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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since they have hand-like appendages with their claws to allow them a greater ability to manipulate their environment and there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen) shown in Ep 14.
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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since they have hand-like appendages with their claws to allow them a greater ability to manipulate their environment and there is what appeared to be sets of '''3''' claws paints on lining a cave wall in the final art (made by C.M. Kosemen) shown and seen in the final scene of Ep 14.
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Changed line(s) 174 (click to see context) from:
** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since they have hand-like appendages to allow them a greater ability to manipulate their environment and there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen) shown in Ep 14.
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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since they have hand-like appendages with their claws to allow them a greater ability to manipulate their environment and there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen) shown in Ep 14.
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Moved to Website/ namespace per Web Original Wick Sorting.
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In Episode 8, limited food resources leads to them giving birth to undeveloped young that they leave on a carcass to eat, much like some scavenging fly species on Earth. Like the metamorph birds in ''{{WebOriginal/Serina}}'', this may result in future lystrocheirids giving birth to tiny grub-like larvae that spend their early life burrowing before undergoing metamorphosis into an adult. Some may be able to breathe through their skin when laid in a moist area such as mud, which may lead to some species having aquatic tadpole-like larvae. There may even be neotenic forms that fill fish or invertebrate-like niches.
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In Episode 8, limited food resources leads to them giving birth to undeveloped young that they leave on a carcass to eat, much like some scavenging fly species on Earth. Like the metamorph birds in ''{{WebOriginal/Serina}}'', ''{{Website/Serina}}'', this may result in future lystrocheirids giving birth to tiny grub-like larvae that spend their early life burrowing before undergoing metamorphosis into an adult. Some may be able to breathe through their skin when laid in a moist area such as mud, which may lead to some species having aquatic tadpole-like larvae. There may even be neotenic forms that fill fish or invertebrate-like niches.
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** In particular, megantroforms will be raised as livestock for either their meat, crop milk, or general labor, similarly to how the now-extinct aurochs was gave rise to modern cattle, which produce beef and dairy as well as being used as beasts of burden.
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** In particular, megantroforms will be raised as livestock for either their meat, crop milk, or general labor, similarly to how the now-extinct aurochs was what gave rise to modern cattle, which produce beef and dairy as well as being used as beasts of burden.
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** In particular, megantroforms will be raised as livestock for either their meat, crop milk, or general labor, similarly to how the now-extinct aurochs was gave rise to modern cattle, which produce beef and dairy as well as being used as beasts of burden.
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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen) shown in Ep 14.
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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since they have hand-like appendages to allow them a greater ability to manipulate their environment and there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen) shown in Ep 14.
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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen)shown in Ep 14.
* There will be species domestications.
* There will be species domestications.
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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen)shown Kosemen) shown in Ep 14.
* There will be speciesdomestications.domestications.
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* There will be species
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**
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** A species of Oryctocheiridae will be the most likely candidate and contender for developing sapience, since there is what appeared to be sets of '''3''' claws paints on a cave wall in the final art (made by C.M. Kosemen)shown in Ep 14.
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** Stenochelaphorans will have a head start towards developing sapience due to their forelimb arrangement allowing them a greater ability to manipulate their environment by grasping objects with precise muscle control, not unlike the opposable thumbs of primates and other mammals. This adaptation will allow them to use tools with greater ease or effectiveness than other clades like pachychelaphorans or acrocheirids.
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* Either an species of Rhamphodont or Xenopsid will develop sapient and thus will developed the first forms of civilizations. [[TakeTheThirdOption Probably both]].
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* Either an species of Rhamphodont or Xenopsid will develop sapient and thus will developed the first forms of civilizations. [[TakeTheThirdOption Probably both]].both]].
* There will be species domestications.
* There will be species domestications.
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* Semi-confirmed, the thecopods and lystrocheirids manage to claim dominance over the post-extinction biosphere through their respective xenopsid and rhamphodont descendants, but all thylacopod clades have gone extinct.
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* Semi-confirmed with the evolution of the gyrinotheres, whose offspring are aquatic but not explicitly stated to absorb oxygen through their skin.
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* Either an species of Rhamphodont or Xenopsid will develop sapient and thus will developed civilizations. [[TakeTheThirdOption Probably both]].
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* Either an species of Rhamphodont or Xenopsid will develop sapient and thus will developed the first forms of civilizations. [[TakeTheThirdOption Probably both]].
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* Either an species of Rhamphodont or Xenopsid will develop sapient. [[TakeTheThirdOption Probably both]].
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* Either an species of Rhamphodont or Xenopsid will develop sapient.sapient and thus will developed civilizations. [[TakeTheThirdOption Probably both]].
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The GrandFinale, this episode will cover the evolution of sapient life. Let's Go!
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The GrandFinale, this episode will cover the evolution of sapient life. Let's Go!Go!
