Heat from a comet exploding just above the ground fused the sandy soil into patches of glass stretching 75 kilometers, a study led by Brown University researchers found.
Jim Head, a planetary geologist at Brown, is working with colleagues from China to analyze rocks returned from the Chang’e 5 mission, which recently brought to Earth the first lunar samples retrieved in 45 years.
As various forces in Rhode Island work toward a more sustainable future, two environmental organizations in the Ocean State have focused on making labor a key player in the transition. Baylor Fox-Kemper explained that both Renew R.I. and Climate Jobs R.I. share goals of “transitioning away from fossil fuels towards carbon-neutral sources like solar,” as well as reducing carbon emissions from transportation, heating, and food production.
A Brown research scientist and two undergraduate students are working with NASA’s Jet Propulsion Laboratory to spot fresh impact craters on Mars using artificial intelligence.
Ariel Deutsch, a Ph.D. student in the Department of Earth, Environmental and Planetary Sciences, will join an astronaut who walked on the Moon and two top NASA scientists for a panel titled “Lunar Geology: Past, Present and Future.”
The Fund for the Education of the Children of Providence marks its five-year anniversary this spring — but it’s just one illustration of the many ways in which Brown and the city’s schools work together to enrich educational opportunities.
John Mustard, Ralph Milliken, and co-authors examined global patterns of landscape shapes and near-surface water ice the orbiters mapped. They concluded a covering of water ice mixed with dust mantled the surface of Mars to latitudes as low as 30 degrees, and is degrading and retreating.
Researchers from Virginia Tech, with collaborators at the University of Colorado, and DEEPS Professor Laurence C. Smith, have published new research using NASA's Surface Water and Ocean Topography (SWOT) satellite to investigate how water is shaping land.