, titan, tokyo electric power, tucson explorer ii, university of arizona, wolfgang fink

Wolfgang Fink of the University of Arizona department of electrical and computer engineering has developed an autonomous robotic lake lander that could be used to explore this planet and others.

Fink unveiled the lake lander, named Tucson Explorer II, or TEX II, in a paper titled “Robotic Lake Lander Test Bed for Autonomous Surface and Subsurface Exploration of Titan Lakes,” which he presented March 8 at an aerospace conference organized by the Institute of Electrical and Electronics Engineers in Big Sky, Mont. (more…)

Tag Archives: planetary exploration

UA Expertise Key in Mapping Moon’s Surface

Ridges on Mars Suggest Ancient Flowing Water

UA Engineer Launches Robotic Planetary Lake Lander