NASA Explores Spirulina for Oxygen in Space
D
Dr. James Krystosik on 'The Other Side of Medicine'
Story of claim
NASA researched Spirulina for its capability to generate oxygen and sustain nutrition in space, creating an artificial environment for astronauts.
- Goal: Utilize Spirulina for sustainable oxygen creation and nutrition for space missions.
- Proof: NASA's studies show Spirulina can recycle carbon dioxide into oxygen, providing a sustainable environment.
- Nuances:
- Spirulina is a microalgae with high oxygen production.
- ESA is also involved in Spirulina research for space missions.
- Impact on Life: Enables long-duration space missions by providing a renewable oxygen source, potentially improving mission success and safety.
Investments
- Price: Research investment by NASA and ESA
- Time: Ongoing research since the 1970s
- Effort: Requires advanced technology and research to implement in space missions.
Risks
Potential reliance on technology for life support systems in space missions.
Alternatives
- Using other microalgae species for oxygen production
- Advanced life support systems without biological components
Get Started 🚀
- Study NASA and ESA research on Spirulina.
- Explore microalgae cultivation technology.
- Consider environmental conditions for optimal Spirulina growth.
Brogevity AI can make mistakes. Check important info.