Zealriaiia

(This world is like a twin of Ziarola when it comes to general appearance, and it has the same type of life: exotic. )
==Zealriaiia==
===Technicals===
====Physicals====
The planet has an equatorial diameter of 5858.25 miles, with a mean diameter of 585.25 miles, and a polar diameter of the same value. The oblateness is 0, with the mass being 0.25234 M⨁, or 1.507*10^24 kilograms, and the density is 3.4346 grams per cubic centimeter. The insolation is 0.025854, with the effective temperature being 73.297 kelvin, and the earth similarity index is 0.331. The rotational period is 5.183 days, with the solar day being indefinite, and the axial tilt is 0*00’00.00”. The gravity on the equator is 4.5293 meters per second, with the gravity on average being 4.5201 meters per second, and the gravity on the poles is the same value. The circular velocity is 10325.69 miles per hour, with the escape velocity being 14602.73 miles per hour, and the age of the planet is an old 7.486 billion years, additionally the tidal heating is 44,914,000,000,000 watts. The water / icy envelope is 30%, with the silicate mantle being 56.2% of the planet, and the metallic core is 13.8%. 
====Atmospherics====
The height of the atmosphere is 38.12 miles, with the tropopause height being 47741.83 feet, and the height of the homogeneous atmosphere is 19968.88 feet. The atmospheric pressure is 7.64 atm, with the air density being 28.122 kilograms per cubic meter, and the air temperature is 93.131 kelvin, -292.0342*F, or  -180.019 *C. The speed of sound here is 428.43 miles per hour, with the exosphere temperature being 73.297 kelvin, and the greenhouse effect is 15.605 kelvin. The average molar mass is 28.171, with the relative mass being 2.8625*10^-5, and the real mass of the atmosphere is 4.3139*10^19 kilograms, or 9.0288 Earth atmospheres.
====Hydrospherics====
The maximum depth of the oceans here is 263.60 feet, with the average molar mass being 28.014  and the density is 0.80799 grams per cubic centimeter. The temperature of the oceans is the same value as the air, with the atmospheric pressure being 7.64 atm, and the bottom pressure is 10.5 atm. The bottom composition is rock, with the waters being made up of 100% liquid nitrogen, with Carbon dioxide at 442 parts per million, and Argon at 0.579 parts per million. 
====Orbitals====
The parent of this world is a solitary “star”, with the orbital type being circular (elliptical but still), and the orbital period is 5.183 days. The semimajor axis is 1959920.2919 miles, with the pericenter being 1951679.7432 miles, and the apocenter is 1968160.840 miles. The eccentricity is 0.004, with the inclination being -1*19’48.36”, and the ascending node is -126*41’57.62”. The argument of pericenter is 47*27’12.66”, with the mean anomaly being 218*25’29.58”, and the longitude of pericenter is -79*14’44.95”. The mean longitude is 139*10’44.62”, with the orbital velocity being 99005.07 miles per hour, and the orbital resonances are 2:1 (1), 3:1 (3). The hill sphere radius is 34297 miles, with the influence sphere radius being 23818 miles, and the Roche limit for satellites is 3725 miles. 
===Store===
====Internals====
The planet's interior is cold and hard, indicating that it is nearing death. The small core is slow-moving and only hot enough to be barely molten, and thus, the magnetic field generated is very weak, only able to handle a small amount of solar wind before it starts to fail and the atmosphere starts to get affected. Luckily the parent “star” doesn’t produce that much wind. The mantle that surrounds the core is thick and dense, mostly made up of bedrock and ice. This has made the limited tectonic plates fuse into each other, only allowing a little movement. The volcanoes and mountains that are seen here are either rare freaks that formed massively even with limited movement or are old monads, sometimes more than 10 million years old, which normally would have eroded them to small hills. Earthquakes, of course, are also rare here. 
====Geography====
Most of the surface is covered by landmass and is presumably made up of one megacontinent of fused tectonic plates. The megacontinent is punctuated by a large number of lakes and seas, most of them small in size, on average around the size of Algeria or Libya. Most of the seas here are formed from old sinkholes that collapsed into pockets of water or ice. They are normally shallow, and only a river or two flows into them unless they are larger, in which case they formed not from a sinkhole but from natural continental rift. Islands are not that common here, and in the places they do exist, they tend to be either large flatlands, capped volcanic islands, or sometimes undersea rocks that were revealed because of water level changes over time. There are some riverlands found here, but they are not that common.
