Most landmasses are covered in dense vegetation. Seasons with significant precipitation are interchanged with drier periods. Humid, rocky world with a thick nitrogen-oxygen atmosphere. Oceans cover more than 90% of the surface, with scattered islands making up the remaining percentage. Rocky world with a nitrogen-oxygen atmosphere and a significant hydrosphere. Great landmasses are separated by oceans, with large climate variations depending on latitude and precipitation. Rocky world with a nitrogen-oxygen atmosphere. A stable biosphere exists but vegetation is mostly limited to mosses and lichens. Permafrost covers most of the surface except for the more temperate equatorial regions. However, the planet experiences seasonal variations and the equatorial band is covered by vegetation.Ĭold and rocky world with a nitrogen-oxygen atmosphere. The poles are big, and significant water deposits can be found permanently frozen as glacial ice. While the planet experiences the minimal seasonal variations, the still-liquid water beneath the frozen surface of the lakes is enough to sustain some hardy vegetation.įrigid, rocky world with a nitrogen-oxygen atmosphere. Snow covers the mountaintops and frozen-over lakes dot the valleys. Mountainous world with a nitrogen-oxygen atmosphere. The small hydrosphere allows for brief wet seasons, but aside from a few ubiquitous grasses vegetation is largely concentrated around shallow oases. Rocky world dominated by dry, arid plains covered by a nitrogen-oxygen atmosphere. Vegetation is scarce, but even moderate precipitation can make the desert bloom. Significant temperature variations between day and night cycles. Precipitation and major bodies of surface water are relatively rare. Forests can be found in the more temperate polar regions, but vegetation is otherwise scarce.ĭry, rocky world with a nitrogen-oxygen atmosphere. The dust-covered terrain consists largely of mesas and canyons. Continental worlds in particular stand out, as they have a much stronger bias in favour of their preferred resource than the other types.ĭry, rocky world with a nitrogen-oxygen atmosphere. Each of the three climate categories has a slight bias towards different resources when it comes to planetary features Dry worlds (Desert, Arid and Savanna) are somewhat more weighted towards Energy deposits, Frozen worlds (Arctic, Tundra and Alpine) are somewhat more weighted towards Minerals deposits and Wet worlds (Tropical, Ocean and Continental) are somewhat more weighted towards Food deposits. Finally, these habitability values can be both increased and decreased species-wide by certain traits and for a given planet by certain planetary features and planetary modifiers.Ī planet's type also affects the set of possible planetary features and blockers it may have. Each type's base habitability for a given species depends on how closely it matches a species' homeworld: in general, a species will have 80% habitability for planets of the same type, 60% habitability for planets of the same climate category, and 20% habitability for every other climate category and type. There are nine types of regular habitable planets, divided equally into three climate categories: Dry, Frozen and Wet. Habitable planets are the only natural celestial bodies that can be colonized and terraformed, without the Terraforming Candidate planet modifier. every pop with the communal trait (and no other modifiers) provides +0.1 planet capacity in total.Ī more static perspective would be from the point of view of total housing: Therfore, only pops with pop housing usage modifiers affect planet capacity, e.g. Pops: Every pop provides +1 planet capacity, but also uses housing.Building districts can alter planet capacity, depending on whether the housing bonus is higher or lower than the capacity bonus of the undeveloped district. Clearing tile blockers increases planet capacity. Districts: Free district slots will grant planet capacity depending on the world type (see table).Housing: Each unit of unused housing provides +1 planet capacity.There are three sources of planet capacity: Homeworlds have a size between 18 and 21, unless otherwise determined by the empire's origin.Įach colony has a Planet capacity, which determines the logistic pop growth bonus or malus from pops.Planets can have various sizes, but habitable ones will always be within the following margins: The planet size determines the visual size of a planet and the maximum number of districts the planet can support if it's habitable.
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