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electreel — Ideas and concepts for the Allocene Project
Published: 2018-11-07 19:18:57 +0000 UTC; Views: 3016; Favourites: 18; Downloads: 0
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A bunch of ideas, concepts and suggestions I've come up with during these last few years. I might go more in-depth about them in the future, but if any of you are interested in giving your own interpretations, go ahead.

  • Antarctic freshwater ecosystems were colonized by diadromous fishes, including amphidromous (galaxiids, gobies and sandperches) and anadromous (salmonids and anguilids), as well as icefish and euryhaline fishes (ambassids, ariid catfishes, gobies, eleotrids, mugilids, etc.)

  • Great diversity of amphibious galaxiids in Antarctica. Mouth cavity and part of the digestive tract are heavily vascularized, which allows them to breathe air. Increased irrigation to skin in order to maximize oxygen absorption. Burrowing forms living in damp soil, sometimes far from freshwater reserves (see swamp eels like Monopterus rongsaw for inspiration). Tunnels are covered with slime. Detritivore forms with comb-like mouths. Also blind troglobitic forms.

  • Increased diversity and endemism of North American herbivores as climate becomes warmer and wetter. Migratory species disappear. 

  • Descendants of carangids (or other perciform fishes) filling an ecological niche similar to that of tunas.

  • Leaf-mimicking flounder living in mangroves or freshwater environments.

  • Small, predatory, tree-dwelling varanids with stereoscopic vision.

  • Water-walking spiders with elongated legs (Aggressive mimicry with gerrids?)

  • Endoparasitic plants growing inside trees that lack chlorophyll and a vascular system. They sprout inflorescences that attract phytophagous arthropods.

  • Fungi or unicellular algae that lead a similar lifestyle.

  • “Hermit” insect larvae (fireflies) or staphylinids using empty land snail shells as mobile protective structures.

  • Giant flatfish filling the role of carpet sharks in the shores of the northern Atlantic Ocean.

  • Parasitic snails with ventral suckers and well-developed radula.

  • Scorpion-mimicking chamaeleon.

  • Large, intertidal, algae-grazing blenny or goby.

  • Geographical expansion and diversification of characoid fishes?

  • Galeacornid named after the Egyptian goddess Hathor.

  • Burrowing worm-like tadpoles living in moist soil (see Micrixalus herrei)

  • Bird with keratinous filaments or spikes not derived from feathers (see Anhima cornuta’s spike and Meleagris pavo’s beard).

  • North American slug moths (Limacodidae) whose caterpillars mimic the shape of spiders.

  • Once widespread groups of marine organisms now restricted to abyssopelagic or hadopelagic zones (see this )

  • Aquatic turtle that mimics highly-dangerous stingrays.

  • Spider-mimicking winged insect; patterns on wings resemble the front legs of a spider.

  • Benthic cephalopod living in coastal areas that creates striking eyespots when disturbed by predators.

  • Benthic cuttlefish that lurks buried in the sand. Its eyes rest upon long stalks, and the frontal part of the body is curved upwards.

  • Cave-dwelling insect (cockroach?) with extreme sexual dimorphism: male individuals are very small and have atrophied organs, a short abdomen and rather long legs, and become attached to their female counterparts upon copulation.

  • Species of mammals with a fruit-rich diet using carotenoids for skin pigmentation (bright yellow, red...). See this

  • Great diversity of terrestrial amphipods in Antarctica.

  • Parasite that replaces a functional part of its host (see tongue-eating louse or Macrocheles rettenmeyeri).

  • A symbiotic relationship deriving from the above situation, in which the replacement or enhancement of a functional part of an organism by another is actually beneficial to both.

  • Jumping crabs resembling raninid crabs. They use their middle legs to propel forward to escape from predators. They are rather widespread and diverse.

  • New group of pitcher plants that look very similar to modern ones but are actually unrelated to them.

  • Burrowing varanids with large, shovel-like heads, spade-like forepaws, and short, muscular tails.

  • Tarsier-like rodents with large, stereoscopic eyes, prehensile toes and hook-like incisors.

  • Medium-sized social birds that hunt in large numbers.  

  • Haematophagous ants that live in reduced colonies.

  • New group of land snails with a new type of locomotion (pulmonate snails move by means of foot sole ondulations, pomatiid snails move by alternating each side of the foot sole), perhaps using the foot sole and a bifurcated peduncle under the head as limbs.

  • Insect larvae that gather together and move like a singular creature, even trapping and devouring animals significantly larger than them. See this

  • Crab spider whose first two pair of legs is fused and covered with with hook-like setae, acting like a grasping organ

  • New types of aquatic plants living in the Antarctic wetlands. (lacking cutin and stomata, great S/V ratio, air cavities, reduced xylem).

  • Brisingid starfish that trap larger prey (crustaceans, fishes, etc.)

