PROLOGUE

  Approaching a planet, called Tiliu IX. The ninth of the Tiliu System. Tiliu IX seems to have an oxygen-based atmosphere, just like us. From orbit, it seems to have a red-like surface and has a sea of a purple substance similar to the seas from our world.

  CHAPTER 1 - THE FIRST SPECIES WE MEET

  As we arrive into the planet. We see that it's covered in gigantic red plants. Because Tiliu IX orbits an M-type star (Red Dwarf Star). So the flora inside the ecosystem of Tiliu has a red pigment called phycoerythrin. Which is a red-like pigment found in our world also. As we first see the surface of this amazing marvel. We see a hiding organism, what is that? It is a species of herbivore on Tiliu that is called the Bleak (Philiophosoi serus). Which tunnels underground after eating a plant to absorb the nutrients in its roots, which is done by using a large organ that has small microscopic, tube-like objects that absorb those nutrients that is directly connected to the stomach. In return, the bleak excretes a substance that acts like a fertilizer to the plants in Tiliu. The bleak also has thick, leathery-like skin. Which seems to be a protector to predators. As this skin was developed by it's ancestor who was frequently hunted. So survivors of the Bleak's ancestor (called the Brik. Which instead had soft skin but still had the same tube-like organ.) had developed this leathery skin. It also seems to be a way to protect itself from the abrasive surface of Tiliu IX. The bleak also seems to not have any visible eye organs, as it's brain is mainly centered around it's chest. Instead, it has nerves that detect infrared light to give it sight. These brain nerves (called Rubicundusencepahlic.) are normally located in the head, back, and chest/stomach. We should leave the bleak to it's privacy. As we explore the plains of Tiliu IX, we find an organism camouflaging to the flora around it. As we look at the organism, we see that it's a Klite (Vernotosis jillos). Which is a mantis-like omnivore that walks and stalks in the plains. It mostly hunts the Bleaks. As the bleaks can be vulnerable when they are tunnelling down. The Klite has a hollow skull which acts like a fake target, as that is a fake skull that when touched, immediately breaks down and a sac-like organ in that hollow skull (called the Poisac) releases a poison that intoxicates and burns the skin of even the Bleaks. The poisac regenerates in a short amount of 2 weeks. The Klite also has two, large-anchor like organs that it uses to dig down. Why? Because in hibernating season, the klite digs down and uses their spit (which can harden into a solid similar to that of cement that was covered in water.) Which turns into a wall for them to rest, after hibernating season though. The Klite then forcefully removes its hook-like organs from ramming it into the hardened spit of the Klite. The organs regrow in the same time as the gap from after hibernating season, to the beginning of hibernating season. The Klite has an enemy though. Which is the basiel (Basielli miberna), a creature that is both land and air-based. The basiel is apart of a group called the terravians. Which both live on land (when they are juvenile) but also the skies (when they are adult). The basiel has the weird ability to change sex. Normally, this only happens after the basiel is an adult. And needs to be also still having the repriv (an organ that is vital for a basiel to change sex). The repriv sometimes falls off during childhood. So only a few basiel's can change their sex.

  CHAPTER 1.1 - THE MICROZOI

  As we explore Tiliu IX even more. We notice the first phyla of Tiliu, and the oldest one. The microzoi's are one of the oldest phyla on Tiliu. Appearing 4.2 BYA. The microzoi's are relatively similar to the bacteria of our planet. The microzoi also have two types, similar to the bacteria. Which are acromicrozoi. Which live in harsh environments by generating a substance (called Antillovi) that heals their own body. Which is made from the acromicrozoi digesting hydrogen or oxygen. And the Soosmicrozoi are the equivalent of eubacteria on Tiliu IX. Since they live in safe habitats. And have a substance (Called Trestolovi) that protects them from threats.

