Arialelia

(Yes, I am keeping up with this workflow, how could you tell? This will be the first page which will be featuring my longest format yet, APIEICAS, 34 sections. Some grammar checkers are really bad with synonyms and comma placement, so excuse the little artifacts which come out of that.)
== Arialelia's Abfrontals ==
=== Condensed Summary ===
This is an old temperate marine superterra. It is a Dune-age world with large oceans and even larger continents, it is dominated by a native avian civilization of similar intelligence, advancement, and development as Humanity, and it is a calm world of scenic vistas coated by a constant breeze. 
=== Trivia ===
* No, this section won't be "done" when I finish the article, how 'bout now?
* This world was named after said name appeared to me right after I discovered this world.
* The concept of an avian civilization came from that name. 
* This was part of a set of worlds which, as of now, are not all done.
* This is one of my more favorable worlds.
* I developed the APIEICAS format, the same format that is being used for this planet, after I was thinking of a way to "thoroughly lore a planet systematically", and that format came up, and I thought that this world was the best testing ground for the format. Do I like the format? So far, it is my favorite one, despite how long it takes to write it out.
* The reason for why this planet may look different to Red Dragon's version is because my settings are more de-saturated, darker, have no bloom, and have the setting of self-illumination turned to nearly 100%. 
* Most of the stuff was written on the spot, including the social structures and technological advancements of the native civilization.
* This world may or may not be a brother of another civilized world in the future. 
=== Key featurals ===
This world has a large ring system, and it is around similar size to the Earth. The landmasses and oceans are irregular in shape and consistency. The land is covered in splotches of yellow and brown, deserts and plateaus, with some green in between,  and the seas are one uniform color of deep blue. The cloud coverage is average, and you won’t find that many large weather systems that are easily viewable from space. Besides those features, you would also find that volcanoes are a common sight here, and if you look at the coastlines for long enough, the previously mentioned irregularity can turn into a sort of pattern of swirls, most of which are flanked by tall mountains, flat deserts, or hilly forests. Most of this world is covered by land, and the oceans that these lands surround sort of form like lakes and small seas, the ones you would find in the middle of a mountain range. Last thing to note is the ring colors. The more inner rings have a more greenish color, and the outer rings have a desaturated-rainbowish coloration of sorts. 
== Arialelia's Properties ==
=== Physicals ===
The equatorial diameter here is 10331.08 miles, with the mean diameter being 10331.08 miles, and the polar diameter is 10331.08 miles. The oblateness is 0, with the mass being 2.9854 M⨁, and the density is 7.4092 grams per cubic centimeter. The insolation is 0.26496 , with the effective temperature being 160.32 kelvin, and the Earth similarity index is 0.894. The rotational period is 39 hours, 17 minutes, and 52.23 seconds, with the solar day being 39 hours, 45 minutes, and 34.55 seconds, and the axial tilt is 15*43’1.69”. The gravity on the equator is 17.218 meters per second, with the gravity on average being 17.195 meters per second, and the gravity on the poles is 17.195 meters per second. The circular / escape velocity is 26744.95 miles per hour and 37823.06 miles per hour, with the age of this world being 12.531 billion years, and the tidal heating is 1.4783*10^10 watts. 
=== Atmospherics ===
The height of the atmosphere here is 24.13 miles, with the tropopause height being 48314.79 feet, and the height of the homogeneous atmosphere is 16216.69 feet. The atmospheric pressure is 47.2 atm, with the air density being 56.24 kilograms per cubic meter, and the air temperature is 281.55 kelvin, or 47.12 *F, 8.4 *C. The speed of sound here is 753.04 miles per hour, with the exosphere temperature being 1039.8 kelvin, and the greenhouse effect is 129.75 kelvin. The average molar mass is 27.801, with the relative mass being 1.222*10^-5, and the mass of the actual atmosphere is 45.603 Earth atmospheres. Nitrogen makes up 86% of the atmosphere, with Oxygen at 13%, and Carbon dioxide is at 0.891%. 
