AbstractWe propose to develop a plant growth chamber for the Moon. Our goal is to support germination over a 5-day period in a spacecraft on the Moon. The system will validate the ability of plants to provide fundamental life support for future human exploration. The autonomous system provides basic environmental control to grow the plants under harsh lunar conditions characterized by high radiation and partial gravity.Several innovative technologies are brought together for this lunar plant growth module; solar concentrators that allow light to get to the plants while increasing the power of solar arrays by 2-3 times, wireless communications that allow a sealed environment to communicate with the spacecraft, and a strain of plants tailored...
Permanent human presence in space will require a life support system that minimizes athe need for re...
Space exploration will require life support systems, in which plants can provide nutrients, oxygen, ...
The establishment of planetary outposts and habitats on the Moon and Mars will help foster further e...
This master thesis in space engineering is a result of collaboration between Lulea University of T...
Successful farming is essential for sustained lunar settlement, but as yet there is no established p...
This Master's Thesis work in Space Engineering was conducted at NASA Ames Research Center. It is a...
Completely regenerative life support systems are essential to the long-term exploration of far-off l...
14 p.-4 fig.The coming enterprises of space exploration by humans, e.g. the future colonization of t...
The coming enterprises of space exploration by humans, e.g. the future colonization of the Moon and...
In the next 10 to 20 years humankind will return to the Moon and/or travel to Mars. It is likely tha...
Currently, both governments and private corporations are developing lunar exploration projects for s...
The sustainability of long duration manned missions in space relies on plant-based Bioregenerative L...
Space travel to Mars, even for early fly-by missions, will require meeting all the life support need...
In this Phase I study we explored the revolutionary concept of using genomics and nanotechnology tog...
Moon and Mars are consolidated targets of the human exploration of the solar system. During space mi...
Permanent human presence in space will require a life support system that minimizes athe need for re...
Space exploration will require life support systems, in which plants can provide nutrients, oxygen, ...
The establishment of planetary outposts and habitats on the Moon and Mars will help foster further e...
This master thesis in space engineering is a result of collaboration between Lulea University of T...
Successful farming is essential for sustained lunar settlement, but as yet there is no established p...
This Master's Thesis work in Space Engineering was conducted at NASA Ames Research Center. It is a...
Completely regenerative life support systems are essential to the long-term exploration of far-off l...
14 p.-4 fig.The coming enterprises of space exploration by humans, e.g. the future colonization of t...
The coming enterprises of space exploration by humans, e.g. the future colonization of the Moon and...
In the next 10 to 20 years humankind will return to the Moon and/or travel to Mars. It is likely tha...
Currently, both governments and private corporations are developing lunar exploration projects for s...
The sustainability of long duration manned missions in space relies on plant-based Bioregenerative L...
Space travel to Mars, even for early fly-by missions, will require meeting all the life support need...
In this Phase I study we explored the revolutionary concept of using genomics and nanotechnology tog...
Moon and Mars are consolidated targets of the human exploration of the solar system. During space mi...
Permanent human presence in space will require a life support system that minimizes athe need for re...
Space exploration will require life support systems, in which plants can provide nutrients, oxygen, ...
The establishment of planetary outposts and habitats on the Moon and Mars will help foster further e...