Difference between revisions of "Settlement"
| Line 6: | Line 6: | ||
==Location considerations== | ==Location considerations== | ||
| + | |||
*[[Natural resources]] should be nearby to avoid long journeys. | *[[Natural resources]] should be nearby to avoid long journeys. | ||
*Natural [[caves]] may be used for shelter or for [[energy storage#Compressed-air storage|energy storage]]. | *Natural [[caves]] may be used for shelter or for [[energy storage#Compressed-air storage|energy storage]]. | ||
| Line 19: | Line 20: | ||
===Advantage over Earth's moon=== | ===Advantage over Earth's moon=== | ||
| − | * Higher gravity (with consequences for health) | + | |
| − | * abundance of water and carbon | + | *Higher gravity (with consequences for health) |
| + | *abundance of water and carbon | ||
===Advantage over Venus=== | ===Advantage over Venus=== | ||
| − | * A cold environment is much easier to handle than a hot. Especially on the planetary surface, a settlement on Venus is not possible. | + | |
| − | * Compared with a floating settlement in the Venusian clouds, the Martian surface provides easy access to substances for construction material. | + | *A cold environment is much easier to handle than a hot. Especially on the planetary surface, a settlement on Venus is not possible. |
| + | *Compared with a floating settlement in the Venusian clouds, the Martian surface provides easy access to substances for construction material. | ||
===Advantage over Jovian satellites=== | ===Advantage over Jovian satellites=== | ||
| − | |||
| − | |||
| + | *Higher gravity (with consequences for health) | ||
| + | *Sufficient solar power | ||
| + | |||
| + | == Space settlements == | ||
| + | Large rotating space settlements, such as those proposed by Gerald ONeil have a number of advantageous characteristics that put them in competition with Mars settlements. | ||
| + | They can have Earth normal gravity and pressure, sufficient solar power, none of the problems of Venus. | ||
[[Category:Mars Human Settlement]] | [[Category:Mars Human Settlement]] | ||
Revision as of 14:39, 6 May 2019
Settlements on Mars are planned to be a permanent habitat for human beings. The Mars Foundation™ is developing detailed plans for a Hillside settlement and a Plains settlement.
Additionally, a volcanic cave settlement and a multi-layered vault settlement are considered.
Contents
Location considerations
- Natural resources should be nearby to avoid long journeys.
- Natural caves may be used for shelter or for energy storage.
- Geothermal energy may be used for heating.
- Protection from solar radiation by mountains versus sunlight for greenhouse lighting.
Why settlements on Mars?
Compared with other celestial bodies, for instance Earth's Moon, the planet Mars provides a number of advantages. The Martian surface and atmosphere consists of all necessary substances that are needed to build and maintain a human settlement, including water, carbon and minerals. The environmental conditions are quite cold, but not too cold. The distance from the sun allows solar panels to operate, which is essential for energy production.
Particularly convenient is the existence of a visible sky, which can make people feel at home, and the day-night rhythm is nearly earth like. Though the gravity is lower than on Earth, it still allows people easily to walk and do exercise. The spacial orientation is supported. The comfort of sinking into a pillow for sleeping might be appreciated. And yet, there are several things, settlers would miss.
Advantage over Earth's moon
- Higher gravity (with consequences for health)
- abundance of water and carbon
Advantage over Venus
- A cold environment is much easier to handle than a hot. Especially on the planetary surface, a settlement on Venus is not possible.
- Compared with a floating settlement in the Venusian clouds, the Martian surface provides easy access to substances for construction material.
Advantage over Jovian satellites
- Higher gravity (with consequences for health)
- Sufficient solar power
Space settlements
Large rotating space settlements, such as those proposed by Gerald ONeil have a number of advantageous characteristics that put them in competition with Mars settlements.
They can have Earth normal gravity and pressure, sufficient solar power, none of the problems of Venus.
