Colyscour

(I went into my older worlds that I did not catalog initially.)
==Colyscour's information==
===Technicals===
====Physicals====
The equatorial diameter of this world is 8032.40 miles, with the mean diameter being 8017.08 miles, and the polar diameter is 7986.54 miles, all of which are larger than the Earth. The oblateness is 0.0057097, with the mass being 1.2718 M⨁, and the density is 6.7543 grams per cubic centimeter. The insolation is 1.4804, with the effective temperature being 252.42 kelvin, and the Earth Similarity Index is 0.933. The rotational period is 16 hours, 24 minutes, and 55.23 seconds, with the solar day being 16 hours, 28 minutes, and 25.39 seconds, and the axial tilt is 19*12’03.32”. The gravity on the equator is 12.072 meters per second, with the gravity (mean) being 12.164 meters per second, and the gravity on the poles is 12.258 meters per second. The circular / escape velocity is 19835.02 miles and 28050.95 miles, with the age of the planet being 7.683 billion years, and the tidal heating is 2.385*10^9 Watts. Silicate mantle makes up 58.2% of the insides, with a metallic core making up 41.8%.
====Atmospherics====
The height of the atmosphere is 69.10 miles, with the tropopause height being 25716.26 feet, and the height of the homogeneous atmosphere is 2417263 feet. The atmospheric pressure is 0.689 atm, with the air density being 0.78182 kilograms per cubic meter, and the air temperature is 266.99 kelvin, -6.19 degrees Celsius, 20.912 degrees Fahrenheit. The speed of sound here is 771.81 miles per hour, with the exosphere temperature being 1469.5 kelvin, and the greenhouse effect is 14.551 kelvin. The average molar mass is 25.713, with the relative mass being 3.5932*10^-7, and the mass of the atmosphere here is 0.57123 Earth atmospheres, or 2.7293*10^18 kilograms. Nitrogen makes up 69.9% of the atmosphere, with Oxygen at 16.3%, Water Vapor at 13.5%, and Carbon dioxide at 0.31%. 
====Hydrospherics====
The maximum depth of the oceans here is 11773.65 feet, with the average molar mass is 18.015, and the density is 1 gram per cubic centimeter. The temperature of the oceans is 266.99 Klevin, with the atmospheric pressure being 0.689 atm, and the bottom pressure is 432 atm, additionally the bottom composition is rock, plus the content of the liquids here is  100% fresh and saltwater, with no other materials at all.
====Orbitals====
The parent of this world is the primary of a binary star system, with the orbital type being an elliptical, and the orbital period is 193.055 days. The semimajor axis is 0.6196 AU, with the pericenter / apocenter being 0.5576 UA / 0.6815 AU, and the eccentricity is 0.100, additionally the inclination is 0*45’23.65”. The ascending node is -121*09’37.19”, with the argument of pericenter is 78*55’8.15”, and the mean anomaly is 17*25’16.25”. The longitude of pericenter is -42*14’29.04”, with the mean longitude being -24*49’12.78”, and the orbital velocity is 78100.39 miles per hour. The orbital resonance is 2:1 (A4), with the hill / influence sphere radius is 592770 miles / 417985 miles, and the Roche limit for satellites is 6387 miles.
===Store===
====Internals====
This world has an above average active core which is slightly larger than the Earth’s core, and this core is surrounded by an average mantle. The core is made up of the typical materials, but has a slightly higher amount of iron than the rest of the planets in its local region. This core has a temperature of 6250 kelvin at the center, and the temperature at the boundary between the inner and outer core is 6148 kelvin. This core also rotates faster than the Earth, generating a larger and stronger magnetic field, around 0.4 teslas more than the Earth’s field. This core seems to have had a spat before a few million years ago, generating a large amount of volcanoes. Most of these cores however seem to be inactive. The mantle here seems easy to pierce, and during that possible fit millions of years ago, it seems that many volcanoes were able to spring up, with some of them coming from flexible plates. Besides that it is average.
====Geography====
The planet’s geography, due to what period of climate it is in, is very based on land, which has made the water poor into two long, shallow oceans and a few thousand lakes. Most of this geography oddly enough resembles the tundras of northern Siberia and Canada, being overwhelmingly flat in their typography. And just like those two regions, all of the small lakes are from retracting glaciers’. The land, besides being very flat besides the occasional interruption by a snow capped volcano, is also punctuated with plenty of rivers, which lead into the lakes and dual oceans here, and they lead from the glaciers. 
A very prominent feature here which is hard to miss is the very large glaciers, and when it comes to geography, they all seem to have formed in more highland environments, but don’t let this confuse you. What today geographically speaking is just large ice deserts called glaciers, were small land masses that function similarly to continents. It is believed that the amount of continents here can be deduced by counting the large surface glaciers, considering without them, the highlands would be just above sea level.  Based on this model, it is believed that this planet, though has one monolithic continent which surrounds two very large lakes called oceans, is actually the combination of 10 - 11 past micro-continents. These past continents share the same features as the current massive one, jagged coastlines and plenty of small islands / islets. 
