Creenjason

(End of Year tests / End of course tests + procrastination made me take a long hiatus throughout may, however, new articles shall come out as usual past this point.)
==Technicals==
===Physicals===
The moon has an equatorial diameter of 4368.49 miles, with the mean diameter of 4362.45 miles, and the polar diameter is 4350.39 miles. The oblateness is 0.0041436, with the mass of the moon being 0.18582 M⨁, or 1.1098*10^24 kilograms, and the density is 6.1251 grams per cubic centimeter. The insolation is 0.33556, with the effective temperature being 172.98 kelvin, and the Earth similarity index is 0.861. The rotational period is 20 hours, 25 minutes, and 27.93 seconds, it’s tidally locked to its parent planet, with the solar day being 20 hours, 30 minutes, and 36.05 seconds, and the axial tilt here is 0*00’00.00”, or 56*29’58.60” for the parent star. The gravity on the equator is 5.9737 meters per second, with the gravity on average being 6.0026 meters per second, and the gravity on the poles is 6.0359 meters per second. The circular velocity is 10275.37 miles per hour, with the escape velocity being 14531.58 miles per hour, and the age of the moon is 7.240 billion years, additionally the tidal heating is 3.3075*10^13 watts. 
===Atmospherics===
The moon has an atmospheric height of 73.99 miles, with the tropopause height being 23.64 miles, and the height of the homogeneous atmosphere is 45116.07 feet. The atmospheric pressure is 22.2 atm, with the air density being 27.267 kilograms per cubic meter, and the speed of sound is 741.08 miles per hour. The exosphere temperature is 1087.1 kelvin, with the greenhouse effect being 75.911 kelvin, and the average molar mass is 27.729, additionally, the relative mass is 4.735*10^-5, plus the actual mass of the atmosphere is 10.998 Earth atmospheres. Nitrogen makes up 87% of the atmosphere, with Oxygen at 12.1%, and Carbon dioxide makes up the rest.
===Hydrospherics===
The moon’s oceans have a maximum depth of 9165.88 feet, with the average molar mass being 18.017, and the temperature of said oceans is 249.24 kelvin. The oceanic pressure is 22.2 atm, with the bottom pressure being 188 atm, and the bottom composition is rock. The oceans are made up of salt and fresh water, with trace amounts of Sulfur dioxide sitting at 53.8 parts per million.
===Orbitals===
The moon’s parent is a large gas giant, with the semimajor axis being 291255.2064 miles and the pericenter is 291237.7027 miles. The apocenter is 291272.7102 miles, with the eccentricity being 0.000, and the inclination is 0*34’17.83”. The ascending node is -107*29’34.30”, with the argument pericenter being -97*01’56.31”, and the mean anomaly is -150*11’20.82”. The longitude of pericenter is -204*31’30.61”, with the mean longitude being -354*42’51.44”, and the orbital velocity is 89599.12 miles. The hill sphere radius is 9326 miles, with the influence sphere radius being 7272 miles, and the Roche limit for satellites is 3364 miles. 
==Store==
===Internals===
The moon’s internal structure is a calm one. It has an average temperature for a world of its size and composition, and the magnetic field generated by the core is modest, around ¾ the strength of the Earth’s magnetic field. The core rotates at a pace of around ~700 years, and said core has a clear boundary between it and the mantle. The mantle sits at a temperature 10% less than the Earth’s mantle, and it’s more solid, which prevents prevalent volcanic formation. The crust is even more solid, with the tectonic plates being large and slow, moving only 5–6 centimeters per 365 days at the fastest. The structure does not reflect any destructive or odd past, as there are no residual, continentally-sized blobs of mantle or core that are inconsistent with the rest of the moon. This internal structure’s mundaneness may be due to the moon’s lack of significant tidal forces from two or more opposing forces, which is out of the norm for most moons.
===Geography===
The moon has a land dominated, well connected geography. The moon has 2 major continents, one in the north, and one in the south, and they don’t have a well defined boundary. These two landmasses seem to be supercontinents in structure, with the northern one having 7 plates, and the southern one having potentially 4 - 5. The two are split by weak mountain ranges and a large equatorial ocean. This ocean is not continuous, i.e it does not go around the whole moon uninterrupted, and said ocean has a very small population of islands, around the same amount of Finland. It would be more but the amount of land has connected most of the islands near the coasts into large peninsulas. Whatever islands that do exist outside of being a hill or a peninsula are small pebbles of sand / rock which are normally near the coast. These few islands are normally sediment deposits, and during low tide are often connected to the coast / are very close to being connected. The rivers on this moon are also few in number, short in length, and are shallow. The lakes here are medium - small sized, spread out, and are near the coast except for two norther ones.  
===Climate===
The climate on this moon is a rather cold one, arid as well. While the appearance of the moon may give you the impression that it’s a pandoraesque-jungle world, this is far from the truth. The moon’s climate is more like a subarctic taiga, featuring mild summers and cold weather in the other seasons. The humidity is low so the world is not covered in large glaciers, only small patches which could be mistaken for small deserts in space. Because of that, the weather here is quite calm and consistent, rarely will you get a severe thunderstorm for example, but you will get blizzards, a common thing here. The blizzards here don’t get too speedy though so nothing to really worry about. While a little rarer, dry thunderstorms are also a regular occurance, and, as the name implies, they carry no rain with them, something which is also very scarce and rare here. The average wind speed across the entire moon is 1.9±0.05 miles per hour, with the average humidity being recorded at 38%±4%.