====Climate====
The planet’s climate is cold, very cold, with the warmest temperature ever recorded here being still way lower than the coldest temperature recorded on the Earth, by a difference of at least 100 degrees. The climate here is cold enough that the nitrogen has turned into a liquid, something that you could swim in, provided that you don’t turn into a pillar of ice and nitrogen ice crystals instantly. This liquid nitrogen has its own “water cycle,” even showering the fields with nitrogen rain drops, freezing the tops of mountains in clear white, and filling the air with a turquoise hue. This climate is a unique example of how a lucky placement of nitrogen during formation was able to generate a living world with flowing seas.
====Biosphere====
An exotic one, may be based on amonia or something. The grasses here also have larger cells which on certain species may even be visible!
=====Terrestrial=====
The life on the ground is made up of mostly different types of exotic grasses. This exotic life, though resembling the familiar satellite grass found on the Earth, just has more types; the cells that make up that life are more complex, with radically different organelles to process the different forms of proteins and to use the liquid nitrogen to the best effectiveness. Their exotic structure has also made them adopt the color brown, which, though not the best color to use the limited light from the brown dwarf, is still good enough. This is not to mention that these grasses have extreme resistance to the cold and are able to sustain the occasional blizzards. Some of the grasses towards the coasts have rooted themselves into the seas, and some far inland have found a way to melt the frozen nitrogen. Most of these grasses are also very tall, around 8 to 9 feet in height on average. There are some animals here, but they are normally small and are herbivoric scavengers. They tend to live in caves, and they tend to have very large coats of fur, which makes them also look like little furballs. There are no insects on the land for some reason.
===== Marine =====
There is not that much life in the oceans besides various types of moss and lichen, which do a good job surviving in the deep and shallow depths (shallow they are) of the nitrogen seas and lakes. Some species of moss and lichen are amphibious and live both on land and in water. There also seems to be a species of moss that is bioluminescent, but it is rare and only exists on a strip of coastline somewhere in the southern hemisphere. Besides the lichen and moss, there is a small group of fish species that survive primarily off of the moss and lichen by nibbling at them, and they tend to live in the rivers. They are small in size, and they hibernate whenever the river freezes over. Overall, the seas are not that lively.
===== Aerial =====
The avian life here is very limited, even more so, but it still exists somewhat. There are some species of small birds with massive wings. These birds are omnivores. They live off of the large plains of tall grasses and sometimes dive into the rivers for whatever fish they can find. They all generally have a brown color, and they have very thick coats of feathers. This weighs them down most of the time, so they fly close to the ground. They tend to make their nests in caves, preferably not those that are higher up, as well.
===Gallery===
File:Zealriaiia-001.png|Two volcanoes, and one of them is way taller than Mt. Everest!
File:Zealriaiia-003.png
File:Zealriaiia-004.png
File:Zealriaiia-009.png|A riverland.
File:Zealriaiia-006.png
File:Zealriaiia-008.png
File:Zealriaiia-007.png
File:Zealriaiia-002.png
File:Zealriaiia-010.png
File:Zealriaiia-005.png|A tall cliffside, around a mile or two if I remember correctly.
===Moon system===
The planet only has one moon, a minor moon. This minor moon is a small cold asteroid, which is somehow warmer than the planet it orbits around, and it is most likely captured form the asteroid belt that the planet is towards the edge of. This small asteroid orbits on an inclined path, meaning not on the planetary plane, and it sometimes does a partial eclipse during a part of the orbit. That partial eclipse though is not that spectacular, it only lasts a few minutes at most and it marginally makes the environment a bit more cold. This moon orbits on the edge of a large, dark, ring system. The planet’s ring system is spaced apart, sort of like a  loosely wrapped coil, and it is dark enough that it blends into the space around it, only being discovered during some odd particle dimming of stars nearby the planet. The ring system most likely originates from a small, fast moving moon which got too close over time. 
File:Zealriaiia-012.png|The sky during a partial eclipse. Yes it's hard to see.
/ 	Plebe
Image 	
File:Zealriaiia-011.png
Class 	Cold asteroid
Mass 	4.6891*10^-6 M◐
Diameter	38.34 Miles
Orbit 	17h 0m 7.11s
==="Star" system===
The planet is part of a seven-planet system. This system is cold, with the first planet’s temperature being 113.32 K. Most of these worlds are small, barren, and arid, with plenty of craters to prove that. The system revolves around a singular "star,"  a brown dwarf (T2.7 V), which has a mass of 48.767 M♃. The system has two asteroid belts, one around the first and second planets, and another around the 7th planet. The system also has no oort cloud. There seems to be some sort of dead zone between the brown dwarf and the first planet, as nothing exists there, only a few fringe asteroids that, on the closest part of their orbit, just go a bit past the first planet.
File:Zealriaiia-013.png
File:Zealriaiia-014.png|Note that half of the planets don't recive that much light.
Category:Procedural objects
Category:Objects
Category:Lacustrine
Category:Life
Category:Terra with Rings
Category:Aquaria
Category:Planets