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Emerald Desire
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It starts with a gold rush of sorts. As soon as people step out of the comfort bubble of our world, a greed takes hold and a race begins to harvest the precious metals in the nearby asteroid belt. However, this new industry doesn’t progress much farther than these rich rocks. Perhaps just not cost effective enough?
Closer to home, a particularly wealthy individual has started a project of a generation ship. They apparently believe that the place in history is worth the cost as they drain most of their resources to create a vessel that should take 400 people to our neighboring star. Several space programs around the world have stated that the ship is unlikely to make it’s destination due to the cost-reducing measures taken, but only time will tell.
>Colonization
A new migration begins to take place. As ventures out into space become more common, imaginations run wild about living on other worlds. Some wish to stake their claim and carve out their piece of the solar system. Some wish to escape their debts and hardships, feeling that the cruelties of space are a better alternative to what they have now. Many nations also feel this urge, as colonizing other planets offer power, resources and eventually even taxes. Whatever the reason, passenger ships begin emanating out to various corners of our solar system as pioneers begin to tackle the greatest challenge yet.
Please choose three planet/moon types to colonize:
Barren(surface): The most common type of rocky planet and moon. They lack an atmosphere, warmth, and any sort of life. The biggest obstacle, however, is the unblocked radiation bombarding the planet at all times.
Barren(sub-surface): Sometimes barren planets possess an atmosphere too small to be worth mentioning most of the time. However, burrowing and excavating into the ground can lend access to the benefits that the thin shell of air can provide.
Ice-ball: A planet or moon too far from the sun that all liquids and even some gases have become a shell of ice. Deep below there is theoretically an ocean of sorts, but in practicality it would be inaccessible. Still, the ice can be a malleable material to work with and some ice-balls can support an atmosphere.
Active: These planets still have a molten core and have a very volite surface, full of volcanic activity. If a moon, this is most likely a result from gravitational pressures from the nearby gas giant. These types of planets usually have an atmosphere of sorts due to the belching volcanos.
High-pressure(stratosphere): Some planets have a thick, toxic atmosphere and the easiest way to deal with it is to just not be in it. The atmosphere tends to be so dense that “regular” air can easily float on it, allowing us to build cloud cities of sorts. Of course, it’s a delicate solution.
High-pressure(surface): Being on the surface of a planet with such an atmosphere is surprisingly similar to that of a barren planet, just in the opposite direction. High temperatures and high pressures are accompanied by hostile weather. However, radiation is not a problem and the air can easily be processed into something usable.
Blasted: Probably the most difficult to live on, and in fact most colonies will likely fail. A rocky planet so close to the sun that the one side is consumed by unbelievable amounts of heat and radiation. All while the other side freezes to the coldness of space. Of course, the rotation of the planet means there’s no zone safe from this barrage of radiation. Only fully subterranean colonies can survive here.
Hidden gem: Luckily for us, there’s apparently a planet in the goldilocks zone. It possesses a basic nitrogen atmosphere and is warm enough that water will melt at it’s equators. There’s no life, of course, but it’s practically welcoming us to be the first.
Just a note, this isn’t a list of all the planets/dwarf planets/moons in our starting system. The ones that don’t get chosen may or may not exist afterwards.
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