  • Large brittle star that mimics venomous sea snakes or eels (dark-light stripes on arms)

  • Cheirasteridae: predatory starfish with a large ambulatory arm and smaller grasping arms. Some of them vaguely resemble a human hand, hence the family name.

  • Shelled animal that incorporates foreign objects during the development of its shell (see Xenophora ).

  • Completely terrestrial mammal with amphibian ancestors (see echidnas )

  • Medium-sized, insect-eating bird (anatid?) living in Antarctica. Long tongue covered with small, stiff papillae. Well-developed hyoid apparatus (see this )

  • Large, grazing Antarctic geese with highly specialized buccolingual anatomy.

  • Large-beaked bird that feeds on terrestrial crustaceans living in Antarctica.

  • Plant-boring insects that retain a grub-like form throughout most of their life cycle.

  • Tiny, insectivorous mongooses, civets or mustelids with adaptations to arboreal life (prehensile fingers and tail, compact body, large forward-looking eyes, etc.), living in Eurasia and Africa.

  • Small insectivorous and frugivorous opossums with adaptations to arboreal life, living in North America.

  • Small flatfish that are able to crawl in a centipede-like fashion using their dorsal and anal fin rays. See this

  • Brightly-colored rainforest pigeons with intricately folded facial skin wattles (see this )

  • Great diversity of beak types in rainforest pigeons (see this ) Nectarivorous species similar to the long-faced tumbler. Frugivorous species similar to the scandaroon or beauty homer breeds.

  • Nothopsittacus: a genus of rainforest pigeons that look very similar to parrots and parakeets.

  • Antarctic flightless bats named after the Japanese yokai Yamachichi or Momonjii.

  • Flying spiders (Muscarachne): giant robber flies that mostly resemble winged spiders.

  • Mountain-dwelling descendants of dromedaries in Australia.

  • Insects (moths?) mimicking poisonous frogs.

  • Fern-mimicking centipede

  • Ramulopavus sp. - Great-sized, tree-dwelling rails living in Eurasia.

  • Infestovespa pullocida - Parasitoid wasp that uses bird nestlings as hosts (Iceland? Azores?).

  • Giant species of shark living in the Antarctic Ocean; preys on large-sized seabirds and mammals.

  • Spiny/armored terrestrial species of chameleon living in Madagascar.



Related content
Comments: 26

ButILikeTauNeutrino [2018-12-30 22:50:28 +0000 UTC]

Dude, you're overflowing with creativity! How do you come up with this stuff?

👍: 0 ⏩: 1

electreel In reply to ButILikeTauNeutrino [2019-01-03 02:23:45 +0000 UTC]

Thanks, although I like to think that ideas come to me rather than I come up with them
I guess being fascinated by the diversity of life is to blame for that.

👍: 0 ⏩: 0

Zimices [2018-12-08 08:45:56 +0000 UTC]

Mamíferos terrestres descendientes de formas semiacuáticas... eso me llama mucho la atención.

👍: 0 ⏩: 1

electreel In reply to Zimices [2018-12-10 02:39:18 +0000 UTC]

Es tan solo una sugerencia, aún no pensé en ningún concepto concreto, pero si se te ocurre algo, ya sabes

👍: 0 ⏩: 1

Zimices In reply to electreel [2018-12-10 08:27:51 +0000 UTC]

Jeje, pues sería interesante explorar el concepto, aunque no se ni por dónde empezar - ¿debería usar un orden actual o alguno que se haya hecho semiacuático antes del Aloceno?

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electreel In reply to Zimices [2018-12-10 21:40:29 +0000 UTC]

Pues cualquiera de los dos valdría. Supongo que lo más plausible es que no sean demasiado grandes y que tengan la capacidad para encontrar alimento fuera del agua, al menos de forma ocasional. 

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Zimices In reply to electreel [2018-12-17 07:10:07 +0000 UTC]

Había pensado en descendientes de los coipos o algún roedor similar, con un descendiente herbívoro que se alimente de plantas cerca de las vías de agua. Podría tener el tamaño de un perro, con patas cortas, algo a los lados y cabeza grande, un poco estilo dicinodonte. A su vez, en el pasado del Aloceno, alguno de sus parientes pudieron haber sido más acuáticos aún. 

👍: 0 ⏩: 1

electreel In reply to Zimices [2018-12-23 21:21:48 +0000 UTC]

¡Una idea muy interesante! Quizás podría habitar alguna isla o grupo de islas próximas a Sudamérica, como las Malvinas. Quizás hasta podría haber radiado en varias especies o géneros distintos.
Ahora que lo pienso, en la Antártida del Aloceno existen "sirenocastores " que pasaron de un modo de vida casi completamente acuático a uno más anfibio, aunque su movimiento en tierra firme es bastante limitado debido a su gran tamaño y extremidades especializadas. Igual sería conveniente cambiar el origen de este grupo de animales de los castores a los coipos, y así incorporar tu concepto como descendiente de sirenocastóridos primitivos.

