Mars (The Second Renaissance)

4,715pages on
this wiki
Add New Page
Add New Page Comments2
United States Martian Territories
Timeline: The Second Renaissance
OTL equivalent: Mars, Phobos and Demos
"E Pluribus Unum."
Demonym American, Martian
Currency United States Dollar ($) (USD)
Calling code +1

Mars is the fourth planet from the Sun in the Sol System. The planet is named after Mars, the Roman god of war; it is also referred to as the New World, the Red Planet, and the 4th Rock. Home to millions of species, including humans, Mars is the second planet ever to support human civilization after achieving human rated habitability in 2081, after 50 years of terraforming.

Mars is a relatively dry planet with only half of its surface covered in Water. Mars is a terrestrial planet with an atmosphere conditioned to be as thick as Earth’s, having surface features reminiscent both of the impact craters of the Moon and the volcanoes, valleys, deserts and polar ice caps of Earth. The first humans began exploring Mars in the early 2020s after decades of robotic exploration; the first research colonies sprang up on the surface by the middle of the decade; and in 2030 humans began the decades long process of terraforming Mars into a habitable world. Since then, humans have significantly altered the atmosphere and other abiotic conditions on the planet, enabling the proliferation of organisms as well as the formation of the ozone layer which, together with Mars’s restored magnetic field, blocks harmful radiation, permitting macroscale life on the surface. The physical properties of the planet Mars, as well as its geological history and orbit, allowed life to persist naturally during a brief period roughly 3 billion years ago, prior to a cataclysmic series of volcanic events and magnetic instability that led to the cooling of the planet and a thinner atmosphere.

Mars’s outer surface has only three tectonic plates, that gradually migrate across the surface over periods of many millions of years. About 53% of the surface is covered with salt-water oceans, the remainder consisting of the single supercontinent (though it is classified as two) and islands; liquid water, necessary for all known life, as it is on Earth. Mars’s interior remained active prior to terraforming, but was extremely weak, with a thick layer of relatively solid mantle, a liquid outer core did not generates a magnetic field until after begin restared by a series of high energy microwave generators..

Both the mineral resources of the planet, as well as the products of the biosphere, contribute resources that are used to support a global human population. Human cultures have developed many views of the planet, including personification as a deity, a new home for humanity, and the first step towards becoming a space faring civilization


Dozens of unmanned spacecraft, including orbiters, landers, and rovers, had been sent to Mars over the course of the early space age by the Soviet Union, the United States, Atlantic Europe, India, China and Japan to study the planet's surface, climate, and geology.

First Settlers

In 2020 the major spacefaring companies came together with NASA to form the Mars Corporation, an US Government sponsored conglomerate aimed at the permanent human colonization of Mars. The Mars Corporation launched the first manned mission to Mars in 2023, organized primarily through NASA as a purely scientific mission. Landing in Terra Meridani, and establishing Meridian Base, Expedition 1, while successful in discovering conclusive proof of ancient life on Mars, largely confined to the seas and rivers, was unable to establish a base that could permanently house colonists without aid from Earth. This was not a terrible setback, as the first privately launched mission by LE. established the first successful base in what is now the city of Bradbury in the Tharsis Territory. NASA, initially hesitant to be tied down by private companies seeking to exploit Mars beyond scientific interest, revised their relationship with the Mars Corporation so that NASA scientists would simply be stationed at MarsCorp bases.

Shortly after the success at Bradbury, SpaceX founded the city of Opportunity at the landing site of the famous rover. Much like Bradbury, Opportunity was a domed settlement, constructed entirely from onsite materials to shield the inhabitants from the planet's deadly radiation. Inside the dome a stable habitat could be formed to provide for its occupants.into Tharsis and Araby. Successful American settlement on the western hemisphere continued with the Tharsis Colony in 2024 at Heinlein and Elon's Purchase at Sagan in 2025. Early experiments in communal living failed until the introduction of private farm holdings at Bradbury and Heinlein. Most settlers in every colony were technicians, engineers, or terraforming scientist, but other industries developed over the years as smaller research stations and largely unmanned industrial and resource extraction sites were established.

