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-Disease Resistance

-Resistance to radiation

-Skin color plays a minor factor

-Denser Bones

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Homo Galacticus: How Space Will Shape The Humans of The Future

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Also, here, thanks to AI and Mrs Miller for simplifying:

https://docs.google.com/document/d/16mcY1viq9ERzDUMQpm33A70m85KvvC2VeuJUtfKuc40/edit?tab=t.0

Natural Selection will play a huge role.

We are studying animals and bacteria, and even people that live in extreme climates to help us figure out how we might survive living in space.

It will be hard for us to adjust to the Microgravity, and space is known to do things with your muscles, brain, fat, and weight. This will all be things we have to evolve for to live in space.

Why would we do this? We need a place to go when the sun dies.

We may have to Literally change our bodies.

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Human Adaptation to Deep Space Environment: An Evolutionary Perspective of the Foreseen Interplanetary Exploration

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Long-term and deep space exploration is a prevailing dream that is becoming a reality. Is that so? The answer to this question depends on how the main actors of space exploration, i.e., politicians, scientists, and engineers, define “long-term” and…

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Some of us have adapted to very harsh climates before, so it means that may be possible for space. But it takes a long time.

We can speed this up using Gene editing, which sceintest use to change our genes if we have genetic diseases, and we could do this for space, to change us to be able to survive in space. Melanin, which protects the skin from radiation may play a crutial factor in doing this. But there is ethical debates about doing something like this. Several Bacteria and fungi are helping us try to do this, and if we can agree on the ethics, all this could happen and could happen soon, even.

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Could we survive prolonged space travel? - Lisa Nip

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Prolonged space travel plays a severe toll on the human body: microgravity impairs muscle and bone growth, and high doses of radiation cause irreversible mutations. As we seriously consider the human species becoming space-faring, a big question stands: even if we do break free f…

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We have to change so many things, including us.

We have to change our food

We have to change our fuel.

We have to change ourselves.

We have to modify plants.

Even on earth, we rely on genetic modification to survive.

We have GMOS.

Gene editing and sythetic biology is how we will do this.

We can bring modified plants to mars, used to harsh climates to help us.

We will need melinan.

We need to use Genetic Modification to modify organisms to survive on another planet.

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If we hope to one day leave Earth and explore the universe, our bodies are going to have to get a lot better at surviving the harsh conditions of space. Using synthetic biology, Lisa Nip hopes to harness special powers from microbes on Earth-such as the ability to withstand radiation-to make humans more fit for exploring space. "We're approaching a time during which we'll have the capacity to decide our own genetic destiny," Nip says. "Augmenting the human body with new abilities is no longer a question of how, but of when."

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How humans could evolve to survive in space - MIT Media Lab

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Connects becuase https://pmc.ncbi.nlm.nih.gov/articles/PMC7193087/ is talking about Physiological science

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of or relating to physiology; characteristic of or appropriate to an organism's healthy or normal functioning; differing in, involving, or affecting physiological factors... See the full definition

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The science of studying the body.

This relates becuase space effects your body, and NASA is studying the PHYSIOLOGICAL effects.

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The cycle of day and night. This relates becuase in space, NYCTHERMERAL cycles are different.

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Bright rays that are very hot. RADIATION is a danger of space.

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Why you should see this

First up, it's credible. Many sources say Ted Talks are credible, also, it's also on an EDU website, which is also usually credible. But that's not all. It provides examples for you to really think about how it would all work, and it's done in a way that people of any age can learn and enjoy from it.

Summary

To evolve for space, we have to do SO much. So much needs to change; Our plants, our fuel, and even US! For every plant and life form, we will have to modify their genes, with genetic editing. Even on earth, we have done this, we've changed our plants to be cold resistent, drought resistant, etc; All this was pulled off with GMOS and gene editing. So, with all this said, we have to change SO much to live on another planet, and/or live in space.

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If we hope to one day leave Earth and explore the universe, our bodies are going to have to get a lot better at surviving the harsh conditions of space. Using synthetic biology, Lisa Nip hopes to harness special powers from microbes on Earth-such as the ability to withstand radiation-to make humans more fit for exploring space. "We're approaching a time during which we'll have the capacity to decide our own genetic destiny," Nip says. "Augmenting the human body with new abilities is no longer a question of how, but of when."

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How humans could evolve to survive in space - MIT Media Lab

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Why You Should See This

There are several reasons. One is that it is a good source, and It is trustworthy. Another is that it has pictures, visuals, and good explanations to help you learn about the topic. It's educational for everybody, and has good, true information.

Summary

Some of us have adapted to very harsh climates before, so it means that may be possible for space. But it takes a long time.

We can speed this up using Gene editing, which sceintest use to change our genes if we have genetic diseases, and we could do this for space, to change us to be able to survive in space. Melanin, which protects the skin from radiation may play a crutial factor in doing this. But there is ethical debates about doing something like this. Several Bacteria and fungi are helping us try to do this, and if we can agree on the ethics, all this could happen and could happen soon, even.

# data[].attributes.attachment_link.title
Could we survive prolonged space travel? - Lisa Nip

# data[].attributes.attachment_link.description
Prolonged space travel plays a severe toll on the human body: microgravity impairs muscle and bone growth, and high doses of radiation cause irreversible mutations. As we seriously consider the human species becoming space-faring, a big question stands: even if we do break free f…

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Why You Should See This

This is a pretty good article, with quite a bit of information. It's unbias, and also has sources to back it up. It gives us a good look on how we may evolve, and also acknolodging that some of this will be a mystery.

Summary

Adapting to space will change us. We will be a new species, and natural selection will shape us. When humans go on trips to space, when they come back, often, their bones are less dense, and a lot of changes happen to their mind and body. So, scientests believe that we will evolve to have denser bones. Also, radiation plays a big role, and humans may have more melinan. Finally, there are a lot of diseases you could get, so we may become resistant to those. So, scientests think we may have denser bones, more melinan, and deasease resistance.

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Homo Galacticus: How Space Will Shape The Humans of The Future

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Fact check info on other sources.

WE will change A lot.

We may need a healthy, small, population to colinize other planets.

Possibly a low population in other planets.

We will need good genes to have a population in another planet.

Culture May Change.

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How Humans Will Evolve on Multigenerational Space Exploration Missions

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How future generations will make the voyage from our earthly home to the planets and beyond—and what it means for our species

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Why You Should See This

It's filled with lots of information. It has lots to learn, and is not to hard to read with the doc version. Also, it's the best source, as it is a younger version of a GOV website page.

Summary

Natural Selection will play a huge role.

We are studying animals and bacteria, and even people that live in extreme climates to help us figure out how we might survive living in space.

It will be hard for us to adjust to the Microgravity, and space is known to do things with your muscles, brain, fat, and weight. This will all be things we have to evolve for to live in space.

Why would we do this? We need a place to go when the sun dies.

We may have to Literally change our bodies.