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Colonize Mars (Explain how that system change/intervention/innovation can…
Colonize Mars
Explain how that system change/intervention/innovation can help overcome the demographic challenge in your country.
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It will solve the demographic problems of China by creating a new environment where China will make sure they have more young people.
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Everyone gets to restart in life, everyoneis equal
A decrease in poverty will follow China would not want to be ridiculed for lots of people dying when they have achieved something thought to be impossible. China will automatically reduce poverty as so not to get ridiculed by other countries
Summarise the benefits and challenges of your solution in meeting the demographic challenges of your country. Can use a table to organise this.
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There would be a demographic change because there would be more space, and China would have to reindustialise
After the reindustrialization, China would have learnt their lesson and change their ways in order to avoid stage 4 in the demographic model of low birth and death rates, China would avoid this in order to have an equal population
Describe an intervention that will ensure fair development and access to a resource that is required by a particular demographic group in the country.
Colonizing Mars would be a great solution not involving that much work. China has been often associated with the problem of overpopulation, therefore the solution of colonizing Mars would be ideal for China.
Also, China has the necessary technology to, by the year 2030, have people land on Mars. After that accomplishment, It is estimated to take another 20 years to make Mars habitable.
The solution may need a large amount of time, however, it saves much more time than other solutions. In addition, the solution will also solve the problem of land deficiency
With most of China vacant, the United Nations will be able to divide up the vacant land between countries who need lands such as Singapore, Micronesia, Monaco, and Seychelles. This solution would be like killing 2 birds with 1 stone.
Describe the origins of the new system/innovation in detail including what it does, how it works and the cost.
Current Cost
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US$$ 2,300 million for all remaining (building or grouping far away from the main action) hardware and supplies before the human mission US$$ 1,250 million for sending the first crew to Mars
US$_$ 582 million for operations, including space traveler selection and training
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US$_$ 1,850 million per year for follow-up human missions
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