The Mars Corporation, as an entity tied to the US Government, could not legally accept non-US Citizens as colonists for fear of technology theft, and as such was limited to an entirely domestic labor pool, which was already overburdened by the population crisis. These purely American companies then proceeded to divide the planet Mars into administrative possessions that would become the colonies, with each colony or territory being tied directly to one of the Mars Corporation's member organizations. NASA could not legally claim ownership to any territory in accordance with the 1967 Outer Space Treaty, but private companies were still free to administer these regions without ceding them directly to the United States. The largest possessions were claimed by SpaceX and Lunar Energy Ltd. (LE), the two largest contributors to the project at the time outside of NASA.

A problem quickly arose in this rapid settlement as food production in many of the cities could not keep up with the nutritional demands of the colonists, save for those in the Tharsis Territory, where LE, the most established off world corporation prior to Mars, focused its efforts away from an immediate return on its investments to instead develop lasting food supplies. With many smaller problems revealing themselves on an almost daily basis, MarsCorp was partially reorganized for more cooperation between the colonies, with the construction of the New Richmond Space Elevator, and the Mars Transit network between the Tharsis and Argyre colonies. As agriculture developed, major crops included rice, corn, and wheat.


During this time, the colonies had successfully begun the most ambitious of MarsCorp's projects: The Terraforming Program. From the first touchdown at Bradbury, the colonies began spreading a cocktail of genetically modified organisms (GMOs) across the planet via disposable drones. These organisms, little more than bacteria, spread across the planet's surface processing the toxic dust into a usable soil base and extracting greenhouse gasses from the soil. When a given condition of these organisms would be met (O3 levels rising to a certain point, the selenium content of the soil, etc.) a fail-safe in their genome would trigger their demise, depositing more vitamins into the new soil base. Meanwhile orbital mirrors, constructed out of next generation nanoprinters on the moon, were deployed to heat up the surface of the planet. Additionally, the new space elevator allowed asteroid mining firms from Earth via their new Martian colonies to set out for the Asteroid belt and begin peppering Mars with asteroids to generate more heat, and by 2036, even expand the size of Mars's moons by moving several large asteroids to Martian orbit. From this continuous addition of heat and a thicker atmosphere to hold it all in, Mars rapidly developed oceans over the course of the next two decades. The red planet now had a foundation from which to develop a biosphere, and while it would take decades, Mars was now on its way to habitability.

By 2050 Mars's oceans had expanded to cover the northern lowlands of the planet. River beds were dredged, and canals carved via orbital mirror to provide water to the interior. Genetically tailored algae, lichens, fungi, and simple mosses and ferns were added to the planet during the 2040s to build the all important topsoil from the now slightly less toxic dust. By the middle of the 50s the grasses, ferns, clovers, and mosses were being added where the soil base is strongest, and in some cases the shrubs and trees were being given a trial run. The first insects were to arrive shortly thereafter, while the seas were being pumped full of a host of genetically tailored corals and plankton to take advantage of the iron rich seawater. Surface temperatures at the equator hovered around 25 degrees C during the long summer, increased incrementally with the regular nitrogen shipments from Titan. The atmosphere was just dense enough at this point to allow settlers to exit the protective domes without full pressure suits. For Mars WWIII wasn't just a distant event that they could not realistically participate in, as it was for the outer colonies. The emotional weight of the war was still felt, as colonists had old friends and family who fought and died to preserve their safety and freedom from the endless conflicts of Earth.

