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Team:Tokyo Tech/Project
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Modifying planet’s environment (※1) to more habitable one for human beings on earth. | Modifying planet’s environment (※1) to more habitable one for human beings on earth. | ||
'''Mars is the most earth-like''' of all the other planets in our solar system. | '''Mars is the most earth-like''' of all the other planets in our solar system. | ||
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Revision as of 18:00, 20 October 2009
| Main | Team | Terraforming | Experiments | [http://partsregistry.org/cgi/partsdb/pgroup.cgi?pgroup=iGEM2009&group=Tokyo_Tech Parts] | Safety |
Contents |
Introduction
Mars Environment compared to earth
Modifying planet’s environment (※1) to more habitable one for human beings on earth. Mars is the most earth-like of all the other planets in our solar system.
| Earth | Mars | |
| Atmosphere | N2(78%)
O2(20%) | CO2(95%)
N2(2%) |
| Pressure at Surface [atm] | 1 | 0.007 |
| Temperature at Surface [K] | 280 ± 20 | 180 ± 30 |
Long term approach for Terraforming
In long term,
- 1. Start Point of Terra Forming.
- 2. Microorganisms I (for adaptation).
- 3. Microorganisms II (for habitat manipulation).
- 4. Cyanobacteria / Plants.
- 5. Animals,
- 6. Human Beings
Short term approach for Terraforming
In short term or in those steps, our approach is shown below.
- Heat Energy Injection.
- Heat Energy Production.
- Atmosphere Generation.
- Organic Matters Accumulation.
- Water Accumulation.
(Introduction/ideas/story about terraforming)
Approaches
Actually we have four ideas to terraform the Mars.
 Iron-oxidizing bacteria |
 Consortium |
 Antifreeze protein |
 Darker colored E.coli |
Cph
(Abstract/link of each idea)
Related works
(write down some related works)
