Abventia

==Abventia's information==
===Technicals===
====Physicals====
The planet has an equatorial diameter of 10676.28 miles, with the mean diameter of 10648.57 miles, and the polar diameter is 10593.38 miles. The oblateness is 0.0077645, with the measles being 3.1047 M⨁, or 1.8542*10^25 kilograms, and the density is 7.0363 grams per cubic centimeter. The insolation is 0.80796, with the effective temperature being 217.06 kelvin, and the Earth similarity index is 0.905. The rotational period is 13 hours, 54 minutes, and 52.72 seconds, with the solar day being 13 hours, 57 minutes, and 41.03 seconds, and the axial tilt is 25*32’54.72”. The gravity on the equator is 16.647 meters per second, with the gravity on average being 16.832 meters per second, and the gravity on the poles is 17.008 meters per second. The circular / escape velocity is 26899.27 miles per hour, and 38041.32 miles, with the age being 6.069 billion years, and the tidal heating is 3.382*10^7 watts, or 0.84413 P⨁. 
====Atmospherics====
The height of the atmosphere is 27.78 miles, with the tropopause height being 42247.87 feet, and the height of the homogeneous atmosphere is 16026.58 feet. The atmospheric pressure is 14.8 atm, with the air density being 18.329 kilograms per cubic meter, and the air temperature is 287.93 kelvin, 14.78 degrees Celsius, or 58.604 degrees Fahrenheit. The speed of sound here is 738.74 miles per hour, with the exosphere temperature being 1322.2 kelvin, and the greenhouse effect is 70.85 kelvin . The average molar mass is 29.345, with the relative mass is 4.0419*10^-6, and the actual mass of the atmosphere is 7.4946*10^19 kilograms, or 15.686 Earth atmospheres. Nitrogen makes up 52.3% of the atmosphere, with Oxygen at 38.6%, water vapor at 5.81%, and Carbon dioxide at 3.34%. 
====Hydrospherics====
The maximum depth of the oceans is 40519.71 feet, with the average molar mass is 18.015, and the density is 1 gram per cubic centimeter. The temperature is 287.93 kelvin, with the atmospheric pressure is 14.8 atm, and the bottom pressure is 2.07*10^3, additionally the bottom composition is rock. The composition of the oceans is 100% water, both fresh and saline.
====Orbitals====
The planet’s parent is the main star in its star system, with the orbital type being elliptical, and the orbital period is 173.094 days. The semimajor axis is 0.5388 AU, with the pericenter / apocenter being 0.5364 AU and 0.5413 AU. The eccentricity is 0.005, with the inclination being 3*25’22.09”, and the ascending node is 23*49’39.56”. The argument of pericenter is 106*44’8.94”, with the mean anomaly being 341*15’09.39”, and the longitude of pericenter being 130*33’48.51”. The mean longitude is 471*48’57.91”, with the orbital velocity being 75752.68 miles per hour, with the hill / influence sphere radius being 820862 miles / 562872 miles, additionally the Roche limit for satellites is 8600 miles. 
===Store===
====Internals====
The planet has a generally typical internal structure. The core is very slightly larger than the Earth’s core, but they still maintain the 2/3rds mantle 1/3rd core type ratio. The mantle is typical as implied before, but because of the softer and more flexible material, the mantle appears to be more “active”, which is also why the tectonic structure / plates seems to be young, fresh, and fast, even though it is way past its 6 billionth birthday. Because of this softer mantle, it is easier for magma plumes to push through and generate volcanoes, and when Earthquakes do happen here, they normally do generate large faults.
====Geography====
The geography here is limited, as most of the planet’s surface is covered by water. There is only one continent here, a small peninsula infested low land that seems to not have that many islands. Contrast this with the ocean past the one continent, which has around 20 something independent landmasses, with hundreds of small young and old volcanic islands. The islands are close together in packs, and their typical shape of a central highland with many small peninsulas and islands close to the coast, makes them resemble mountain ranges. The reason for this is because they are mountain ranges, and this evidenced by what lies beneath the waves, where it seems like that there were 2 large continents that encompassed all of these independent landmasses. These two past landmasses seem to have been ovalish in shape, and both of them were connected in some way to the last remaining continent. Today the water to land split is 13 / 87.