First Martian Revolution

The First Martian Revolution, wasn't really a revolution by any definition known to the politicians on Earth, but to Mars it was the closest they'd ever come to such a change. Mars's first wave colonial population was comprised almost entirely of people who would work to see Mars terraformed over the course of a century, reaching habitability in the late 2070s. That kind of commitment requires a level of patience that isn't seen in most humans, and therefore political change comes more easily as acts of adaptation and compromise. In the 2030s the Mars Corporation changed from a confederacy of semi-autonomous corporate purchase, to a commonwealth of territories under corporate rule. In the 40s they changed again, as the corporations that founded Mars began using it as a staging point for the outer planets, its citizens ruled themselves more directly. In the 2050s Mars was officially acknowledged as a US Territory and granted a resident commissioner in the US Congress. In the 2060s the non-human rights movement came to Mars, and new questions of liberty began to be asked.

In the 2070s its citizens began to formally call for full representation in the US Congress. These calls were less for the current citizens, and more for Mars as a whole. When the population cap would be lifted and the billions of new citizens flooded in from Earth, would they be left without representation? As economic activity increased exponentially with the new citizens and the lifting of travel limits, would they be taxed and regulated by a government that did not represent them? For five years these questions went unanswered, and for five years the people of Mars grew restless. Talk of banning all immigration to the United States directly threatened Mars's future, and leave the planet bankrupt. The Mars Corporation, which had been a relatively "hands off" entity in the daily lives of Mars's population began meeting to discuss post-Settlement governance of the planet, and just like the US Government, they were content to leave the Martian people out of the conversation. When MarsCorp Chairman Kanzaki announced the plan to impose planet wide fees on products imported from Earth and travel between the territories, Mars finally spoke up. Protests, boycotts, and strikes broke out planet-wide, and Mars seemed poised for Revolution against MarsCorp, and potentially the United States on Earth.

In 2079, on the eve of the next Presidential election, and as MarsCorp's shareholders were reeling from profit losses and the potential loss on their territorial claims, Galileo Development's President, Adrian Hayer proposed a solution. Galileo Development was an offshoot of Lunar Energy Ltd, and while it did not have a direct stake in MarsCorp, it had been shipping Nitrogen down system from Titan to Mars for four decades. Through LE, Galileo agreed to broker a deal with the colonists and Earth, and purchase 35% of MarsCorp's holdings, in exchange for long term trade between the colonies. MarsCorp would be dissolved after its remaining lands were bought by settlers and after reaching out to popular presidential candidates with promises of Helium-3 deliveries from Neptune, Galileo Development was able to deliver a compromise to Mars. When any immigration bill would be brought before Congress, it would stipulate that its policies would not apply to people wishing to relocate to the colonies. These promises quieted the Martians and in 2081 when the borders were closed the Rosiland Amendment was passed with the broader immigration bill, allowing people to immigrate to the United States on Mars, and granting the Martians the right to divide themselves into Territories, just not states. This was enough to satisfy the Martians, and so the First Martian Revolution drew to a close. The seeds of true revolution, however, were planted, and it would be another generation before they would sprout.

Founding of the ITC

Second Martian Revolution

The First Martian Revolution sewed the seeds of revolt, The Second Martian Revolution reaped them. For decades Mars and the rest of the system's colonies saw their populations grow from a stream of colonists from Earth. By the 2130 census Mars's population had reached 3 Billion citizens, and hundreds of territories. Resident commissioners from these territories constituted a large and deafening voice in the US Congress on Earth, nearly matching the number of every Representative and Senator. Yet their voices were always treated as secondary to the voices of their Terran counterparts. For a time, this arrangement wasn't detrimental to either side. The colonists governed themselves without meddling from Earth, and the nations of Earth were free to act with minimal interruption from the colonies. The bad blood between the colonies and Earth after the Guardiola Incident, had turned from contempt to apathy among the majority of the population. As the situation on Earth deteriorated, however, that feeling began to turn to fear and that fear fed the forces of reaction.