=== Hydrospherics ===
The maximum depth of the oceans is 5512.15 feet, with the average molar mass being 18.016, and the density is 1 gram per cubic centimeter. The temperature is 281.55 kelvin, with the atmospheric pressure being 47.2 atm, and the bottom pressure is 332 atm, additionally the bottom composition is rock. Water makes up an observed 100% of the planet’s oceans, with sulfur dioxide being 19.8 parts per million. 
=== Orbitals ===
The planet’s parent is a singular star, with the orbital period being 140.993 days, and the semimajor axis is 0.4067 AU. The pericenter is 0.3818 AU, with the apocenter being 0.4316 AU, and the eccentricity is 0.061. The inclination is -1*00’8.65”, with the ascending node being -19*34’12.58”, and the argument of pericenter is 168*55’2.72”. The mean anomaly is 76*30’53.46”, with the longitude of pericenter being 149*20’50.13”, and the mean longitude is 225*51’43.60”. The hill sphere radius is 666448 miles, with the influence sphere radius being 497477 miles, and the roche limit for satellites is 8489 miles. 
== Arialelia's Informationals ==
=== Internals ===
==== Core ====
The planet has a moderately sized core, slightly larger than the Earth in size and mass. This world’s core is denser in concentration of materials, and it has a higher amount of silicon than the Earth’s. The outer core is way larger than the inner core, with the inner core making up 78.1% of the core and the inner core making up 21.9% of the core. Along with that, the rotation of the core is faster than the Earth’s by 0.039%, which may seem small, but it produces a noticeable difference. This core is 'stronger’ than the Earth’s, and it has a very clear boundary with the mantle, even more so than the Earth’s, and it may be due to the speeds and densities of the two being very different. The silicon that was mentioned earlier is denser in the inner core, with it starting to overtake the other materials in concentration and amount the further into the core you go.
==== Mantle ====
The mantle here is soft and easy to penetrate through, as evidenced by the number of volcanoes found on this planet’s surface. The mantle’s apparent weakness may be due to the overall density being way lower than what is found in the core, and the materials that it is made of are not that heavy; additionally, the concentration of materials and their variety is way less than the core it surrounds. Most of this mantle is made up of a nickalite variant, a variant material that is not that heavy and is easy to melt. It is unknown where this material may have come from, but the other planets in the system share the same material, so it may have come through formation. This mantle is more active than the Earth’s, with its more molten-like form making tectonic drift faster and easier.
It is also noted that this core does not have an easy boundary with the crust above it, in almost direct opposition to the core that it is very clearly not part of in any way. Another note about this weak mantle is the weak spot it has. This is from a past trauma, a collision with another planetary body from the primordial days, which has made a physical dent in the said mantle. This area has more successful magma plumes than the rest of the mantle, and while the surface may not have shot it, history has, with volcanic eruptions occurring at a rate ~54.3% higher than the rest of the planet.
==== Crust ====
The crust here is like the mantle that it is connected to very firmly. The crust here is easy to penetrate through, just like the mantle, and the volcanoes that come through it have around the same energy as they started with. They also maintain a higher degree of eruption, erupting more than the Earth by quite a fair margin. Hotspots below this crust “leak” more often, producing more island chains and longer\ than what we find at home. This crust shares the same nickalite variant material, but it has an additional material, iron, something that unexpectedly appears with no real origin found in the mantle, only explainable through the core or some recent bombardment. Either way, it seems that this crust formed very recently, with no part of it being younger than 2 billion years, and either formed out of the constant eruptions that gave it its unique form or out of a recent shower of iron-rich meteorites. 
While this crust was described as being unique with the amount of iron in it and the age of it being recent, it is still like an extension of the mantle it sits on top of. While it may have a large amount of iron, a large portion of it still consists of the same material as the mantle. It has a similar density and consistency as the mantle, and it allows for magma plumes to come through it just as easily as the mantle below it. It also frequently recycles material with the mantle, with no tectonic plate surviving past a few 100 million years, and the materials of past ones frequently are seen in places they shouldn’t be. Despite how recent this version of the crust is, it still shares many similarities with the mantle it came from, and, overall, it is well described that this crust is an iron-rich extension of the mantle it sits on top of.