==== Maps ====
File:Abventia-024.jpg
File:Abventia-025.jpg
====Climate====
Thai planet officially speaking has a tundra climate. Most if not all of the planet is covered in the same general brownish subarctic climate, and snowfall is global year’round. That snowfall is normally light in the more equatorial zones, not enough to create a snowman with, it dots the ground. The planet’s oceans are also covered in sea ice most of the year, making it impossible to navigate by boat. If you however were that stubborn and wanted to use an icebreaker, the best means of navigating the oceans here, you would have to constantly cut through normally 6 - 7 meter thick ice. That same climate which creates that sort of ice coverage also makes blizzards a somewhat common thing towards the poles, with several feet of snow every “winter” not being uncommon. This climate, though harsh, seems to be a tamer version of whatever ice age climate came before it, the global tundra that you see now could have been the warmest sections of a glacier-covered world. That same ice age ending most likely caused the same Atlantis-like flooding of the major continents, only leaving the mountain ranges peaking over the ice capped oceans. 
====Biosphere====
The biosphere here is mostly based in the oceans, andi extension to that most of the biomass is based in fungi. Most of this fungi exits in the deeper parts of the seas, typically in the pre and current ice age oceans, and particularly scattered on the desolate floor of said ocean. There is another subset of plantlife made up of sea moss, lichen, urchins, etc, and they typically live closer to the coasts, and when the ice is free from the area, their green color can be seen. These organisms are not the only ones which live beneath the ice bound oceans. There are a large family of different snake / narwhal-like creatures which live beneath the ice, and several times have been seen piercing the ice with their sometimes 15 foot long tusks. There is even a species in this family which is like a leech, but much more massive and with a very large tusk sticking out of its head.
Besides that there are several species of small fish and sharks that typically group themselves into schools that are sometimes so large their blurry black solute can be seen through the ice.  Above the ice and onto the land, the biodiversity plummets. Most of the life up on land is plant life, and a specific type of wild grass which has this greenish / brown color. Because of this most wild animals on land are exclusive herbivores because of the abundance of this grass, and large flocks of small sheep like animals graze the cold plains year round. There are even some deer-like species that graze the pastures. That does not mean that they are safe from predators, there are some sabertooth-like tigers here which even though small in size, compromise in speed, being way faster than the land cheetah, sometimes they are able to maintain speeds of 90 miles per hour for up to 10 minutes! There is of course a very small ecosystem in the skies mostly made up of large-pelican like birds which puncture the ice for their meals. 
===Gallery===
File:Abventia-005.png
File:Abventia-001.png
File:Abventia-007.png
File:Abventia-006.png
File:Abventia-003.png
File:Abventia-004.png
File:Abventia-002.png
File:Abventia-008.png
File:Abventia-009.png
File:Abventia-010.png
===Moons===
(No table, I am not documenting all of those moons)
The planet has no major moons, instead it has 11 dwarf moons. There are two that orbit close to the planet on the orbital plane, and the rest orbit in a belt-like formation a little farther out from the planet.
===Star system===
The planet is part of a binary star system. Each star has its own set of planets, the main one, an orange dwarf, has 4 small planets around it. The secondary star, a red dwarf, has 5 larger planets around it. The system also has 2 small worlds orbiting both stars. The binary stars lack any particles (asteroids and comets), which is a bit rare but may be due to the lack of material the system started out with. 
====Star system (A)====
File:Abventia-011.png
File:Abventia-012.png
File:Abventia-013.png
File:Abventia-014.png
File:Abventia-015.png
====Star system (B)====
File:Abventia-016.png
File:Abventia-017.png
File:Abventia-018.png
File:Abventia-019.png
File:Abventia-020.png
File:Abventia-021.png
====Star system (Around A & B)====
File:Abventia-022.png
File:Abventia-023.png
Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Superterra
Category:Planets