What are the Martians going to eat? According to a report, SpaceX colonies on Mars will feed on insects and fake eggs

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If a colony of one million people exists on Mars, it will take tens of thousands of food-laden spacecraft and, after 100 years, will be self-sufficient only if they eat plants, insects , algae and "fake" eggs and milk.

This is according to a new article "Feed a million people on MarsBy Kevin Cannon and Daniel Britt of the University of Central Florida, Orlando, who examines how and when a colony of one million people on Mars could be self-sufficient in food.

Forget lettuce

"A Martian town will not be fed lettuce and tomatoes," the paper says. According to the newspaper, as the plants can not be grown outside and that raising farm animals will not be possible, food technology would be crucial. "Computers, automated insect farms and cell farming will provide a complete, non-vegan diet, produced locally on Mars. & Nbsp;

published by New space: the journal of space entrepreneurship and innovationThe article suggests that it could take 100 years for such a colony to become self-sustaining. "We have modeled the caloric and land requirements for a permanent Martian colony that affects a population of one million people and becomes self-sufficient in a century," says the paper, which presumed a population born out of poverty. Immigration in a natural way. "In the model, calorie needs were met with locally produced foods on Mars, combined with imports from the Earth." & Nbsp;

Land imports

In fact, massive quantities of imported food products would be needed by then. & Nbsp; "Tens of thousands of food supply vessels would be needed on their own, but this number can be significantly reduced by an increase in food production capacity in the early years of the colony." newspaper, which states that the high initial costs of developing a commercial food industry on Mars would save a lot of money in the long run because fewer launches would be needed.

SpaceX to Mars?

The research does not focus on sending NASA or other commercial space agencies astronauts on Mars, but rather on the type of permanent settlement proposed by Elon Musk, CEO and lead designer of the space company SpaceX. Using the SpaceX spacecraft and SpaceX's Super Heavy Rocket, he wants to establish an independent colony on Mars. on this ambitious calendar: & nbsp;

• 2022: cargo mission to & nbsp; March to confirm water resources, identify hazards and set up initial food, operation and life support infrastructure
• 2024: cargo and initial crew to build a propellant depot and prepare for future crew flights
• Several ships with 100 to 200 passengers bound for Mars every 26 months
• In the 50 to 100 years: a colony of a million martians

"By providing a transportation network, SpaceX hopes to encourage businesses and individuals to move to Mars and undertake development projects to support a growing settlement," the paper says. However, it suggests that cargo replenishment vessels are needed for additional materials, such as uranium for nuclear power and platinum for manufacturing projects. & Nbsp;

Eat like a martian

Cannon and Britt, who have a website called Eat like a martian, think that much more research is needed on food production on Mars before attempting a Martian settlement: & nbsp;

1. Cultures: Martians will need high-yielding crops such as genetically modified wheat and corn to grow under higher CO2 conditions, possibly using indoor greenhouses using artificial light as dust storms block the light. & Nbsp;
2. Insects and "clean meat": We must strive to find the most effective way to make better flavored meat from insects by using nutrients on Mars. & Nbsp;
3. Import food from the Earth: Sending food to Mars will be very expensive in terms of launch costs. Therefore, the first Martians should build & nbsp; feeder facilities as soon as possible, which essentially use local resources on Mars. This will drastically reduce the number of freighters loaded with the food that will be needed, although all depends on immigration rates – how many people want to go to Mars from Earth.
4. Alternative protein: Proteins will be difficult to obtain on Mars. Space scientists should talk about the alternative movement of proteins to take advantage of the latest developments in single-cell meat and vegetable protein products. & Nbsp;
5. A sustainable ecosystem: Nothing should be wasted in a Martian human colony. Insects must be fed with food waste, they must be fertilized with human waste and rice husks must be used as building materials. & Nbsp;

Coffee on Mars? & Nbsp;

In the early years of a Martian colony, it would only be one thing: survival. However, things could change with a pinch of a market economy. "To respect the human right to survival, a minimum daily caloric and nutritional requirement will be a necessary activity to establish on any moon or planet. Any activity exceeding these minimum requirements could, however, be a commercial activity, "says Ken Davidian, editor-in-chief of New Space, who has been working in the commercial space transportation industry for more than 30 years. It is not hard to imagine that coffee The fruits even suggest that the production and distribution of food products could constitute an important part of the economic growth of the planet Mars. & nbsp;

Wishing you a clear sky and big eyes. & Nbsp;

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If a colony of one million people exists on Mars, it will take tens of thousands of food-laden spacecraft and, after 100 years, will be self-sufficient only if they eat plants, insects , algae and "fake" eggs and milk.

