Gazreen

(I use an "*" to dictate if I am meaning the Earth native species group, Apes and Apes* are different things for now on in my articles.)
==Properties==
===Physicals===
This planet has an equatorial diameter of 7650.88 miles, with the mean diameter being 7631.05 miles, and the polar diameter is 7591.56 miles. The oblateness is 0.0077528, with the mass being 1.0747 M⨁ (6.4182*10^24 kilograms), and the density is 6.6178 grams per cubic centimeter. The insolation is 1.2019, with the effective temperature being 239.72 kelvin, and the Earth similarity index is 0.962. The rotational period is 14 hours, 24 minutes, 7.38 seconds, with the solar day being 14 hours, 25 minutes, 23.03 seconds, and the axial tilt is 3*11’18.94”. The gravity on the equator is 11.221 meters per second, with the gravity on average being 11.345 meters per second, and the gravity on the poles is 11.463 meters per second. The circular / escape velocity is 18694.65 miles per hour / 26438.23 miles per hour, with the age of the planet being 6.059 billion years, and the tidal heating is 1.1694*10^11 watts.
===Atmospherics===
The height of the atmosphere is 48.86 miles, with the tropopause height being 11.04 miles, and the height of the homogeneous atmosphere is 25019.06 feet.The atmospheric pressure is 6.58 atm, with the air density being 7.7475 kilograms per cubic meter, and the air temperature is 285.22 kelvin, (12.07 *C, 53.726 *F). The speed of sound here is 757.77 miles per hour, with the exosphere temperature being 1518.2 kelvin, and the greenhouse effect is 45.485 kelvin. The average molar mass is 27.587, with with the relative mass being 3.9571*10^-6, and the actual mass is 5.3156 Earth atmospheres (2.5397*10^19 kilograms). Nitrogen makes 78.6% of the atmosphere, with Oxygen at 16.4%, Water vapor at 4.5%, Carbon dioxide at 0.424%, and Sulfur dioxide is at 0.11%.
===Hydrospherics===
The maximum depth of the oceans here is 31973.15 feet, with the average molar mass being 18.016, and the density is 1 gram per cubic centimeter. The temperature is the same as the atmosphere, with the bottom pressure at 1.1*10^3 atm, and the bottom composition is rock. Water makes up 100% of the oceans here, mostly salt water.
===Orbitals===
The parent of this world is a singular star, with the orbital period being 1.127 years. The semimajor axis is 1.1123 AU, with the pericenter being 1.0679 AU, and the apocenter being 1.1567 AU. The eccentricity of the planet is 0.040, with the inclination being -0*13’16.82”, and the ascending node is 138*35’48.08”. The argument of pericenter is 157*16’41.90”, with the mean anomaly being 161*55’41.46”, and the longitude of pericenter is 295*52’29.98”. The mean longitude is 457*48’11.45”, with the orbital velocity being 65748.79 miles per hour, and the orbital resonances is 3:2 (3), 5:2 (5). The hill sphere radius is 990459 miles, with the influence sphere radius being 637067 miles, and the Roche limit for satellites is 6038 miles.
==Store==
===Internals===
The internal structure of this planet has seven layers, the same amount that the Earth has. This planet’s core is smaller in proportion to its parent planet, but it does generate more heat, and it spins faster, which causes the layers above it to be more active in general. This core also produces a magnetic field stronger than the one found on Earth, around 1.3x times the strength of ours, and this core is mostly made up of silicon and iron, with no parts of the core or any other part of this planet besides the crust even having trace amounts of nickel, which is very odd. 
The mantle is more active than ours, creating large cycles that push continents at a faster rate than the Earth’s, around 1.445x faster than the Earth’s. This mantle seems to have pushed the nickel to the bottom of the crust, which is a bit peculiar, to say the least. The crust is softer than the Earth’s, which allows for more tectonic smashing and cracking, and this softer crust also allows for the formation of stronger and larger volcanoes. The reason for the nickel being pushed to the outermost portions of the planet’s internal structure is unknown and most likely will never be, considering it does not have any special or wild effects besides the north and south poles, where the fields are a bit bent because of all of the nickel.
===Geography===
There is only one continent on this entire planet, a polar supercontinent made up of three continents. This polar continent has a large mountain range to its far south and a small lake system in that same region. The rest of the continent, besides that, is flat and generally uninteresting (geographically speaking). Besides that continent, there are a few island chains, though they are few in number and are not too populated in their amount. There are a few isolated islands, but they are more like independent landmasses in their own right.
There are three of these large islands, and they are all close to the coasts of one continent. They all have a few small islands around them as well. Further out into the sea, we can get to the other islands and island chains that were described earlier. They are small, as described earlier, and are shallow, compared to the sea level at least. These short volcanic islands, because of how shallow they are, get flooded by the tides pretty frequently, with sometimes the tide being high enough that some of them are flooded all the way to the hills surrounding the central volcano, though that only applies to a few very low lying and very new islands. Most of the islands are young, and are from a common time period, around 2 million years ago, which may hint at an event from back then which caused these islands.
===Climate===
The climate here is quite humid and jugular, despite the average temperature. The average humidity found here is much like that found right after a rainstorm in a deep swamp; in other words, your clothes would get damp even if you’re out in the middle of a dry plain. The humidity may be scary, but strong breezes are a common thing here, so you shouldn’t get too scared of not drying off at some point in the day. Those breezes can last an average of 80 seconds over one patch of land as well, so there is plenty of time to dry down and enjoy the uniquely calm and scenic weather here. The forecasts for this planet are always partly cloudy or clear, with a few rain storms here and there, but nothing more than that. 