  CHAPTER 1.2 - 1.5 - THE LARGE ANALOGES TO WHALES OF TILIU

  As we explore the sea of Tiliu IX, we see a genus of whale-like creatures. These being the Adoquarae. Who average to live 3900 to 4220 meters down. Which are large whale-like creatures that average 15 stories tall and 350 meters long. The earliest species of the genus. Called the Dragbacks (Adoquarae silvisis). They have a color palette that seems similar to the color palette of muscles of the human body. The Dragbacks also drag themselves across the sea floor. Which is why their name is Dragbacks. The dragbacks also have a common trait that is common in the Adoquarae genus. Large,slimy,but also sticky organs that look like legs. But these organs are used for sucking in prey for the dragback (the organ is called a Littoraleg). The next specie of the genus, is the Pinkcharged Supersucker (Adoquarae picherisis). Which is a large, 400-meter long, but also 17 story tall animal that lives 4200 meters deep. The Pinkcharged Supersucker also has 2 more littoralegs than any Adoquarae. The pinkcharged supersucker has a color palette mostly composed of shades of pink. Getting the name "Pinkcharged". The pinkcharged supersucker also can move about 100 meters/s. Hence the name, supersucker. By using a propulsion jet organ that produces gas from the food that the pinkcharged supersucker has eaten. But this only works if the pinkcharged supersucker has eaten about, 10 tons of food and has 10 to 50 cubic meters of gas in it's jet propulsion organ. In return, the pinkcharged supersucker excretes waste that can be used as food for the sea creatures on Tiliu. The next species is the Dragon Greenflier (Adoquarae grenesis) which is a creature that lives 4050 meters down. It is only 12 stories tall and is 320 meters long. The Dragon Greenflier also has halteres. Which is uses for balance since it has a staggering speed of 120 m/s. It does this by using the same jet propulsion that the pinkcharged supersucker uses. The Greenflier also has two-wing like organs that have feathery scales on them. Hence the name, Dragon Greenflier. Since the Greenflier has a main color palette of green and some shades of it. Another species also exists. Called the Deep Blue Wanderer (Adoquarae deproblunesis). Which is a 18 story tall, 420 meter long animal that has a dark blue color palette (hence the name, Deep Blue). And lives 4220 meters down. The lowest point a Adoquarae can live in. The Deep Blue Wanderer has a special trait to it's Littoralegs. Instead of the holes being at the bottom, the littoralegs of a deep blue wanderer is covered with holes. It also wanders the sea for large amounts of time (Hence the name, wanderer.). Since light is almost non-existent at this point. It uses bioluminescence made by cells called electrocytes (not to be confused with the electrolytes found in animals on earth) that glow when no lightwaves are hitting them. The deep blue wanderers are also the most smartest adoquarae. With them being able to build simple nests/colonies and interact socially. They also have a low form of sapience. Which makes them similar to the iq of Australopithecus. As the deep blue wanders also can solve problems.

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  CHAPTER 1.6 - THE GENUS OF NANIAE

  The genus of Naniae can be comparable to the size of a small rat. But they are the smartest specie on Tiliu IX by far. Descended by the extinct genus of Protonaniae. The newest specie of Naniae are the Nanosapiens. Which have an average iq of 120 to 150. Smarter than 1/3 of humanity. The naniae also have 4 limbs that are webbed. These four limbs are also very slender. Which makes them perfect in zero gravity. The nanosapiens also have reached a civilization of 0.7 on the kardashev scale (only 0.1 lower than us. Humans.). The nanosapiens only live underground though. As almost every specie on Tiliu hunts them. Only hundreds of thousands are left of this intelligent species. Which there seems to be no hope for them. As thousands of underground volcanoes are erupting every single minute. The Naniae also has a group of species called the "Naneos". The difference between the Naneos and the nanosapiens can be simplified as the difference of intelligence between an orangutan and a human.

  CHAPTER 1.7 - 1.9 - THE GENUS OF DEVENOCARAE

  The genus of Devenocae is a land-based genus that has a special trait that is that they have an organ that acts almost like a third hand (called the thihand). The Devenocarae's largest species is the Whitish Blue-Orange Springarm (Devenocae whiblorarm). Which is a 40 meter tall species that is 20 meters long. The springarm's thihand has the specialty of being like a zigzag. The thihand of the springarm also has 5 fingers, but in fighting an animal. The springarm has the ability to retract 4 of it's fingers and keep the middle one. Which is used as a spear by the springarm. The Springarm also has a beautiful mix of colors of White, blue, and orange (hence the name, whitish blue-orange). That look like messy stripes. As the springarm is highly hostile and territorial. The next species are the Double Blue Whip (Devenocae whinoplash). The blue whip that has a color palette of both blue and dark greenish blue. The Double Blue whip instead of having a zigzagging thihand. It has two thihands that seem like whips from how it's used. The blue whip uses it to attack predators. But also cut plants (it has the ability to retract thorn-like spikes). The Double Blue whip is 31 meters tall and 12 meters long. The Double Blue whips are found in the Swamplands of Tuliu IX. The next are the Grazing Bluehorns (Devenocae blugra). Which have a color palette of brown, but also have blue horns (hence the name, bluehorns.). They act as the main grazing animal of the savannas of Tuliu IX (hence the name, grazing.). The grazing bluehorns have two thihands that act similarly to grass-cutters. As are spiral-like and horn-like. The thihands cut the plants but grazing it. By moving their chest (where the two thihands are located) in a circular motion. The thihands can graze the plants. After that, a large tube (called the tubuliar entry) connected to the stomach and located in the lower stomach then sucks the plant into the stomach. It is 13 meters tall and 12 meters long. The bluehorns also have the cognitive ability to follow each other in herds or/and packs.