* Either an species of Rhamphodont or Xenopsid will develop sapient. [[TakeTheThirdOption Probably both]].
* Either an species of Rhamphodont or Xenopsid will develop sapient. [[TakeTheThirdOption Probably both]].
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The GrandFinale, this episode will cover the evolution of spaient life. Let's Go!
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The GrandFinale, this episode will cover the evolution of spaient sapient life. Let's Go!
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** Confirmed, but more for their generalist lifestyles.
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** Confirmed, but more for their generalist lifestyles.lifestyles.
[[WMG: Predictions for Episode 15.]]
The GrandFinale, this episode will cover the evolution of spaient life. Let's Go!
[[WMG: Predictions for Episode 15.]]
The GrandFinale, this episode will cover the evolution of spaient life. Let's Go!
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* Confirmed due to their extinction in episode 14.
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* Confirmed due to their extinction in episode 14.
14. Volcanic activity wiped out the rainforests and altiphytes, leaving the [[CripplingOverspecialization vestigial-legged]] tanybrachids without branches to hang onto nor a habitat to live in.
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** Semi-confirmed; only the latopterans survive.
*** Semi-confirmed, only latopterans survive the mass extinction and chromatophytes survive more due to their large diversity.
* The theropterans will reduce in number due to their status as giant flying carnivores, similar to how large pterosaurs went extinct.
* The theropterans will reduce in number due to their status as giant flying carnivores, similar to how large pterosaurs went extinct.
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* The theropterans will reduce in number due to their status as giant flying carnivores, similar to how large pterosaurs went extinct.
** Confirmed.
** Confirmed.
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* Mostly confirmed; only the more adaptable xenopsids and stenopsids survive.
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* Confirmed due to their extinction in episode 14.
** Confirmed.
** Mostly confirmed.
** Jossed.
** Confirmed.
*** Mostly jossed; only hybognathans survived and remained confined to a single genus that hasn't diverged much from ancestral stock.
** Semi-confirmed; the islands remain uninhabited after the extinction.
** Semi-confirmed; only the latopterans survive.
** Confirmed.
** Confirmed.
** Confirmed.
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* The aquatic species of Deinognathans may have a brief resurgence as terrestrial predators when the existing carnivorous clades die out, much in the vain of certain land-based Crocodilians on Earth after the extinction of the dinosaurs.
* Terrestrial species that are either ovoviviparous or oathecae-carrying will have a major advantage during the mass extinction, as oathecae will be high-calorie targets for many species when food is very scarce. Similarly, clades with lower incubation periods (such as the Rhamphodonts) will be at an advantage as they will spend less time in such a vulnerable state (even if they still require a lot of development), mirroring how beaked birds completely displaced toothed birds after the K-T extinction (toothed birds spent twice as much time developing inside their eggs).
* Terrestrial species that are either ovoviviparous or oathecae-carrying will have a major advantage during the mass extinction, as oathecae will be high-calorie targets for many species when food is very scarce. Similarly, clades with lower incubation periods (such as the Rhamphodonts) will be at an advantage as they will spend less time in such a vulnerable state (even if they still require a lot of development), mirroring how beaked birds completely displaced toothed birds after the K-T extinction (toothed birds spent twice as much time developing inside their eggs).
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** Confirmed for the former.
* The aquatic species of Deinognathans may have a brief resurgence as terrestrial predators when the existing carnivorous clades die out, much in the vain of certain land-based Crocodilians on Earth after the extinction of thedinosaurs.dinosaurs.
** Jossed.
* Terrestrial species that are either ovoviviparous or oathecae-carrying will have a major advantage during the mass extinction, as oathecae will be high-calorie targets for many species when food is very scarce. Similarly, clades with lower incubation periods (such as the Rhamphodonts) will be at an advantage as they will spend less time in such a vulnerable state (even if they still require a lot of development), mirroring how beaked birds completely displaced toothed birds after the K-T extinction (toothed birds spent twice as much time developing inside theireggs).eggs).
** Confirmed, but more for their generalist lifestyles.
* The aquatic species of Deinognathans may have a brief resurgence as terrestrial predators when the existing carnivorous clades die out, much in the vain of certain land-based Crocodilians on Earth after the extinction of the
** Jossed.
* Terrestrial species that are either ovoviviparous or oathecae-carrying will have a major advantage during the mass extinction, as oathecae will be high-calorie targets for many species when food is very scarce. Similarly, clades with lower incubation periods (such as the Rhamphodonts) will be at an advantage as they will spend less time in such a vulnerable state (even if they still require a lot of development), mirroring how beaked birds completely displaced toothed birds after the K-T extinction (toothed birds spent twice as much time developing inside their
** Confirmed, but more for their generalist lifestyles.
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* Judging by the slide of a volcano when teasing about a mass extinction event at the end of Part 13, it's implied that some catastrophic eruption (or multiple eruptions) will occur, which will spell out the doom for many of the lifeforms on the Alien Biosphere. It will either be that such eruptions will create a vast amount of carbon emissions into the atmosphere, creating a greenhouse effect that will warm the planet to critical levels, or create a blanket that will blot out the sun and create a volcanic winter that freezes everything. Of course, it's also possible that the series will take an Earth-like route and have the extinction event be caused by a space rock that collides into the planet, much like the K-Pg Extinction event that wiped out the dinosaurs.
