China revives desert moss in space lab

Chinese scientists revived a desert moss aboard a prototype cargo spacecraft. The experiment tested biological support systems under extreme space conditions.

Results of the experiment were released on Monday and involved the drought-resistant moss called Syntrichia caninervis. It was revived after exposure to microgravity, intense radiation and severe dehydration.

Chinese scientists had previously confirmed the moss as a promising pioneer species in simulated Martian environments. The findings are expected to provide theoretical backing for low-energy ecological improvement and in-situ use of local resources.

According to CCTV, the results will help China deploy new space technologies, operate and maintain the space station safely, and make the best use of future space resources. The test formed part of in-orbit trials with the Qingzhou prototype spacecraft.

Liittyvät artikkelit

Illustration of Hong Kong astronaut Lai Ka-ying preparing for Shenzhou-23 mission to Tiangong space station.
AI:n luoma kuva

Hong Kong’s first astronaut selected for Shenzhou-23 mission

Raportoinut AI AI:n luoma kuva

Lai Ka-ying will join the Shenzhou-23 crew launching on Sunday to the Tiangong space station as payload specialist.

On May 11, the Tianzhou 10 cargo spacecraft successfully launched, carrying human embryo models into space. This marks the world's first in situ experiment exploring how microgravity and cosmic radiation affect early human development.

Raportoinut AI

China has completed a metal 3D printing test in orbit aboard its Qingzhou prototype spacecraft, the Chinese Academy of Sciences said Monday, marking progress in space-based manufacturing. Researchers remotely activated the system from the ground, with the payload meeting its objectives as planned. The technology is seen as key for future missions, enabling astronauts to produce and repair parts in space.

China plans to add three modules to its Tiangong space station, doubling its size, as Nasa prepares to retire the International Space Station in early 2031. State broadcaster CCTV reports that Tiangong will first receive a fourth multifunctional module attached to the Tianhe core, forming a cross-shaped configuration. The expansion will create a six-module structure with a total mass of about 180 tonnes, though no timeline has been released.

Raportoinut AI

Debris from a Chinese Chang Zheng 4B rocket created a luminous trail over Argentine Patagonia at 0:41 a.m. on Saturday, April 4. Hundreds of witnesses in cities like Bariloche, General Roca, and Viedma recorded the event on their phones. Specialists confirmed it as a planned atmospheric reentry with no damage.

Tämä verkkosivusto käyttää evästeitä

Käytämme evästeitä analyysiä varten parantaaksemme sivustoamme. Lue tietosuojakäytäntömme tietosuojakäytäntö lisätietoja varten.
Hylkää