Recent breakthroughs in the field of paleontology has yielded a plethora of new discoveries to the point where it is now possible to reconstruct the environment of Typhon during the Early and Middle Neopodian periods. Here are some of the more recent reconstructions of these organisms and their behaviours and paleoecology. 1.Ceraxsnatcher levitus Very fragmented remains. No signs of cephalization. Its small size and lack of any detectable traces of organs leads the leading researchers of the field to conclude that it is a anomalously large microbe, though this position is contested. 2.Limax privinita only found in cluster in the shallows, and no specimen is quite the same, the genus' validity is heavily contested and the entire family is though to be a wastebasket taxon. Miniscule, yet common. Due to this it is theorized to be some sort of photosynthetic or detritivorous microbe, possible an amoeba or some sort of fungi. 3.Flimax privinta A small slug-like organism. Known from two remains. Traces of eyes and a mouth have been found, believed to be the ancestor of most of modern fauna. Likely some sort of bottom feeder that sifted through sand. 4.Psathino cheli Also known as Strawmouths. Fairly complete remains, known to have eye-like structures. Likely related to the Flimax, though this is not certain due to the vague nature of their body structure. The function of their "straw" appendage is not for certain, though it is definitely some sort of feeding organ. Place of discovery indicates it is likely a burrower. The most commonly held hypothesis states that it is a filter feeder. 5.Colossus Levitorus Also known as sandwraiths, they are known from remains preserved due to a landslide. Fairly complete remains. Appears to be distantly related to grabtails. Further inspection of fossilized material reveals they were already buried in the sand when they were killed by the landslide, indicating it was likely a burrower. It has hair like structures, likely to detect other burrowers and prey on them. 6.Worjesis pulos Also known as jetgills, these creatures are known to be quite common. Possibly descended from the strawmouths. Has a system of "gills", which experimental models have shown could be used to propel itself, likely a way ditch effort of escape a predator. There have been different results from conducted experiments on the topic of the speed of their maneuver with the lowest being 5 mph while the fastest being over 25. Likely some sort of bottom feeder. Some have proposed the water propulsion system could also have been used to find food in the sand. 7.Fosvermi filsaties Also known as the trenchworm, it is known from only microfossils of its teeth structures. Likely a predator that crawled along the trench floor. 8.Retrodorex retroderex Also known as the backstroker, this creature appears to be the ancestor of the similar organism down the line though there are no known ancestors of this organism. Recently, it has been concluded to have been a creature that crawled in the shallows and fed on plants. Its "limbs" may or may not be used for attracting potential mates 9.Xenofilaxis chipinnis The entire team assigned to this fossil broke down in tears and stated that this isn't what they imagined doing when they got into this career field.
Inspired by the "All Todays" section of All Yesterdays, which I read through again recently This is just something to do while I make my next creature. credit to the original creators of the organisms @NightBr1nger @Mackiedoodle1 @cs4465163 @cs893276 @ThatCorruptedDino @project_typhon
