PmWiki.CELSS History

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CELSS - Closed Ecological Life Support Systemsa

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CELSS - Closed Ecological Life Support Systems

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CELSS - Closed Ecological Life Support Systems

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CELSS - Closed Ecological Life Support Systemsa

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Project Persephone aims to launch exovivaria - orbital habitats for plants and animals. If successful, and if a space hotel industry emerges, exovivaria might import waste from those hotels (sewage, meal scraps), and export food to them.

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Project Persephone aims to launch exovivaria - orbital habitats for plants and animals. If successful, and if a space hotel industry emerges, exovivaria might import waste from those hotels (sewage, meal scraps), and export food and other ecosystem products to them.

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Long-duration manned space missions will virtually require that astronauts grow food and recycle wastewater and exhaled CO2 through some sort of ecosystem. This requirement has spurred research into closed ecosystems for human life support. Much of this research should apply to Project Persephone's agenda as well.

Project Persephone aims to launch exovivaria - a life support system for keeping plants and animals (not humans) alive. If successful, and if a space hotel industry emerges, exovivaria might also import human waste from them, and export food to them.

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Long-duration manned space missions, such as bases on the Moon, and expeditions to Mars, will virtually require closed ecosystems, so that astronauts can grow food, and recycle human waste and their own exhaled CO2. This requirement has spurred decades of research into closed ecosystems for human life support. Much of this research should apply to Project Persephone's agenda as well, although the Project is better described as Closed Ecological Maintenance of Near-Earth Unmanned Spacecraft (CENEMUS).

Project Persephone aims to launch exovivaria - orbital habitats for plants and animals. If successful, and if a space hotel industry emerges, exovivaria might import waste from those hotels (sewage, meal scraps), and export food to them.

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Long-duration manned space missions will virtually require that astronauts grow food and recycle wastewater and exhaled CO 2? through some sort of ecosystem. This requirement has spurred research into closed ecosystems for human life support. Much of this research should apply to Project Persephone's agenda as well.

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Long-duration manned space missions will virtually require that astronauts grow food and recycle wastewater and exhaled CO2 through some sort of ecosystem. This requirement has spurred research into closed ecosystems for human life support. Much of this research should apply to Project Persephone's agenda as well.

September 21, 2011, at 09:58 AM by 121.115.161.101 -
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CELSS - Closed Ecological Life Support Systems

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http://upload.wikimedia.org/wikipedia/commons/d/d3/Biosphere2_1.jpg | Biosphere 2?

CELSS - Closed Ecological Life Support Systems

Long-duration manned space missions will virtually require that astronauts grow food and recycle wastewater and exhaled CO 2? through some sort of ecosystem. This requirement has spurred research into closed ecosystems for human life support. Much of this research should apply to Project Persephone's agenda as well.

Project Persephone aims to launch exovivaria - a life support system for keeping plants and animals (not humans) alive. If successful, and if a space hotel industry emerges, exovivaria might also import human waste from them, and export food to them.

September 21, 2011, at 09:48 AM by 121.115.161.101 -
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CELSS - Closed Ecological Life Support Systems

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