===Biosphere===
====Terrestrial====
The biosphere on land is quite limited, mostly consisting of small herbivores with thick fur and a hibernation cycle. These small land animals are warm blooded, and they live near or in the coastal grasslands, normally under the few mini-trees scattered across the landscape, or in a cave, (they make for great homes because they become snowed in, not suffocating though, which makes the snow a good insulator and protector from outside predators and climatic conditions.) Most animals, as previously mentioned, hibernate, a period which generally lasts 8 months, ± 3 months for certain larger species. There is a small minority of carnivorous animals here, small and speedy wolf-like creatures which tend to live in packs. They are very furry and they use said fur as camouflage. They hibernate as well, though in a longer period of 9 months ±4 months per hibernation term. Their active terms are shorter than the herbivores. 
Carnivores have an active term of around 3±1 months, as opposed to the herbivores which have an active term of 7±2 months. This slow world has led to generally longer lifespans, with some herbivores / carnivores having an average lifespan of 150 years. This slow world has also gotten rid of most terrestrial omnivores, with only 1 species of terrestrial omnivore being observed, a deer analogue which lives in the equatorial regions. This slow world’s hibernative-obsession also extends to the plants. Which deactivate for a 7±2 month term, and are active for a 4±1 month term. This is most likely why those terrestrial animals all hibernate as well. Those hibernating plants are normally short, coastal grasses, with some plants being mini trees, ( 4 foot pine-likes).
====Marine====
The biosphere in the oceans here is very limited and slow. Most of the fish here are small, isolated monads who are asleep most of the year in deep underwater caves. Most of the fish here are giants, having an average size way larger than most fish found on Earth. These fish, despite their massive size, are herbivores. Their main food source is the plentiful coastal seagrasses, and during the large spans of the year where those regions are frozen over, they hibernate deep in the ocean for a timespan longer than their cousins on land. These fish, because of their isolated and slow lifestyle, have forgone all color in their skin and scales, embracing a blanket white or grayish color. There are some species in the southern hemisphere that have retained a few desaturated colors, and a few in some small equatorial regions that have embraced a mat-black scale color, but, generally speaking, they have a uniform grayish-whitish color. 
This co-evolution has made the identification of separate species of fish way harder, but not impossible. For instance, there is a species in the far north that uses sonar to dictate territory, “calling” certain portions of the ocean for themselves. There is also another species whose nervous system has developed in a way that allows them to form complex routines and strategies for resource collection and storage, which would be impossible for the vast majority of other species in the oceans. A biosphere made up of entirely herbivorous, hibernatorous, and lonesome creatures is a rare yet calm environment. Said biosphere is a large example of coevolution between different creatures into one monoform, and while the cause is not known yet, whatever it is, its effects are certainly interesting.
====Aerial====
Aerial life here is almost non-existent, there are only a few 100 species of ‘bird’ here, which may seem large, but most worlds with life would have more than a few thousands at least. The aerial life here mostly consists of omnivores, low-flying omnivores which live off a diet of dead meat and mini-tree leaves. These birds are normally small, and come in a large variety of colors in spite of their slow and homogeneous environment.  These birds can fit in the palm of your hand, with the largest species, an equatorial species, only being 4.4 inches large. The birds here are the most active out of the 3 groups, having hibernation periods which at most last a few months. 
This is because they have a very high metabolism which requires them to find food quite frequently, only hibernating when the temperatures / weather conditions make it way harder to find food, as opposed to the other groups, who hibernate because the conditions create weather or physical barriers that make food scarce. It is unknown why the birds have multicolored phenotypes, but it may be as a signature for mates, ‘whoever has the most distinct colors from their environment gets to procreate the most’, seems to be the reason why they have developed sometimes neon-saturated phenotypes over time.
==Gallery==
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==Entras==
===Moon system===
The moon is an only moon, meaning that it is the only major moon around its parent planet. The planet has a large and close group of dwarf asteroids which orbit in a sort of cloud around the said planet. They are average sized, they all seem to be fragments from formation, and a few of them might have gotten too close to the major moon accounting for simulation / reality discrepancies in the amount of left-over asteroids and impact craters found on the moon. The system is quite average and typical. It does not contain any valuable resources besides a deposit of plutonium on the 46th moon. The system has 60 moons in total. There are a few small asteroids that orbit very close to the planet, closer than Creenjason, but they most likely haven't collided with this moon considering that all simulations point to them, atmost, having 1 or 2 members lost to the parent planet, never to this moon.
Meeilomi is the parent planet's name.
 	Creenjason 	Meeilomi's asteroid cloud
Photograph	
File:Creenjason-015.png	
File:Creenjason-016.png
Class 	Cool marine subterra	Cool asteroid cloud
Mass 	0.18582 M⨁ 	X < 1 M◑
Diameter 	4362.45 Miles 	~572000 Miles
Orbital 	20h 25m 27.92s 	8.435d (min) - 56.965d (max)
===Star system===
The star system in which this moon exists is a binary system, managed by an orange dwarf and a yellow dwarf. The binary system has a total of 19 planets, with all of the planets orbiting one of the two stars. Both stars have an oort cloud, the system in total doesn’t. The primary has 10 planets and 2 asteroid belts, with one of them stretching between the 4th and 6th planets. The secondary has 9 planets, and has the two worlds with life in this system. The secondary has no asteroid belts around it. 
File:Creenjason-017.png
Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Moons