=== Geographicals ===
==== Northern hemisphere ====
The northern hemisphere has more land than the southern hemisphere, with more large islands and land masses here than in the southern hemisphere. The northern hemisphere’s oceans and seas are more packed together, forming an hourglass-like shape at the equator and funneling out into various bays and smaller seas. The waters in the northern hemisphere form a more vertical shape and are more interrupted by islands than in the southern hemisphere. The coastlines in the northern hemisphere are more chaotic and less structured, and they form more inland lakes, ponds, and even a few seas here and there. Lastly, it is noted that the number of islands and lakes in the northern hemisphere is 1.7 times the number in the southern hemisphere, and the average tectonic activity up here is also more active.
==== Southern hemisphere ====
The southern hemisphere is more structured and ocean-dominated than the northern hemisphere. The waters here funnel out from the hourglass pinch at the equator, forming a horizontal line. These seas are more connected to each other, with all the bodies of water navigable to each other by river or short land crossing. The coastlines here, while less formed and circular than the ones in the northern hemisphere, are also less chaotic, with fewer islands coming out of seemingly nowhere. This area is also home to a strong point for the mantle and crust, so volcanic eruptions happen here less often. 
Add to that, the tectonic activity is less here, which may explain some odd geographical shifts that happen after just stepping over the equator. There are fewer large landmasses and islands here in the southern hemisphere, and the ones that do exist are less connected to their mainlands and are also way smaller. It should also be added that these islands form in more structured ways, indicating that the hotspots here are more consistent with their island formation, and this also further backs up the idea that the tectonic drift here is slower and less destructive than in the northern hemisphere. Lastly, it should be noted here that the bodies of water here are more formed, they are in two main lowlands, and they are not thrown around like in the northern hemisphere.
=== Biospherics ===
==== Landsphere ====
The land biosphere is moderately diverse, and creatures found in this biosphere can be found in different patches of the world. An example of this is a certain reptile-like species at the equator that has some forest cousins near the north pole. Speaking of which, while there is noticeable biodiversity here, species do follow certain trends, for example. Most species are low-lying and small. Most species seek the shade often, and some never leave the shade, which is more common in desert species but could also be found in forested species. Most species (or animals) also have an efficient mechanism of storing and keeping water, since rains are not that common, even in the forests, which are more accurately described as tall shrublands, considering they are much like the desert around them, just with a constant subterranean water supply. Speaking of shrublands, plants here are tall and lanky and follow a more bush-like form. Most plants here are in forests and thus are connected to a subterranean water supply, but they also still have to conserve water, as they have thousands of local competitors, and they do not “wish” to die of thirst out of trying to use water or fight other plants. 
Lastly, here are a few tidbits about animals and plants: Most animals are sedentary and do not migrate that often. They typically stick to some local grounds and do not know much of the world beyond them. Most of them are vegetarians, feeding off of certain wild, arid desert shrubs. There are, of course, a few carnivores there too, and those typically are more advanced and intelligent, as their food supply is scarce, far, and hard to find, which involves a higher order of thinking, with the few carnivorous species here having an average intelligence 50%–70% higher than their vegetarian cousins. Most plants here produce fruit of some kind, and they compete with the various forested animals, which creates some brightly colored and, to humans, delicious fruit that is orders of magnitude more favorable to what is found on Earth (expected, not tested). They would, however, be on the more salty side of things and would not contain that much water. The plants here also feature thicker branches, roots with spiky ends, and thicker trunks, much like trees.
==== Oceansphere ====
The oceans are not like the land in many ways, but here, that is exemplified. The oceans are teeming with biodiversity; the number of isolated and mostly isolated bodies of water produces this, and the fish in the oceans come in a variety of colors, with some even featuring pigments that produce colors we can’t even see. While the biodiversity in the oceans is high here and is on a similar level to the Earth’s, there are a few trends. For example, most fish here are small in size and are very fast. On average, it is way faster than the fastest fish we have on Earth. Most species here are carnivores and attack in large swarms. The food chain here is a circular one and not a tree, and most species are predators to each other. Most fish stick close to the surface and coast, as a great portion of them need a comparable amount of light to see and need to bury their eggs somewhere. Another thing is that most fish are also able to burrow, with some having evolved around this feature, forming into a structure that is conducive to even drilling through rock. Most of these fish are in very large groups and can even be seen from space, though not that much, and if you get the chance and have the right visual equipment, you can even observe two massive schools of fish dueling it out. 
