Uralayska

==Uralayska's information==
===Technical information===
This is a temperate marine terra with multicellular marine and terrestrial life that used to have a civilization, but more on that later past the technical details. The equatorial diameter of the planet is 7954.69 miles, with the mean diameter being 7936.72 miles, and the polar diameter, which is 7900.90 miles. The oblateness of the planet is 0.0067626, with the mass of the planet being 7.4901*10^24 kilograms, or 1.2541 M⨁, and the density which is 6.8647 grams per cubic centimeter, in addition to that the planet’s insolation is 1.5038. The effective temperature is -3.316 degrees Fahrenheit, or -19.62 degrees Celsius, with the Earth similarity index being 0.898, a high amount considering what happened here, and the albedo bond is 0.54. The rotational period of the planet is 15 hours, 8 minutes, and 35.59 seconds, with the solar day of the planet being 15 hours, 6 minutes, and 9.96 seconds, with the axial tilt being 169*49’41.60”. The gravity on the equator is 12.126 meters per second, with the gravity on average being 12.239 meters per second, and the gravity on the poles is 12.351 meters per second, in addition to that the circular velocity and escape velocity are 19799.47 miles per hour, and 28000.69 miles per hour. The age of this planet is 9.886 billion years, an old world with tidal heating of 9.1296*10^7 Watts.The planet has an atmospheric height of 48.70 miles, with the tropopause height being 11.81 miles, and the height of the homogeneous atmosphere is 25783.24 feet. The atmospheric pressure here is 8.2 atm, with the air density being 8.679 kilograms per cubic meter, and the air temperature is a high 307.71 kelvin, which is 34.56 degrees Celsius, or 94.208 degrees Fahrenheit, with the speed of sound being 799.27 miles per hour, and the exosphere temperature being 1472 kelvin. 
The greenhouse effect on this world is 54.161 kelvin, with the average molar mass being 27.432, and the relative mass, which is 4.232*10^-6, and in addition to that the actual mass of the atmosphere is 3.1698*10^19 kilograms, or ~6 times the Earth’s atmosphere. Oxygen makes up the majority of the atmosphere, at 39.6% of the atmosphere, Nitrogen makes up 32.3% of the atmosphere, Water vapor makes up 25.7% of the atmosphere, and Carbon dioxide makes up 2.33% of the atmosphere, and Sulfur Dioxide makes up the rest/ The maximum depth of the ocean is 31017.79 feet, with the average molar mass being 18.015, and the density of the water is the standard 1 gram per cubic centimeter. The temperature of the ocean is 307.71 kelvin, a high temperature, with the pressure of the ocean being an average 8.2 atm, and the bottom pressure is 1.15*10^3 atm, in addition to that the bottom composition is the standard rock. Water makes up 100% of the liquids here, and Sulfur dioxide around 1.01 parts per million.The planet orbits a solitary star, with its orbital type is elliptical, and its orbital period being 235.628 days. The semimajor axis of the planet is 0.7378 AU, and the pericenter 0.7130 AU, in addition to that the apocenter is 0.7626 AU. The eccentricity of the planet is 0.034, with the inclination of the planet being 0*36’52.07”, and the ascending node is -20*07’07.43”. The argument of pericenter is 210*25’56.64”, with the mean anomaly being 124*13’25.04”, and the longitude of pericenter is 190*18’49.21”, in addition to that the mean longitude is 314*32’14.25”. The orbital velocity of the planet is 76202.96 miles per hour, with the hill sphere influence radius being 723556 miles, and the influence sphere radius being 470749 miles, in addition to that the Roche limit for satellites is 6357 miles.
===Infolore===
This is a temperate planet with multicellular marine and terrestrial life. It used to have a dominant civilization that had large colonies across its star system, of which it was a part. The civilization native to this world appears to have ended in an environment-changing nuclear war. On the first day of this war, a team of astronomers lucky enough to be observing the planet noted large explosions that lasted for around 4 hours. Afterward, these astronomers used the V.L.R.S satellites to observe the apparent mushroom clouds and surrounding fires in the cities. Over the course of several months, the smoke clouds grew larger and more spread out, eventually covering over 50% of the northern hemisphere.By the second year, the planet began to calm down. The city lights were no longer visible, and there seemed to be extra desert around the locations where the bombs dropped. Besides that, the planet seemed to be back to business. The modern version of the planet you see in the profile image and the gallery started to appear several weeks later when the atmosphere's color changed to purple.
