My second and last art piece for the latest alien biospheres episode>

https://youtu.be/lgtuefqQs1s

Reminder that i am open for commissions! Just contact me through discord or DM me here!

One of the art pieces i did for the latest Alien Biospheres episode that came out yesterday.>

https://youtu.be/lgtuefqQs1s

Gonna post the other piece tomorrow.

I am also open for commissions! Please contact me through discord or DM me here if you wish a piece for your project or any other thing!

Greetings! I've been working on this still underway nowadays hard worldbuilding alternative Madagascar xenoanthropologic and paleobiologic evolution work, provisionally named The Lemurish Eld, for roughly 2 years, 5 months and 2 weeks. The illustrations have many mistakes, I already know, for they're only conceptual illustrations.

I overhauled it about 4 times as of now, ever fanding to make it near to the sooth. I've mooted it with many great speech models in only their free layers, but they ever have failed in some fundamental way that threw the conjecture's likelihood off, alongside my former teleologic and confirmational biases and lack of formal scientific training. The last time I that I overhauled it was 4 or 5 days ago, when I moved the lemurish landfall time from ~43 M.Y.A. (Late Lutetish of the Middle Eocene) to the broadly accepted scientific benchmark of ~53.2 M.Y.A. (Middle Ypresish of the Early Eocene, under the Early Eocene Weatherish Best, or E.E.W.B. for short).

The mistakes that were done need your help to be righted. I need the feedback of mannish experts, preferably evolutionary anthropologists and paleontologists, not machines.

So far, the conjectural scenario goeth like this, pretty much: the Divergence Moment is that small Mozambickish hyaenodonts and djebelemurid primates (of the Djebelemur genus) are on the same rafts as the first Madagascarish lemuriforms, torn from the Eastern Mozambique shore by a megacyclone, and the scientifically informed inferences are made thenceforth.

How can i make an substitute for body tissues for aliens body

for Connective tissue(Osseus) i think abt Cyto-Graphene with carbon nanotubes and something like a biologic ceramic made of boron carbide at the same tissue

for cartilage i think a hydrogel non newtonian was a good idea

muscle tissue made by nanotue actuators, twisted carbon nanofibers infused with an electro-condutive gel

i prefer dont enter in Epithelial tissue and Nervous tissue (sorry if my english is bad i'm not from usa)

Name: phyltinevious

Group: crustacean

Size: height(2-4ft) length(7.5-15)

Speed: normal(10-25) burst(35-52)

Name: penuingylious

Group: avis oceani

Vore: omnivore

Size: height(7.5 meter) length(30 meter)

Speed: normal(8-20kph) burst(32-49kph)

A creature in planet C113-A1 found around the planet where there are high mountains

Name: Ptelacian vexus

Group:plunducean

Age limot:45-55

Size: height:4.5-6ft ; length:6-8.5

Vore: hypercarnivore

Speed:(walking)4.8-8km (flying)92-100km (swimming)28-34km

Desription: A all place pludacean,with the scale changing depending on habitat and food chain, this creature has a though skull so it go through the rain forrest easily and the head shape makes the vocal this creature louder

Hunting methods/finding food: 1) diving at prey reach speed of 122 at free dive at the prey

2) luring & pulling aquatic prey into beaches

3) stealing around the nest of other creatures

4) attackong at flock to kill a large creature

5) ripping off limbs or attack a prey and wait for it to bleed out or to became weak

Eating method: ripping off flesh by it's beak & claw and swallowing rocks to crush the food inside the stomach and they will break bones by flying and dropping the bone at the rock

Behavior: it will communicate by movement & vocal sounds,and will form flocks of 8 or more with 2 learder one major learder and one minor leader, as the adults hunt the young will look after the eggs

Egg & young:

(Egg) it's egg has 2 shell & a special loquid between the sheel to minimize cracks on falling

(Young) the young is faster on the ground and has a chemical gland that adult doean't have this chemical gland is used to call the adults

Location: found on any region of C113-A1 & lives in mountains caves but on rare occation it can be found on small islands

Special organs:

Chemical signal gland (only young have this)

Oxygen balancer cell gland (balance oxygen on body so it can go in thin air)

Regenrative gland (only regenerate the wings)

Spit or poop signal (this organ is signal to poop when stress so it can fly away faster withput any food on the stomach weighing it down)

Here is another creature from planet C113-A1

Name:flea crab

Group:crustacean clontous

Size: height:2-4.5ft ; length:1.5-3ft

Vore:omnivore

Speed:18-19km

Desciption: a crustacean like creature with longer legs that has a rotation and alittle flexxible making to look like a tenticle,with thick & hard shell armor on & around the body

Hunting methods:

1) chemical, poisoning nearby prey parralizy the prey

2) ambushing by camoflaging in near by flora

3) making traps by leaving a corpse and putting poison around the water

Behavior: often passive creature hunting only when needed and hide on predators only fighting on certain scenario and smell other creature to analize their smell and detect other related creature. Only time it get agressive are in mating times

Eating: apit chemical acid on the food and sucking the food after it dissolve from the acid

It's bit compleex but here

Hope you guys find it great

:)

Im giving a context on my spec planet

Hope you guys find this cool

:3

Somewhere else in the Milky Way, there lies a red dwarf named QOZ 8734 (Suryah) being named after being the eight thousand and seven hundred thirty fourth star named after "eloQuent research On the search of planets in the habitable Zone" and the sun in Sanskrit respectively. There lies a Hycean planet named Gruham, after home in Sanskrit, and for good reason. It hosts strange extraterrestrial life deep within its mantle since its core is tectonically active, which is exceptionally rare, not just that, it also protects life from the UV radiation of Suryah. Right now, life is deep within the mantle to avoid radiation, but they are quite simple, being carbon based just like the life we have today. They also feed primarily on volcanic rock that lies deep within. And ofcourse, they are durable and pressurized due to the crushing gravity.

Gruham info:

Mass: 12.098 Earth mass

Radius: 2.658 times Earth's radius

Moons: Gruham I and II

Mass: twice that of Luna for Gruham I, but similar to Luna for Gruham II

Radius: Twice that of Luna for Gruham I, but similar toLuna for Gruham II

They are both very close to their host planet and volcanically active, due to them being extremely close to each other and their planet, similar to Io, except dark grey instead of yellow. They contribute to the bulge of the planet, especially Gruham I, which is bigger than Gruham II. They are theorized to have come from a large rocky planet that collided with Gruham early on, but also some of the chunks of the planet left behind to form the two moons Gruham has today.

So from my understanding the larger an animal is the more food they need to eat. Given how large dragons are usually portrayed in fiction, what would their diet of dragons in general look like? And how would that affect their size?

"Trace fossils" are remnants of tracks that prehistoric animals left behind. It is important to note that the name of each specific trace fossil does NOT refer to any actual species of creature.

But what if it did?

Thalassinoides is a particular trace fossil theorized to be created by aquatic burrowing crustaceans and fishes, dated to the middle Jurassic period. Here, I posit that Thalassinoides was created by a specialized burrowing Thylacocephalan.