Lastly, it should be observed that the biodiversity, while high and it should not be taken for granted for how high it is, is stuck to the surface, with the diversity of species exponentially going down the further below the surface you are, until you reach the bottom of the ocean, which features some massive hydrothermal vents, and some primordial-age species can be found here, which leads into the idea that most species here are old, very old, and most of them may be even older than the Earth, and while we don’t know the actual causes for this, it is still an interesting thought, and with advancements in long-distance technology, we may be able to test out this theory in the near future. Since most species here are carnivores, it may be thought that there are not that many plants, and that is correct. The number of grounded plant species here is very low, with only 90 known across this planet. This does not mean that there are no autotrophs here; there are plenty of them, but there are not that many sea plants—way less than the average. The reason for this may have to do with the seafloor not having that good of a ground quality. The places that do have plants also tend to be rich areas with good ground and are frequent mud- dumps from land.
==== Arialsphere ====
The arialsphere, the home of the native civilization and the namesake of this planet, is the most peculiar of the 3 (4*) spheres, and this is due to one key feature: air plants. Air plants are the floating cousins of their land and sea counterparts, and they survive off of the nutrients and minerals that can sometimes be found in clouds and off the top of the ground. These plants, while spending most of their time on the land (despite being called “air plants"), are what drives this biosphere’s uniqueness and may also be the reason for the emergence of intelligence. Most species in the air are birds of some kind, feathery and small with wings, though there is a large portion of species here that do not follow that trend, resembling more typical land animals and being normally featherless. Most species here are omnivores, rarely being full vegetarians or carnivores, and most are quite intelligent, expressing a certain degree of intelligence similar to that of orangutans and chimpanzees. Most species here are intelligent enough that they can organize to some degree and are able to coordinate with other members of their local herd or tribe. 
There are even a few species that have domesticated certain common species of birds—the dumb kind, not the intelligent kind. This level of sophistication may come from the millions of years of adaptations and changes that revolve around seeking out air plants, their patterns, and other pattern-seeking animals. There are, of course, other unknown factors that we don't know yet, but for now, air plants seem to be the main cause. Why do air plants exist? You may ask: They seem to come from a distant land ancestor who had large leaves and had the habit of launching off the ground to move to new places. This eventually changed to capturing the water in the sky and eventually morphed into modern air plants, with some even now flowering for certain high-altitude pollinating bugs and birds. Moving on, we have the food chain of this biosphere, which, much like the ocean, is circular, and there is a good reason for this. The arialsphere’s species are all mostly descended from the fish in the oceans way below them. It is unknown why this happened, but certain species of fish evolved the ability to skip over water for short distances, and then proto-wings, and then eventually the ability to stay in the air for long times, and finally, the ability to not need gills. Summary: a biosphere of intelligent birds that came from fish. An additional note which may or may not be out of place, the birds here have thick and large wings, way larger and thicker then the ones found on Earth, with the biggest birds having wings the size of a school bus, and that the intelligent avians here have demonstrated a very basic sense of tools, a more advanced version of crows essentially. 
==== Civisphere ====
This is one of the few planets that have a native civilization, and this world has a very rare type, an avian civilization, a civilization that requires a very specific set of circumstances to arise, and the only ones rarer than it are parasitics, space-borns, etc., which are found with 1 in 15 billion chances. This, however, does not mean they do not exist, which means they have characteristics. So what are the characteristics of this civilization? The first thing to note is the social structure, which is a caste system based on family and relation to other species. The “purer” the member of the civilization is (the less kinship with the other avian species), the higher up the system they are, and their decisions, opinions, ideas, and possessions are valued higher up than those lower down. 
The system of governance for most states here is socialistic caste-democracy, with their states expressing a greater ability to tax and regulate members, and these states are democratic, as the name suggests, though not fully, as candidate eligibility is based on caste, and the only members that are allowed to vote are those that are deemed high enough on the caste system. The rulers of these states serve long terms—a few native decades sometimes—and states rarely go to war with each other unless the main religious institution here says they can. These birds are collectivist, and they are also technologically driven, so much so that they have passed the need to use tools expertly, only needing to use basic iron tools to get anywhere. Their measurement tools and any such thing needed for a civilization that is as advanced as us are derivative and are not independent in any way from the iron tools they came from. This civilization has seemingly established a basic internet, though only accessible to the higher members of the caste society. 