====Climate====
(Why did I make this one section long?)
This world is in the midst of an ice age, most likely right before or after the peak of the cold, and thus, the climate here is generally high, dry, (sometimes humid too), and frozen, with all of the planet being covered in ice / snow during the winter season. The most livable climate zone found here is the Subarctic Taiga biome, which has a temperature of 5 - 6 degrees Celsius during the summer / spring, and (-5) - (-9) Celsius degrees during the winter / fall. It has a moderate humidity and wind speed which is good enough for an interstellar hard camper, but not for regular humans, who would have frostbite and very dry skin. The taiga here sometimes during the spring and summer periods after most of the ice / snow has melted, would have a large rolling misty fog roll over it, creating a sort of ‘epic’ feel. This fog is not present in any other locations unfortunately, and the reason for this and the above-average humidity for the planet may be that this climate zone almost entirely exists on the floor of an ancient and now dried ocean. That climate is still very cold, and these next two are even colder, the Tundra and Glaciers. 
The tundra takes up all of the polar regions, and everything surrounding the massive glaciers. It is windy and during the summer / spring periods it has an average temperature of (-10) - (-12) degrees Celsius, and during the winter / fall periods, it has a temperature of (-35) - (-45) degrees Celsius. Quite the plunge indeed. The climate in this tundra is very dry, and rainfall (or in this case, snowfall) is not that common and mostly happens during the winter / fall periods. There is nothing too interesting about this climate zone as it pertains to this planet besides that. Now, the most cold and also most visible climate zone, the massive surface glaciers which used to be continents themselves before the ice age. These large glaciers are essentially massive ice deserts. They are very rough in their typography, with massive cuts between large ice hills that lead down to large wet / frozen cave systems, and this climate zone is the windiest, similar to that of Tibet or the Himalayas. These windy, rough, dry, and frozen lands have an average temperature year round below -45 degrees Celsius. These glaciers also get a general snowfall during the coldest periods of 7 - 8 feet, sometimes 10 feet. Overall, this is a climate of a planet in the midst of an ice age.
====Biosphere====
The planet’s biosphere is based more on plant life. The largest organism, which also lives in the taiga climate, is a 300’ sequoia like tree who is able to support a whole ecosystem and itself as shown with the larger members of this species. Most plants however are not these giants, they are flowering organisms which can survive all across the planet, including even the glaciers somehow. During whatever flowering period for these plants, whole sections of the planet change color, most of the time to some shade of blue or purple, and during the flowering period for the glacial flowers, they bloom into a unique color, dark red, and it paints cracks into those glaciers. The reason for why there are so many flowering plants here seems to be from the very large variety of pollinating insects which live here. Some are massive, growing up to 6’ in length and 3’ in height, or some could be little microscopics, only growing up to a millimeter in size at most. Most of these bugs create large colonies that are very resistant to high wind speeds and the cold. For animal life, it is mostly consistent of large (moose / deer)-likes which though are massive, survive entirely based off of a herbivore diet. It is also noted that the animals here typically have a very thick coat of fur on them, giving a sort of bison-like appearance for some of them. Ocean life, because of how much of the oceans the glaciers have drained, has either migrated to land, or become smaller and deeper in the oceans. We only know that there are no coral reefs, that all fish life is small schools, and that ocean plant life mainly lives at the coast. Sometimes algae colonies could be seen from space going across the center of the body of water. Several bird species found on this planet have become amphibian interestingly enough.
===Gallery===
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File:Colyscour-002.png|An ice capped volcano.
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File:Colyscour-006.png|Above the midst of a massive surface glacier, it is a massive wasteland indeed.
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===Moons (None)===
This planet does not have any moon system, but it does have a purple ring that goes around it, add to that it is a pretty wide ring too. This ring was most likely from a recent destruction of a moon, and one theory suggests that during the time period of the volcanic fit this world had, the moon got too close and was shredded, which also explains all of the (though heavily eroded) creators found. 
===Star system===
The planet is part of a binary star system which has a primary yellow dwarf, and a secondary orange dwarf. The primary has 7 planets, the secondary has 5 planets, and there are 2 planets which orbit both of them. The primary has two asteroid belts, one at the 7th position, and another one which stretches from the 4th to the star itself, a sort of remnant primordial disk that has survived this long.  The primary like the secondary has an oort cloud. The secondary has one asteroid belt at the 5th position. 
====Star system (A)====
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====Star system (B)====
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====Star system (A & B)====
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Category:Procedural objects
Category:Objects
Category:Terrae
Category:Terra with Rings
Category:Life
Category:Planets