The climate here is also considered a ‘global climate’, which means that you’ll be getting roughly the same climate at the poles as at the equator, and said climate seems to be pretty old, with some dating this planet’s climate all the way back to 1.1 billion years ago. An old, predictable, calm, and enjoyable climate that could be a popular vacation spot in the future. This is a bit of a late mention, but out in the open ocean, cyclones do develop, though they do not violate the information described beforehand because they are calm themselves, enough that you should not fear death if one of them was passing directly over you and you were in the open.
===Terrestrialsphere===
The land biosphere here is diverse, with the same species density as the central parts of the Amazon rainforest. This biodiversity does not mean, however, that they do not follow some trends. One of those trends being that here, most organisms have a striped pattern, a sort of camouflage which makes it harder for them to be spotted in the jungle. This striped pattern applies to any number of species, from Apes to Bugs. This has consequently led to some species developing an active eye to any sort of striped pattern, which can lead them to sometimes launching themselves at a patch of grass or a tree for no reason. 
This also means that they are generally good at pattern recognition, which allows for them to have an average intelligence grade (for higher-chain species) of 234, which is considerably higher than the species found on Earth, but it does not mean that they have Human, or even ape* intelligence. They are smart enough to recognize patterns, and use basic logical patterns. Some groups here seemed to have developed a form of proto-morality even. Besides that there is nothing really that unites them, but, because of the humidity here, they all have a way to dry themselves if needed, and that is normally through an absorption process in their pores (on their skin), or through the use of certain leaves. Some species of carnivorous plants have evolved to look like the real leaves they are trying to mimic. Besides that, it’s a pretty diverse biosphere, and it would be neat to go on a safari through this world’s jungles.
===Hydrosphere===
The biosphere in the oceans is, as opposed to the one on land, very undiverse. The biosphere here is mostly made up of plants, who mostly live towards the coast, existing as shallow reefs that can sometimes form a wall of green in some places if there’s enough of them. These plants are mostly kelp-like in their form, a tall and thin structure that spans from the bottom of the ocean to the top, with small leaves coming off it, with some variation in the amounts from species to species. There is a species that deviates from this norm and prefers a more liberal structure, allowing for stems to come off of it and clone the central stem.
The plant also creates bioluminescent sacks, which some small fish nibble off of. Speaking of which, the fish here are on average small, small enough that they could fit in the palm of your hand, and they tend to be herbivores, with some of them exclusively feeding on one species of plant. For what reasons is unknown, though some say that the reason for this may be due to the acidity and composition of certain plants. These fish also tend to be more vibrant in their color palette, more so than what is found on Earth, sporting more saturated colors on average.
===Arialsphere===
And like the hydrospheric biosphere, the arial one is not that diverse, even less so than what is found in the oceans here. Most of the species here are seagulls, small, white-feathered with some black patches, and loitering around on the many beaches here. These birds are around the size of the seagulls found on Earth, and if placed, they would not look too different, aside from the bug-like eyes on certain species. There are even some species here that have plants growing on their backs. That privilege is only reserved for larger creatures that would be the size of an ecosystem, but it seems that here a moderately sized seagull can support a few plants on its back.
Now how it does it is unknown; maybe a shell of dirt is formed on their back from all their digging; who knows? What is known is that besides seagulls, there are a few species of jungle canaries with similar physical looks and sizes, but what is unlike their counterparts on Earth is their hive-like mindset. They act much like bees and ants, having a central authority figure, most likely a queen, and a large colony, though these are buried in trees. They seem to pollinate even, so they are one of the few species of “insect-birds' '.
==Gallery==
File:Gazreen-001.png
File:Gazreen-004.png
File:Gazreen-005.png
File:Gazreen-003.png
File:Gazreen-006.png
File:Gazreen-009.png
File:Gazreen-002.png
File:Gazreen-008.png
File:Gazreen-007*.png
File:Gazreen-010.png
==Entras==
===Moon system===
While this planet has an earth-like size, its moon system compensates for that. This world’s moon system houses 10 moons, 8 asteroids, 2 majors. The asteroids are all clustered in a cloud around the planet, evidence that they could either be primordial fragments, or captured asteroids, which would make some sense at least considering that this world is not too far away from the system’s asteroid belt. The two major moons are nothing too special, both have the materials to sustain small colonies and maybe a native spaceport, but besides that their like any other moon that you would find. 
They have an average mass, and both are shelled by craters, (both of them each have more craters than the Moon). The first moon is mostly made up of silicon, nickel, iron  and some other materials of similar quality and use. The second major is dense in copper, which has given it a rustic color. Some patches of other materials can be seen on the surface, they are the yellow patches. The composition of these moons and their position may indicate something of this planet’s formative history too.
 	Berander 	Nolia
Images 	
File:Gazreen-011.png 	
File:Gazreen-012.png
Class 	Temperate airless miniterra	Temperate airless miniterra
Mass 	1.0844 M◐ 	1.3376 M◐
Diameter	1939.18 Miles 	2027.33 Miles
Orbital 	11h 15m 16.48s 	2.054d
=== Star system ===
The star system orbits around an average yellow dwarf (G3.2 V), and has 10, smaller end planets. The system has a disorganized plane, with only 3 of the planets being on a consistent plane with the star, the rest are on more inclined orbits that, though not too noticeable, made detection for a few of them more difficult. The system has a small asteroid belt in the orbits of the 1st and 3rd planets, and the system has a reasonably sized oort cloud.
File:Gazreen-013.png
Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Planets