Over the last 50 years, Russian and Chinese scientists have managed to create virtually autonomous systems to sustain life in outer space.
The lunar bases in focus are China's Yuegong-1 (also referred to as the Lunar Palace) and Russia's BIOS-3.
Both are environmentally closed facilities capable of supporting a long-duration self-contained mission with no external inputs other than power.
At first, researchers and designers faced serious issues in providing adequate life-support on a space station. However, the problem could now been solved thanks to the introduction of nutrient-dense foods, allowing for long-term research missions in the harsh and barren environment.
Check out Sputnik's infographic to learn more!
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
Sources: open data Image: AI-generated
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