HOW TO BECOME A MARS ASTRONAUT (future colonization)
Martian astronauts train on Earth on board the Mars Training Space Station before heading to the Lunar Base. If Mars had life, then life on Earth could have come from Mars, making every life form on Earth descended from Martians. Martian Survival Training happens in the deserts of Earth, putting the astronaut cadets through hostile and lifethreatening environments similar to Mars. The Artificial Intelligence-led classrooms where the astronauts learn the cultural and technical side of living in space are also found on Earth. The astronauts learn about the culture of the Martian Colony and even the creole Martian Language. There is a class on Open Space Law and Martian Law, then come the complex technical classes which focus on STEM (Science, Technology, Engineering, and Math). The Mars Training Space Station, known as the MTSS, was built by the International Space Partners as a way to train astronauts for the monthslong flight to Mars. It takes four to six months to fly to Mars, and Martian astronauts need to maintain and fix the inside and outside of their spacecraft while also conducting experiments and prepping for work on the surface of Mars.
There are 320 astronauts being trained at the lunar base each one training for different martian missions missions such as fuel plant expansion insitu harvesting and biodome construction and surface exploration on luna. The astronauts are trained to get used to living in the virtual world as it helps with their wellbeing during the transfer when they are flying further away from earth. These talents are mining engineers agrobotanist farming personnel and habitat and construction engineers. These engineers are all going through their final training at the luna base on mars. The martian colony is being built by the international space partners of earth. A new space culture is emerging at the martian colony of mars. For some it is a tradition to be silent at meal times and talking is saved for after while drinking tea for others meal time is for getting together and talking. The mixing of the earthian cultures is birthing new traditions.
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THE FIRST 10,000 DAYS ON MARS (TIMELAPSE)
In 2035, the first settlers land on Mars after a long journey from Earth. The colony is harsh, with an average temperature of 63 degrees Celsius or minus 81 degrees Fahrenheit and a maximum of 20 degrees Celsius 68 degrees Fahrenheit in the summer at the equator. Wind storms are common on Mars, and quakes orbiters that are monitoring the climate warn astronauts of incoming dust storms and changes in the weather. The year 2035 will be known as the great crossing Earth and Mars are closer than usual this is known as a perihelic opposition. A fleet of starships full of fuel cargo and passengers is waiting in low earth orbit when the launch window opens, and they fly as a fleet to Mars. The journey is shortened from seven months to five and hundreds of settlers land on the red planet.
The first restaurant on Mars opened serving bioprinted food including meat. The first bioprinter arrived and was used at the hospital to test the printing of human parts. The first fully autonomous orbiting manufacturing station arrived in Mars's orbit. The colony produced all of its own power, breathable air, water, food and fuel. Woody plants were thriving in vast enclosed greenhouse domes built over melted ice lakes near the equator. The first strands of grass were found growing wild on the martian surface escaped seedlings from the greenhouses were attempting to survive on the surface of Mars. Foreign seedlings were also found growing.
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Time lapse of teraforming mars
40 starships fire nuclear missiles towards the poles of Mars. Two pulsing suns are created in the skies above the north and south poles of Mars, and so begins the terraforming of Mars. The cold radioactive and sterile desert surface is being rehabilitated into its former green self. The temperature is rising, the ice is melting, and the atmosphere thickening, kickstarting a cascading greenhouse effect on Mars. When fully terraformed Mars will have an ocean a mile 1. 6 kilometers deep covering more than 20 percent of the planet with slowmoving monster waves. There will be one giant ocean in the northern hemisphere where it is flat and below average elevation, while in the south filled with craters and high elevation there will be dry land. Solar winds strip the unprotected atmosphere away into space as the magnetosphere grows and strengthens the magnetic field surrounding the planet. 100 grams to 2 kilograms of atmosphere needs to be manufactured by settlers every second. Asteroids and comets are redirected targeting the deserts on Mars because there is not enough co2 on Mars to fully transform the atmosphere. There are open areas for farming plants in the native martian soil.
Bioengineering has the potential to create more sustainable, advanced societies by improving the quality of life for all. By introducing selective breeding and other techniques, we can improve the quality of soil and surface. This will help build the foundation for a more complex biological world to thrive. As we learn more about how our bodies can be bioengineered to survive on other planets, we will have control over our own evolution.
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