This civilization has even adopted a small amount of space travel, being able to reach the other planets in their system, though with great effort. While they are advanced, their ability to store and use energy is not, with the 6 long-kardashev scale placing them at 0.69001, which is around 2–3 points behind us. This means that they are in the 90s when it comes to energy usage and storage. Why are they this inefficient? It may be due to the fact that the civilization’s main power supply is thermal, as they use the energy from volcanoes and tectonic plates to run everything. This means that they have a greater degree of advancement as they don’t need too many new technologies to store or use them. 
Their method is also straight to consumers, with energy going to a central wire station, which has lines connecting to local homes. This civilization’s ambitions are integration and stability, it seems; they are not too active with their space travel, and they seem busy establishing a world government of sorts—a civilization state, if you will. They seem to be establishing various structures to achieve this, and the number of state mergers seems to be increasing over time, with only 36 states compared to the 89 seen when the planet was first observed. They may be reforming the caste system to be broader and less strict as they have realized some negatives about it; however, they are just as collectivist as they were before. They are not too worried about technological advancement and are unlikely to make advancements in energy triage and usage.
=== Atmosphericologics ===
The atmosphere here is short and dense. The atmospheric pressure here is high, around 47.2 atm, and the atmospheric layers are short (obviously) and few. Some of the layers that we have on Earth have not merged together, not expressing that much difference between each other. The weather in this atmosphere, though, is like the Earth's, which, as mentioned in the climate section, is still less active by a noticeable amount, and this seems to be due to the atmosphere being so short and condensed, not allowing for much variety. Clouds can't go up that high considering the exosphere is normally right above them, and flying planes here would be an absolute nightmare considering that the atmosphere would be so thick and going up by any amount would put you way closer to space, which is not that good for aircraft. 
Because of the atmosphere’s height, meteorites do not burn up as much, and thus there have been more full impacts with the planet, with it being estimated that the amount of mass extinctions here by asteroid is at a way higher level than the Earth’s, by an amount around 3 times that of the Earth’s. An interesting effect that comes out of the atmosphere being so short is that when very tall volcanoes erupt, they release the majority of their debris into space, which creates mini-meteorite showers of ash, stone, and lava in places that are not related to the direct eruption. This also means that the climatic effect caused by volcanic eruptions is higher than what is found on Earth. Overall, because of this atmosphere’s height, it is weaker, and if you were to try to fly through it, the atmospheric density would get in your way very quickly.
=== Magneticspherics ===
The magnetic field produced by this world is a bit stronger than the Earth’s, and by a considerable amount, compensating for the atmosphere’s thinness. This field is about 0.050% stronger than the Earth’s, and it is able to moderately shield the planet from the parent star’s violent outbursts. The field is a little larger in physical size, around 12.4% larger than the Earth’s, and normal human technology can survive in it without too much fear of magnetic distortion. The field’s poles are not in full alignment with the planet's poles, with a greater distance between them than what the Earth has, and the auroras produced by this magnetic field are of good appearance, share similar colors to the Earth’s, and only share a marginal difference in appearance. The thick atmosphere, however, does obfuscate this, and from the ground, they are seen as only vague greenish-reddish-pinkish blobs that fade in and out of the atmosphere. Overall, this magnetic field is stronger but still much similar to the Earth’s, and it produces similar effects to what we see on Earth. If placed in the Earth's magnetic field’s place, this field would not interfere with technology too much and would do a fair job of shielding the Earth, just like it does with Arialelia.
=== Spaceffects ===
This planet is too small to have any real effects on the environment around it. The part of the system that it is part of is not too disturbed by it, and the orbits of the planets near the planet are not affected either, not showing any real distortions because of this world. During the formation years, this planet also did not have that many effects, and it is not believed to have had any real impact on the formation of the other nearby planets. At best, it redirected a few large chunks of rocks around that may have added a little mass to the other planets. This planet also appears to have not captured any moons, only retaining primordial fragments. Overall, this planet has no real effects on the system around it and is not seen as a big player in the system. Its effects are mostly consistent with throwing a few chunks of rock around that may or may not have changed the masses of a few nearby planets.
