
Copernical Team
Scientists depict Dragonfly landing site on Saturn moon Titan

When NASA's 990-pound Dragonfly rotorcraft reaches the Selk crater region—the mission's target touchdown spot—on Saturn's moon Titan in 2034, Cornell's Léa Bonnefoy will have helped to make it a smooth landing.
Bonnefoy and her colleagues assisted the future arrival by characterizing the equatorial, hummocky, knoll-like landscape by combining and analyzing all of the radar images of the area acquired by the Cassini spacecraft during its historic 13 year exploration of the Saturn system. They used radar reflectivity and angled shadows to determine the properties of the surface.
Effectively, it's a scene of sand dunes and broken-up icy ground.
The research, "Composition, Roughness, and Topography from Radar Backscatter at Selk Crater, the Dragonfly Landing Site," was published Aug.
Satellite Monitoring for Agribusiness: The White Label Solution

Astronomers hail first images of asteroid impact

ESA opens concept store in central Rome

ESA Space Shop is bringing space closer to the people of Rome! The first physical ESA Space Shop concept store mixes space fashion with cosmic in-store experiences and official ESA merchandise.
NASA, First Street Foundation announce collaboration on climate risk research

AiDash overhauls utility industry's hazard tree identification with satellite technology and AI

China launches new satellite for environment detection

Hyperspectral imaging camera ready for assembly into spacecraft

China launches multiple satellites in back to back launches

Taikonauts in orbit salute China's manned space program on 30th anniversary