As the struggle between Mexico and the US threatened to explode into a far worse war than any in this century knew, the colonies feared that such a conflict might spread to them; the specter of the Guardiola Incident continued to haunt the minds of the colonists. Mexico had been steadily weaponizing their Orbitals since 2115, and it was no secret that Mexico wanted a piece of the colonies for themselves. This gave fuel to the long dormant Independence movement in the colonies, particularly the Mars Society for Independence and Freedom, which began a more aggressive and often militant push for a formal separation from the United States on Earth. The MSIF argued that only as an independent power could Mars and the rest of the colonies hope to defend themselves, and achieve the rights that the US on Earth had long denied them. They were lead by Maisie Luong, a natural born Martian, and veteran of the Guardiola Incident. Luong rallied her supporters across the planet through propaganda and marches on territory Capitols, often clashing with local police forces. As the Mexicanos Libres Party on Earth continued their tirade against the colonies, and Mexico conducted more drills with their Orbitals, the MSIF got louder and more aggressive. It all came to a head when Luong and her supporters stormed the Headquarters of the ITC in Bradbury. Luong hoped to overthrow the ITC, which she and her supporters had come to see as lap dogs of the US government on Earth. Flying red flags and brandishing old weapons and armor from the Guardiola Incident, five thousand MSIF stalwarts clashed with the police, the territorial militia, and finally the Mars Planetary Guard before the mob was put down. The majority of the MSIF was arrested or killed during the fighting and raids on their safe-houses following the Bradbury Riots; Luong herself was killed during one such raid. While the MSIF was destroyed, Luongist supporters from Tharsis to Araby have continued to fly the red flag against the ITC and the US on Earth, a constant reminder of the tensions that threaten to tear the Union apart.

In contrast to the MSIF, and the Independence Movement, the majority of the colonists have renewed calls for full integration into the Union, flooding the Congress of with pro-integration Resident Commissioners. ITC Chairman, Lionel "Leo" Halvidar has been the driving force behind this renewed call to action. A longtime advocate for integration, and one of the most active Chairmen in living memory, Halvidar was seen by most as a moderate between the revolutionaries in the colonies, and the established forces on Earth. The Levin Administration, having lashed itself to Mexicanos Libres party leader David Castillo, could do little to answer these calls, being paralyzed with fear over a civil war in the Homeland. Halvidar lobbied the government on Earth with one message, "Bring the colonies into the Union, or you will face TWO rebellions." With the parties busy tearing themselves apart over the 2130 midterms, it doesn't seem likely that this warning will be heeded by the leadership of Earth.

While some in the colonies feared being pulled into a war on Earth, others colonial leaders believed that even if war did not spread to the colonies, Earth would be devastated by a conflict between Mexico and the US, and the colonies would be left to manage untold waves of refugees. With Mars's population reaching its cap, and Venus still not fully Terraformed, this was simply not an option. To prepare for the possibility of devastation on Earth, or outright war, the ITC quietly funded the construction of a series of ruggedized, high speed spacecraft in the Asteroid Belt. They would not be outfitted with weapons, and be crewed only for running relief efforts to the Earth, but the ITC knew they were building a fleet to either end a war on Earth, or at least prevent one on Mars.

Administrative Divisions

# 56starflag State Ratification‡ or Admission Preceding Entity
1 Bradbury Flag Bradbury 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Bradbury Territory
2 New Virginia Flag New Virginia 00007-12-Template:0expr 2133 Dec‍ 7 ‡ New Virginia Territory
3 Xanthe Flag Xanthe 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Xanthe Territory
4 Hawthorne Flag Hawthorne 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Hawthorne Territory
5 Heinlein Flag Heinlein 00007-12-Template:0expr 2134 Dec‍ 7 ‡ Heinlein Territory
6 Template:Country data Viking Viking 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Viking Territory
7 Goddard Flag Goddard 00007-12-Template:0expr 2134 Dec‍ 7 ‡ Goddard Territory
8 Sagan Flag Sagan 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Sagan Territory
9 Template:Country data Aurora Aurora 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Aurora Territory
10 Template:Country data Eosotamia Eosotamia 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Eosotamia Territory
11 Template:Country data Vandalia Vandalia 00007-12-Template:0expr 2133 Dec‍ 7 ‡ Vandalia Territory
12 Zephyria Flag Zephyria 00009-12-Template:0expr 2134 Dec‍ 9 ‡ Zephyria Territory
13 New Norfolk Flag New Norfolk 00009-12-Template:0expr 2134 Dec‍ 9 New Norfolk Territory