That's what comes out of a new article entitled "Feeding a Million People on Mars" by Kevin Cannon and Daniel Britt at the University of Central Florida in Orlando, which examines how and when a colony of a million people on Mars could be self-sufficient. food.

Forget lettuce

"A Martian town will not be fed lettuce and tomatoes," the paper says. According to the newspaper, as the plants can not be grown outside and that raising farm animals will not be possible, food technology would be crucial. "Food computers, automated insect farms and cell farming will provide a complete, non-vegan diet that is produced locally on Mars.

Published by New Space: The Journal of Entrepreneurship and Innovation in Space, the article suggests that it could take 100 years for such a colony to become self-sufficient. "We have modeled the caloric and land requirements for a permanent Martian colony that affects a population of one million people and becomes self-sufficient in a century," says the paper, which presumed a population born out of poverty. Immigration in a natural way. "In the model, calorie needs were met with locally produced foods on Mars, combined with imports from the Earth."

Land imports

In fact, massive amounts of imported food would be needed by then. "Tens of thousands of food supply ships would be needed on their own, but this number can be significantly reduced by an increase in food production capacity in the early years of settlement," the paper says. The costs of developing a commercial food industry on Mars would save a lot of money in the long run because fewer launches would be needed.

SpaceX to Mars?

The research does not focus on sending NASA or other commercial space agencies astronauts on Mars, but rather on the type of permanent settlement proposed by Elon Musk, CEO and lead designer of the space company SpaceX. Using the spaceX spacecraft and Super Heavy Rocket SpaceX, he wants to establish an independent colony on Mars according to this ambitious schedule:

• 2022: Mars cargo mission to confirm water resources, identify hazards and set up initial food, operation and life support infrastructures
• 2024: cargo and initial crew to build a propellant depot and prepare for future crew flights
• Several ships with 100 to 200 passengers bound for Mars every 26 months
• In the 50 to 100 years: a colony of a million martians

"By providing a transportation network, SpaceX hopes to encourage businesses and individuals to move to Mars and undertake development projects to support a growing settlement," the paper says. However, it suggests that cargo replenishment vessels will be needed for additional materials, such as uranium for nuclear power and platinum for manufacturing projects.

Eat like a martian

Cannon and Britt, who have a website called Eat Like A Martian, think that it takes much more research on food production on Mars before attempting a Martian colony:

1. Cultures: Martians will need high-yielding crops such as genetically modified wheat and corn to grow under higher CO2 conditions, probably using indoor greenhouses using artificial light as dust storms would block the light.
2. Insects and "clean meat": We must strive to find the most effective way to make better flavored meat from insects with the help of nutrients on Mars.
3. Import food from the Earth: Sending food on Mars will be very expensive in terms of launch costs. Therefore, early Martians should build as soon as possible catering facilities that, crucially, use mostly local resources on Mars. This will significantly reduce the number of cargo-laden cargo ships that will be needed, although all depends on immigration rates – how many people want to travel to Mars from the Earth.
4. Alternative protein: Proteins will be difficult to obtain on Mars. Space scientists should talk about the alternative movement of proteins to take advantage of the latest developments in protein-based meat and unicellular plants.
5. A sustainable ecosystem: Nothing should be wasted in a Martian human colony. Insects must be fed with food waste, human waste must be used to fertilize plants and rice husks must be used as building materials.

Coffee on Mars?

In the early years of a Martian colony, it would only be one thing: survival. However, things could change with a pinch of a market economy. "To respect the human right to survival, a minimum daily caloric and nutritional requirement will be a necessary activity to establish on any moon or planet. Any activity exceeding these minimum requirements could, however, be a commercial activity, "says Ken Davidian, editor-in-chief of New Space, who has been working in the commercial space transportation industry for more than 30 years. It is not hard to imagine that coffee The fruits even suggest that the production and distribution of food products could constitute an important part of the economic growth of the planet Mars.

Wishing you a clear sky and big eyes.