== Arialelia's Entras ==
=== Moon system ===
The planet has a really small moon system, one which is made up of 4 small asteroids. These 4 small asteroids are all packed close to each other, are of similar size and properties, and share a similar composition to their parent planet, which indicates that they are primordial fragments which have stuck around. They may also be the remnants of a past impact with another planet, as they also share a few things which are not native to their parent planet, and there is a ring system around the planet, which they are also close to / are shepherds of. It is believed that these moons are most likely just fragments from the distant past, and while they may or may not be from a distant impactor, they still have the capability to support a small stellar fleet if mined out, which means that the avian civilization on the parent world could peak above their skies with these small pebbles. 
 	Bebezene 	Ollumud 	Acadave 	Orachae
Image 	
File:Arialelia-017.png	
File:Arialelia-018.png	
File:Arialelia-019.png	
File:Arialelia-020.png
Class 	Cool asteroid 	Cool asteroid 	Cool asteroid 	Cool asteroid
Mass 	8.8458*10^-7 M◑	1.2049*10^-6 M◑	1.6378*10^-6 M◑	2.2233*10^-6 M◑
Diameter 	19.08 Miles 	20.52 Miles 	22.99 Miles 	25.05 Miles
Orbital Period	3h 30m 37.33s 	5h 19m 13.49s 	6h 34m 4.50s 	7h 43m 39.48s
=== Planetary system ===
The system is a 10 planet system which revolves around a solitary red dwarf star, and that star has a mass just slightly less then half of the sun’s mass. The system’s 10 planets don’t orbit on a consistent plain, varying off of it by a few degrees, especially the last few planets. The system has an average sized oort cloud, and this system has 2 asteroid belts, one around the 1st planet, trailing the area in and around that orbit, and another between the 6th - 8th orbits. The secondary asteroid belt has a mass just slightly above the 1st belt, but is way more spread out and distant from itself. This system is quite average by most metrics. 
File:Arialelia-021.png
===Local system ===
The local area around the planet’s planetary system is typical and is made up of mostly low-mass stars. Most of the stars in the area around the planet are dwarf stars, mostly red and orange dwarfs, with the higher-mass stars only reaching a spectrum of G at most. There is nothing too untypical about this area, nothing really interesting, an average distribution of stars with a few planemos here and there, but there is a small triple star system with a white dwarf as the primary system. The area has no other planets with life, and the area seemed to have formed out of a common nebula. The local area is also pretty stable. 
File:Arialelia-022.png
==Images==
===Gallery===
File:Arialelia-001.png
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File:Arialelia-015.png
File:Arialelia-016.png|A very tall volcano, when it erupts, the volcanic ash typically reaches past the atmosphere. 
===Extra===
The renditions / impressions of the surface deptic generally flat, though sometimes mountainous / hilly landscapes which feature a somewhat diverse array of ecosystems and environments. Most of these impressions feature little to no real weather, and the reason for this is because of the aforementioned weather cycle which is on the calmer side of things, which means that a large portion of the days are sunny. It should also be noted that these impressions depict what most of the southern hemisphere looks like. 
==Arialelia's Chronicles==
===Primordialstory===
This planet formed 12 and a half billion years ago, and when it was formed, the planet was a barren and small rock, around 57% of the size of the current planet. In the misty lanes of formation, its moons appeared, these 11 billion year old pebbles are proto-moons that never accumulated enough debris to become full moons. After a few hundred million years in an era of large seas of magma and continents of ash, a smaller planet, which is around 34% the mass of the current planet, collided with the primordial version of this world, this was around 10.7 million years ago, and it gave most of the planet’s current mass and ring system, which is small but still noticeable. Nothing really happens much in the primordial era besides the development of life 9.8 billion years ago in the deep fringes of the seas, and the first appearances of land.