This color might be due to the consequences of the atmosphere's ray light scattering being altered by the previous war. The planet eventually became this purple color in 2003, signifying the transition of this planet into a changed one due to a nuclear war within a span of 13 years. Because of this, some anti-nuclear activists in the modern day (2029) adopted the title "Anti-Purplies" as a nod to this planet's atmospheric color. The landscape of this world hasn't changed that much. If we were to compare the pre-war and post-war conditions of the planet's landscape, the only difference is the dryness. Past forests now have fewer trees and fewer leaves on the existing trees. As previously stated, the deserts expanded slightly, and the past grasslands that were near deserts are now part of those deserts, or they have become arid grasslands. There is nothing else particularly interesting about this world. It has plenty of volcanoes on its surface that dot the oceans, indicating that the world still has tectonic activity even after 9.8 billion years. There are no snow biomes here, only arid, desert, tropical forest, and coniferous forest—nothing else.
====Outerworld colonies====
The planet used to have a civilization, and this section is about the offworld colonies that this civilization seems to have built. In 2003, after observing the planet and its star system, researchers were able to spot city lights on the two moons orbiting the planet, the 6th planet, its 1st moon, and the shepherd moons around the 5th planet. In addition to this, several artificial structures were discovered in the system. Starting by distance, the two moons around the planet, although the moons themselves are a different topic, they each have a small colony on them. These colonies appear to be mining camps with the ability to be self-sustainable. The same goes for the micro colonies around the 5th planet; they too are mining camps. The 6th planet is different, though, and might have the chance to restart civilization and recolonize the old world.The colonies on the 6th planet are mostly subterranean in nature, but some of them are also above ground. 
All of these colonies are self-sustaining, and a few of them have their own rocket programs, or what appears to be rockets. However, they seem to lack interest in re-colonizing the old world and only care about maintaining themselves and their colonies on the 6th planet's 1st moon (or in the game, the third moon, as the first 2 are not major moons, just big asteroids). The stations that exist in the system that orbit the star or one of the planets are rare and far between, and only a few of them have any life on them, the ones that have life on them seem to be just research stations or checkpoints that now have to exist isolated. The colonies (if not already stated) on the shepherd moons of the 5th planet are small mining camps that 2 have managed to self-sustain themselves.
===Gallery===
File:Uralayska-010.png
File:Uralayska-009.png
File:Uralayska-007.png
File:Uralayska-006.png
File:Uralayska-002.png
File:Uralayska-005.png
File:Uralayska-003.png
File:Uralayska-004.png
File:Uralayska-008.png
File:Uralayska-001.png
===Moons===
The planet has two moons, both of them are temperate asteroids that as previously stated that they have a small mining camp each. The asteroids have stretch ridges along their equators implying the asteroids are close enough to be stretched by the planet, though the second one’s ridge is more pronounced.
Categories/Names	Uralayska's asteroid α	Uralayska's asteroid β
Photograph 	
File:Uralayska-011.png	
File:Uralayska-012.png
Class 	Temperate asteroid 	Temperate asteroid
Mass 	0.00014086 M◑ 	0.00020981 M◑
Diameter 	98.66 Miles 	114.94 Miles
Orbital period 	5h 12m 37.75s 	10h 2m 33.18s
===Star System===
The star system that the planet is part of is a 9 planet system that orbits a Yellow dwarf (G7.7 V), 5 gas giants, and 4 terrestrial planets, this system has a Gas, Ter, Gas, planet pattern. The 6th planet is in the system’s asteroid belt and this could be observed by the cloud of asteroids around the planet. Besides that the system has a more inner asteroid belt in the orbits of the 1st, 2nd, and part of the 3rd planet’s orbits. The system also has a spread out oort cloud. 
File:Uralayska-013.png
File:Uralayska-014.png
File:Uralayska-015.png
File:Uralayska-016.png
File:Uralayska-017.png
File:Uralayska-018.png|The gas giant with the small shepard colonies.
File:Uralayska-019.png|The planet in the system with the most colonies from the Uralayska civlization.
File:Uralayska-020.png
File:Uralayska-021.png
File:Uralayska-022.png
Category:Procedural objects
Category:Objects
Category:Marine
Category:Terrae
Category:Life
Category:Terra with Rings
Category:Planets
Category:Civilization