Chorion Gigantes, also known as the Mud Colossus, is a large plant that thrives in the east of Typhon's landmass. They are around 1.5 metres in diametre, and around 8 to 10 metres tall. Their trunks are vertically segmented into "plates". They are hollow inside, and have a skeletal structure to support itself made of calcium silicate. It gathers these resources over time from the soil and bonds them inside its body. They are practically the only organisms present so far inland and can thrive in harsh environments particularly well due to their water conserving adaptations and energy efficiency. They spread microscopic seeds by wind, roughly aligning to every three lumien eclipses. Stellatrencha occidental, also known as Covexids, descends form Rockcrawlers(Appuezibu primoensis). They are now more mobile, with a more advanced muscular system than the rockcrawler. Each "segment" contains a chamber for chemosynthesis to take place. Each segment is covered in a special protein coating that allows for greater heat resistance. They also take in marine snow and other organic matter. They reproduce through budding, growing new limbs and detaching them. They almost always have three limbs, though there are exceptions. Sizes range from around 40 to 70 centimetres in diametre. Infernumaris marinus, commonly known as the firefloat is a distant relative of the extinct Surflo Prima. They live everywhere except the western oceans, and conduct photosynthesis. Its namesake is the "float" that it grows, which contains mostly methane and other gases. When they are ready to reproduce, they combust and spread their "seeds" across the ocean. These "seeds" are naturally buoyant and stay on top of the water, eventually growing into new Firefloats. Theya re around each 60 centimetres long. Caerulivallis omnium, better known as the azure wall, is an endolithic organism that lives inside the intergranular spaces of rocks. They evolved from the Azure Floor. They slowly digest the rock they live in, secreting organic acids to break down the minerals, aided by bioleaching through their metabolic process. Size is technically indefinite but is limited by the rock they live in. They release spores, which can stay dormant for years, which will eventually latch to a new rock and grow from there.
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