
Copernical Team
SwRI-led team finds ancient, high-energy impacts could have fueled Venus volcanism

Sleeping the Sol Away: Sol 3894

Perseverance sees Mars in a new light

China develops new carrier rocket, spacecraft for moon landing

NASA's Bill Nelson to discuss bilateral cooperation in South America

SpaceX to launch more Starlink satellites after delays

Amazon invests $120 million in internet satellite facility

In new space race, scientists propose geoarchaeology can aid in preserving space heritage

As a new space race heats up, two researchers from the Kansas Geological Survey at the University of Kansas and their colleagues have proposed a new scientific subfield: planetary geoarchaeology, the study of how cultural and natural processes on Earth's moon, on Mars and across the solar system may be altering, preserving or destroying the material record of space exploration.
"Until recently, we might consider the material left behind during the space race of the mid-20th century as relatively safe," said Justin Holcomb, postdoctoral researcher at the Kansas Geological Survey, based at the University of Kansas, and lead author on a new paper introducing the concept of planetary geoarchaeology in the journal Geoarchaeology.
"However, the material record that currently exists on the moon is rapidly becoming at risk of being destroyed if proper attention isn't paid during the new space era."
Since the advent of space exploration, humans have launched more than 6,700 satellites and spacecraft from countries around the globe, according to the Union of Concerned Scientists.
Journey back to Earth: Aeolus' historic reentry

ESA’s wind mission Aeolus is coming home. After five years of improving weather forecasts, the satellite will return in a first-of-its-kind assisted reentry. At ESA’s Space Operations Centre in Germany, mission control will use the satellite’s remaining fuel to steer Aeolus during its return to Earth.
Find out more about the mission, its successes and how Aeolus is paving the way for safe reentries.
Rescue drones tested within Italian volcanoes

Interconnected drones have been dispatched into volcanic territory to test their use for civil protection, to help guide responses to natural disasters using novel PNT technology. The project, named Pathfinder, is supported through ESA’s Navigation Innovation and Support Programme, NAVISP. Two test campaigns have been undertaken to date, around the active Stromboli Island volcano and within the Astroni Nature Reserve, in a volcanic crater near Naples.