===Prehistory===
The prehistory of this world has nothing too much to offer, land began to grow during this time period, and over the course of billions of years, life began to rise up the rung of complexity, mostly developing on the land. This period lasted for 3 - 4 billion years, until ~5 billion years ago, when the life from the ocean began having slight migrations onto land. These few species complexified, going around the evolutionary path until 2.3 billion years ago, when some of that life began to evolve wings, and 2.1 billion years ago, the avian biosphere emerged. 1.1 billion years ago, a great bombardment of comets occurred for some unknown reason, which did cause a max extinction, but it did give extra water and resources to the life in the oceans and the future life on the land and even the air. 
===Modernstory===
Around 1 billion years ago, the life began to recover again, and 800 million years ago, the life on the land regained the prominence that it once had, though with a heavily different array of species. 300 million years later, or around 500 million years ago, the line of birds that would lead to the current dominant species emerged. 487 million years ago a great eruption in the northern hemisphere wiped out most of the population there, and gave open frontier for the southern hemisphere species. 300 million years ago, the line which led to the current civilization created the proto-species for said civilization. Over the course of 197 million years, nothing really changed for the global biosphere, showing no real changes in stability. 
3 million years ago, a small branch of the evolved version of that proto-species began to develop a more complex thought pattern, and overtime, around 1 million years ago, they began to develop proto-morality, primitive communities, and the ability to use basic tools. 200 thousand years ago, they developed the ability to use more complex tools and form culture, and 7000 years ago, the current civilization’s species learned agriculture. 1000 years ago they jumped to more advanced tools and gained the ability to refine and use more valuable resources, and 200 years ago, they developed the first forms of the internet and other basic technologies. They stayed this way for a long time for some reason, and 60 years ago, they reached into space. 
===Futurehistory===
This planet’s future history does not consist of anything known for certain. 100 million years ago, a sift in the position of the 6th planet brought a large bombardment of asteroids onto the inner system, which could wipe out the native civilization if it had not advanced far enough (granted if it had even remained alive up to that point). 2.3 billion years into the future, and the core of this world will begin to show signs of death, and 5.4 billion years from now, the planet’s continents will have stopped and the magnetic field will have weakened considerably.
7.1 billion years from now, life would have eroded away completely from the planet, and 10 billion years from now, this planet would be pulled a little further inwards by the 4th planet. This would raise temperatures across the now barren rock. Nothing else would happen for a long time until a trillion years from now, when the parent red dwarf dies off into a cold, white dwarf-like star. The barren planet will continue to get pulled by the 4th planet, and 2 trillion years from now, the planet will get ejected, turning into a rogue planet. It should be mentioned that by now the rings would have fallen in, and the asteroids would have either fallen in or been very far from the planet in some sort of cloud.
==Arialelia's Acrops==
===Representation ===
This planet is not that known, and in the public eye, it exists as a passing mention in a small sci-fi novel about the travels of some intergalactic interdimensional alien. It is shown as one of the many “rare and cool” planets in a video from 2015, and in the modern day, it is not that seen besides as the “bird-aliens’ world”. Despite the rarity of the civilization found on this world, it is seen as a common and uninteresting one which is only worth passing mentions. 
===Sorting===
This planet was one of the many found during the Astrogeographical Systematic Small Magellanic Cloud survey, and was found during the 3rd observation of the area that is in. It is the 463rd world found, and it was sorted as an “average world with a rare civicsphere”. This world was re-observed 2 years ago in the fall of 2015 and was part of the Recalabration and Observational Technique Collection. 
===Studies===
This world has only one study featuring it, a 2018 study on the rarity of avian civilizations, and it put this world as an RG world, or in other worlds, it was found to be the only occurrence out of the nearest 3 million stars in the local area. That study also found a few extra properties of this world, and even noted a few extra things about the native civilization’s culture and history, remarking it as “An average avian world whose civil members have an average thought and mental pattern found similar to other avian worlds, and the history of those civil members if like that of many other worlds of avian citizenship.”
==Arialelia's Sources==
#John Malock, NCSREL Journal, "View on Avian civilizations: commonality, density, history, culture, technology, thought pattern and mentality" et. 2018
#IAU/Namingof/Arialelia
#ASSMC/Description - "ASSMC-3 Observation 463exo5"
#ROTC - "ASSMC's 3rd observation area, 463rd planet, re-details"
Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Terra with Rings
Category:Superterra