Gaia Maker

Gaia Maker is a planet-wide simulation game of terraforming, based on real physics and geology. Become the planetary overseer and use advanced planetary engineering to terraform lifeless planets into lush green worlds. How the planet develops is entirely up to you.

Planetary Simulation

Various factors across the entire planet, such as insolation, temperature, atmospheric composition, and the carbon cycle, are dynamically simulated based on real physics and geology. Every action the player takes affects all aspects of the planet's condition.

Terraforming

Players are given various means for terraforming. Construct Dyson swarms to secure needed energy, build giant mirrors to regulate stellar light, and produce oxygen necessary for life with oxygen generators.

Animals and Civilizations

You can have animals inhabit planets with suitable environments. Furthermore, you can evolve some animals, granting them civilization.

The development, wars, decline, energy consumption, and planetary impact of civilizations are also meticulously simulated. Civilizations start in the Stone Age and progress until they gain the technology to harness fusion. Players can also influence the population growth and energy consumption of their civilizations, and observe how these parameters affect the evolution of their civilizations.

Diverse Planets

Starting on a planet with existing oceans makes terraforming very easy. However, planets with harsh environments for life, such as ice planets or desert planets, require a slightly different approach to terraforming.

Features

Simulation of the entire planet based on real physics and geology.

Detailed simulation of temperature, biomass, carbon cycle, insolation, and atmospheric composition.

Dynamic gameplay where player actions impact the entire planet.

Resource acquisition via fusion reactors, Dyson swarms, and more.

Various facilities and methods for terraforming (e.g., oxygen generators, aerosol injection).

Animal breeding and habitat expansion.

Simulation of civilizations' evolution and their planetary impact.

Various dynamic events affecting civilizations, such as plagues and wars.

Multiple distinct planet types to terraform.