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* Judging by the slide of a volcano when teasing about a mass extinction event at the end of Part 13, it's implied that some catastrophic eruption (or multiple eruptions) will occur, which will spell out the doom for many of the lifeforms on the Alien Biosphere. It will either be that such eruptions will create a vast amount of carbon emissions into the atmosphere, creating a greenhouse effect that will warm the planet to critical levels, or create a blanket that will blot out the sun and create a volcanic winter that freezes everything. everything, and/or acidify and detoxify the oceans leading to the death of marine life, much like the Permian Extinction on earth that wiped out 90% of all life on Earth. Of course, it's also possible that the series will take an Earth-like route and have the extinction event be caused by a space rock that collides into the planet, much like the K-Pg Extinction event that wiped out the dinosaurs.
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* Terrestrial species that are either ovoviviparous or oathecae-carrying will have a major advantage during the mass extinction, as oathecae will be high-calorie targets for many species when food is very scarce. Similarly, clades with lower incubation periods will be at an advantage as they will spend less time in such a vulnerable state (even if they still require a lot of development), mirroring how beaked birds completely displaced toothed birds after the K-T extinction (toothed birds spent twice as much time developing inside their eggs).
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* Terrestrial species that are either ovoviviparous or oathecae-carrying will have a major advantage during the mass extinction, as oathecae will be high-calorie targets for many species when food is very scarce. Similarly, clades with lower incubation periods (such as the Rhamphodonts) will be at an advantage as they will spend less time in such a vulnerable state (even if they still require a lot of development), mirroring how beaked birds completely displaced toothed birds after the K-T extinction (toothed birds spent twice as much time developing inside their eggs).
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** The Chromatophytes may scrape by due to their ability to fall back on chemosythesis when photosynthesis is unavailable, much like many of the forest floor plants in the planet's rainforests.
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* The aquatic species of Deinognathans may have a brief resurgence as terrestrial predators when the existing carnivorous clades die out, much in the vain of certain Crocodilians on Earth after the extinction of the dinosaurs.
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* The aquatic species of Deinognathans may have a brief resurgence as terrestrial predators when the existing carnivorous clades die out, much in the vain of certain land-based Crocodilians on Earth after the extinction of the dinosaurs.
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* Terrestrial species that are either ovoviviparous or oathecae-carrying will have a major advantage during the mass extinction, as oathecae will be high-calorie targets for many species when food is very scarce. Similarly, clades with lower incubation periods will be at an advantage as they will spend less time in such a vulnerable state (even if they still require a lot of development), mirroring how beaked birds completely displaced toothed birds after the K-T extinction (toothed birds spent twice as much time developing inside their eggs).
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** Not confirmed in Episode 12, but confirmed later in episode 13.
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One of the confirmed episodes on Biblaridion's Patreon involves intelligent life. Many fans are predicting the tanybrachids, due to being this planet's monkey analogue, will become sapient. However, that would be a little too predictable and obvious, since evolving a sapient species from a monkey-like ancestor will kind of undermine the series' point of how different alien life could be from Earth's. Besides, the tanybrachids are most similar to the lesser apes (i.e. gibbons and siamangs) which are pretty overtly specialized for an arboreal lifestyle and would therefore likely die out if they lost their forest habitat, whereas the primates that would diverge to form the lineage that would evolve into humans are the more terrestrial great apes. An alternate candidate for sapience are the allodonts, which consist of omnivores with modified arm-like forelegs that could possibly be useful in manipulating tools, plus they are starting to develop parental care as seen in the thecopods, which may lead to a bigger brain and more advanced social behavior.
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** Assuming hybognathans survive the extinction, they may also start to populate saltwater coasts and/or evolve live birth independently of thalattotheres, forming a second fully aquatic clade.
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* Judging by the slide of a volcano when teasing about a mass extinction event at the end of Part 13, it's implied that some catastrophic eruption (or multiple eruptions) will occur, which will spell out the doom for many of the lifeforms on the Alien Biosphere. It will either be that such eruptions will create a vast amount of carbon emissions into the atmosphere, creating a greenhouse effect that will warm the planet to critical levels, or create a blanket that will blot out the sun and create a volcanic winter that freezes everything. Of course, it's also possible that the series will take an Earth-like route and have the extinction event be caused by a space rock that collides into the planet, much like the K-Pg Extinction event that wiped out the dinosaurs.