👍: 0 ⏩: 1

Zimices In reply to electreel [2018-12-24 06:47:31 +0000 UTC]

Vaya, gracias por el enlace, ¡mira que ya había pensado en los coipos semiacuáticos hace años y no lo recordaba! si, me gusta la idea de que vivan en la costa sur de Suramérica, las Malvinas parecen buen sitio. El animal en ciernes entonces sería más terrestre que los sirenocastores, apenas pueda hago unos bocetos sencillos para ir visualizándolo.  

👍: 0 ⏩: 1

electreel In reply to Zimices [2018-12-29 02:43:23 +0000 UTC]

No puedo esperar a verlos

👍: 0 ⏩: 1

Zimices In reply to electreel [2018-12-30 09:19:11 +0000 UTC]

Aquí van un par de dibujos... disculpa la mala calidad de la imagen:   

👍: 0 ⏩: 1

electreel In reply to Zimices [2019-01-02 01:22:40 +0000 UTC]

¡Se ven estupendos! ¿La cabeza en la parte de abajo pertenece a otra especie o simplemente está mostrando los incisivos?

👍: 0 ⏩: 1

Zimices In reply to electreel [2019-01-03 06:19:18 +0000 UTC]

Se supone que es la misma, lo que pasa es que no se si queda mejor con incisivos permanentemente expuestos o más cubiertos. No se me había ocurrido que pudiera ser más de una especie. En todo caso se puede trabajar desde ahí.

👍: 0 ⏩: 1

electreel In reply to Zimices [2019-01-30 18:49:37 +0000 UTC]

Oh, ya veo. Suponiendo que no exista mucha competencia, veo bastante posible que el coipo ancestral de lugar a unas cuantas formas diferentes por medio de radiación adaptativa.

👍: 0 ⏩: 0

archeoraptor38 [2018-11-12 12:44:10 +0000 UTC]

curiosas y plausibles

👍: 0 ⏩: 1

electreel In reply to archeoraptor38 [2018-12-10 02:10:51 +0000 UTC]

Gracias.

👍: 0 ⏩: 0

Dragonthunders [2018-11-10 01:56:00 +0000 UTC]

Debo decir que es cool la gran cantidad de ideas que has estado poniendo para el proyecto, sobre todo de la fauna Antarctica y en especifico la ictiofauna ya que es algo casi nunca explorado en ciertos escenarios futuros y expresas el gran potencial que tiene después de su deshielo.

Tambien he tenido resguardados entre pocos bosquejos algunos conceptos que no he publicado debido a la inactividad del proyecto, incluyendo un poco de la diversidad de varanidos acuaticos (mayormente las escilas), grandes marsupiales, murcielagos antarticos similares en nicho y apariencia a loris y otros mas, espero en algun momento pueda mostrartelos

👍: 0 ⏩: 1

electreel In reply to Dragonthunders [2018-11-10 21:45:46 +0000 UTC]

Pues aún tuve que recortar parte del apartado de ictiofauna antártica para que no se hiciera muy largo Puede que muestre un poco de esa diversidad en el futuro próximo.
Encantado de que te gusten, y no puedo esperar a ver tus ideas   

👍: 0 ⏩: 0

Leggurm [2018-11-08 02:29:15 +0000 UTC]

A lot of interesting ideas here.

👍: 0 ⏩: 1

electreel In reply to Leggurm [2018-11-10 00:30:47 +0000 UTC]

Glad you like them!

👍: 0 ⏩: 0

Zealandiatherium [2018-11-08 01:17:18 +0000 UTC]

"Large, grazing Antarctic geese with highly specialized buccolingual anatomy"

what the hell is buccolingual anatomy?

👍: 0 ⏩: 1

Dragonthunders In reply to Zealandiatherium [2018-11-08 01:35:23 +0000 UTC]

Anatomy relating to buccal (inner cheek) and lingual (tongue) surfaces, which means Antartic geeses with high derived tongues and inner mouth structure to probably "chew"
Derived from this assets.rbl.ms/10341653/980x.jp…

👍: 0 ⏩: 2

archeoraptor38 In reply to Dragonthunders [2018-11-12 12:43:46 +0000 UTC]

reminds me of serinan birds

👍: 0 ⏩: 0

Zealandiatherium In reply to Dragonthunders [2018-11-09 01:14:46 +0000 UTC]

ohhhh.
That sounds pretty cool

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Clawfiren [2018-11-07 21:00:42 +0000 UTC]

Casi nada

👍: 0 ⏩: 1

electreel In reply to Clawfiren [2018-11-10 00:30:23 +0000 UTC]

Y estos solo son los conceptos no desarrollados. Tengo muchas otras cosas guardadas en la chistera.

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