Maxar eyes spring launch of long-delayed WorldView Legion satellites
Monday, 18 March 2024 11:00

Artist's view of the Ariane 6 flight model-1
Monday, 18 March 2024 10:06
China rolls out rocket for Queqiao-2 lunar satellite launch
Monday, 18 March 2024 07:32

Turion Space closing in on initial SSA service from first satellite
Monday, 18 March 2024 00:09

The Necessary Collaboration between Robots and Humans in Space Exploration
Monday, 18 March 2024 00:05
The Necessary Collaboration between Robots and Humans in Space Eexploration
Sunday, 17 March 2024 21:51
CASC Welcomes Chen Mingbo as New Chairman in Strategic Leadership Refresh
Sunday, 17 March 2024 21:51
China's Chang'e-6 Mission Advances: Carrier Rocket Arrives for Upcoming Lunar Launch
Sunday, 17 March 2024 21:51
NASA and JAXA advance Martian Moons study with instrument handoff
Sunday, 17 March 2024 21:51
MONDYA RELAASE Euclid's Mission to Clear Vision: Innovative De-Icing Operations Commence
Sunday, 17 March 2024 21:51
Radical cosmological model proposes a Universe without Dark Matter
Sunday, 17 March 2024 21:51
NASA's volunteer-driven project reveals 'ghostly' asteroid activity
Sunday, 17 March 2024 21:51
Peregrine payloads returned useful data despite no lunar landing
Saturday, 16 March 2024 22:16

Dune: What the climate of Arrakis can tell us about the hunt for habitable exoplanets
Saturday, 16 March 2024 15:00
Frank Herbert's Dune is epic sci-fi storytelling with an environmental message at its heart. The novels and movies are set on the desert planet of Arrakis, which various characters dream of transforming into a greener world—much like some envision for Mars today.
We investigated Arrakis using a climate model, a computer program similar to those used to give weather forecasts. We found the world that Herbert had created, well before climate models even existed, was remarkably accurate—and would be habitable, if not hospitable.
However, Arrakis wasn't always a desert. In Dune lore, 91% of the planet was once covered by oceans, until some ancient catastrophe led to its desertification. What water remained was further removed by sand trout, an invasive species brought to Arrakis. These proliferated and carried liquid into cavities deep underground, leading to the planet becoming more and more arid.
To see what a large ocean would mean for the planet's climate and habitability, we have now used the same climate model—putting in an ocean while changing no other factors.
Mars Sample Return science continues amid budget uncertainty
Friday, 15 March 2024 22:39
