Researchers from Chongqing University have successfully conducted a space experiment in which a butterfly emerged from its cocoon during an orbital flight. The experiment provided valuable data on biological survival in the harsh microgravity environment of space, according to Xinhua News Agency.
A special capsule containing a miniature prototype ecosystem was created for the insect, designed to simulate Earth’s ecological cycles. The system included chilli pepper plants, which could potentially serve as food for the butterfly and also act as a source of oxygen, while microorganisms processed waste to maintain a stable air composition.
After emerging, the butterfly flew around the capsule and later rested on the leaves, demonstrating its ability to adapt to microgravity conditions.
The completion of a key stage of the insect’s life cycle in such extreme conditions serves as an important test of the resilience of terrestrial life and provides valuable insights for the development of future life-support technologies for deep-space missions.
A special capsule containing a miniature prototype ecosystem was created for the insect, designed to simulate Earth’s ecological cycles. The system included chilli pepper plants, which could potentially serve as food for the butterfly and also act as a source of oxygen, while microorganisms processed waste to maintain a stable air composition.
After emerging, the butterfly flew around the capsule and later rested on the leaves, demonstrating its ability to adapt to microgravity conditions.
The completion of a key stage of the insect’s life cycle in such extreme conditions serves as an important test of the resilience of terrestrial life and provides valuable insights for the development of future life-support technologies for deep-space missions.