  • Ironwood - With an average height of 100 meters and an estimated maximum height of 300 meters, the Martian Sequoia, better known as the Ironwood Tree, was engineered to serve as a wind breaking forests along rivers and glacial reservoirs. Their name comes from their ability to absorb the iron rich soil of Mars into its meat and bark, the effect of which is an extremely sturdy conifer that can grow to tremendous heights under low gravity.
  • Black Maple - A special variant on the Japanese maple tree, the Black Maple is named for its extremely dark leafs which serve to compensate for the lack of Martian sunlight and guard against radiation.
  • Arean Poplar - With the exception of its height, the Arean Poplar is nearly identical to its terran cousin. Created to serve as a faster growing, low mass alternative to the Ironwoods, Poplars line high embankments, rivers and lakes across the Martian equator, protecting terrain from wind damage.
  • Red Cactus - An unintended consequence of this variant of the cousin of the Pitaya was a distinctly red skin. Its fruit, a tangier, somewhat less seedy version of the Terran Dragon Fruit, is a favorite treat among the local populace. Red Cacti are common across the deserts of Noachis, and is cultivated for mass consumption.
  • Longan - A variant of the terran tree of the same name, Longans were cultivated by Chinese settlers in the 2080s.
  • Blood Apple - An engineered variant of the terran Fugi, the blood apple is named for its deep red skin.
  • Fire pear - A strain of Asian pear with an inserted gene to boost production of cinnamaldehyde, the fruit of this tree is both sweet, refreshing, and spicy. Like most fruit trees on Mars, its trees are extremely broad and darker than its terran counterparts.
  • Red Wheat. Cultivated from various strains of Earth grains, Red Wheat shifts to a dusty red when its ready to be harvested. The effect tends to be bleached out by most mills.
  • Nightweed - Strain of common Seeweed bread to grow hundreds of meters in length in the deeper waters of the Boreal Ocean. By day it is responsible for a sizable amount of black body radiation, but by night it plays host to a bio-luminescent light show.


  • Dragons-One of the many species to be genetically engineered for Mars's unique gravitational and atmospheric conditions, "Dragons" on Mars are the hybrids of Kamodo Dragons, Dinosaurs, and other species depending on the sub species. Like every animal on Mars they were engineered to dislike human pheromones and occupy only select zones.
    • Mariner Drake-The most common species, the Mariner Drake is dominant in Mariner Valley. Approximately twenty five feet in length, they are one of the smaller species, and one of two capable of flight. They were modeled off of the traditional European Style Dragons.
    • Olympic Razorback-A genetic accident, the Olympus Razorback is roughly forty feet long with a fifty foot wing span. They are the only species that can breath fire, and fortunately dwell in the high altitudes of the Olympic Range. They are dark brown to black, and have often been compared to the fictional Nazgule of the "Lord of the Rings." They are extremely aggressive, and are covered and a series of sharp armor like plates, most notably on their back where they form a sharp spine of razors.
    • Yang Serpent-The most docile of the Dragons, the Serpents live in the river valleys of . They are unable to fly, but can swim and, naturally, were modeled off of the mythical Chinese Serpents of yore.
    • Swamp Dragon-An unusual creature that lives in the Hellas Planitia Swamplands. The Swamp, or Land Dragon as it is often called is physically unable to fly, or stay submerged much longer than a half hour.
  • Griffin
  • Hippogriff
  • Phoenix
  • Thartian Wolf - Far larger than their Terran cousins, Thartian Wolves have been known to even take down Olympic Mammoths.
  • Diplocaulus
  • Elephant Bird
  • Elasmotherium
  • Olympic Mammoth
  • Martian Linx
  • Martian Camel
  • Domesticated Penguin
  • Domesticated Owl


Also on Fandom

Random Wiki