>>4880748

Hang the fuck on. These aren't your Evos, these are starters from an old Evogame that reached Civ stage and ended years back.

At least come up with your own Evos. Jesus Christ, you've been putting in less and less effort into your threads. Heaven Evo, Tundra, Coastal, and now you're just ripping off something that already has a following.

>>4880757

http://suptg.thisisnotatrueending.com/archive/42420887/

Stop spamming the board with low effort. It's not going to stick no matter how many times you throw shit at the wall, unless you actually try.

>>4880757
Im aware, its just a starting template? I really dont think the Librarian would have a problem with this.

>>4880771

It's just considered bad form to rip off someone's starting post like that. Especially when it's one that's blatantly well-known to oldfags who've seen plenty of Evogames go past.

Might have leapt to conclusions based off the typing style and naming scheme. Are you the same one who made Heaven Evo and some of the other ones I listed above?

>>4880775
No, this is the first time I've endeavoured to start and evo thread.

I think your sperging and white knighting is quite unnecessary.

>>4880779

Yeah, sorry then. The autist fit was a bit much. Just frustrated from that massive faggot spamming shit evos I guess, and this fit his MO.

>>4880782
There isnt a single one on the board. I thought this would simply be the starting point of a new game. Wasn't trying to rip off anyone or imply it was OC.

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>>4880748
Cerar evolves larger and harder jaws, primarily to ward off Brafs from attacking but they also help with cutting up the corpses of Mulu or tough Bzols that Cerars find while scavenging.

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>>4880748
Banded Bzols grow muscular rings around their midsection, offering a small layer of protection against predation, especially when their vulnerable underparts are buried in the seafloor.

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>>4880748
Gaseous Mulus store waste products from their meals until a cerar or braf approaches. They then jettison all the waste at once for a burst of speed, simultaneously disgusting and distracting their pursuer.

>>4881050
>>4881059
Thank you for your contribution

>>4880782
Lmao that dude hasn't been around in like 2 months

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>>4880748
A Clade of Braf evolve long hair like strand on their pincer, acting as a sensory organ for vibration in water, aiding their predatory behavior

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Brazols grow a hole on their back. This hole serves two purposes: firstly, it collects detritus that falls from the upper layers of the ocean; secondly, it absorbs oxygen from the surrounding water.

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>>4880748
>with extensions of its membrane and photosynthetic centers these protrusions capture the currents of the water easier, making them more evenly spaced and abundant near the surface and water columns

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>>4882929
Brazols gain a small tube on their back that ejects harmful substances.

>>4880787
>>4881050
>>4881059
Also please don't use programs like these to draw, use something with anti-aliasing. We really need a guide for this

>>4884569
Photoshop was among the ones they listed in OP's image.

>>4884604
Photoshop is fine, but you should turn off anti-aliasing in it so that it becomes easier to edit.

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>>4880748
>the Wzol descendant of the byzol, with the pressure of predation when you are blind necessitates being able to move relatively fast to this snail eat snail world,to move relatively fast it first started with bending its middle sections flaps down too drag it forward slightly faster when stressed until this method of locomotion overtook and improved massively with the evolution of more middle flap flesh operated by muscles squeezing the internal mostly water fluids.
>while walking it will be supported in the front by its feeding appendages sifting in the sand

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>>4880748
>while slightly more delicate the long algea makes up for it by having simple shape with a greater surface area.

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>>4880748
>mula or the mulu-pede was caused by failed splitting when it was developing the long swimmers twirl around with the mouth pointed in the direction they are swimming with the mouth filaments dedicated to grappling the food.
>contains multiple sets of all the innards one in each segment allowing it to survive decapitation either a surviving body segment regrows the "head" or the "head" regrows body segments drastically increasing the survival chances

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>>4880748
A Clade of Cerar evolve a longer body with similar thickness, to wrap around their food, not so much to chock them as to simply hang on to them as their weak pincer chew through their flesh

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>>4887050
The Cerar gains a thick quasi-bone running through it's body that supports it, allowing it to stay firm to grab prey.

>>4887050
how long? thats pretty loong

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>>4880748
>Cerar feather worms extensions allows its slithering motion to catch more water making the movements less wasted

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>>4880748
algea needlers have a repurposed photosynthetic center into a spike of proteins and other compounds forming a sharp point they drift around eventually getting stuck onto particles forming colonies gradually reproduce around it, stuck into it with their divided offspring

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>>4888212
The Cerar gains a small split tail to move around quicker.

>>4887050
>>4888131
My bad, forgot to specify, triple the ancestor Cerar length, so a Long Cerar and their unmodified decendent are 0.45 cm in length

>>4888361
oh nice possible bobbit worm then could become a scavenging burrower like they where pretty important for the destruction of the algae mat ecosystem of the distant past stiring up the soil and consuming the lower layers of the algea

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>>4888290
>Goldenrods are a predatory algae, blending in with other needle types. Their rod is actually a spike of digestive enzymes


>the resultant destruction of nearby organisms feeds the goldenrod, though siblings often kill one another shortly after division

posting for someone at work

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>>4880748
>mulu bell moves by contracting its body and opening its bell pulling it foreward while moving its filaments with the added bonus of the weight distribution causing it to innately point upwards towards algae floating near the surface

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>>4890119
The Umbrella Mulu has an extended body that is light. It is guided more by the winds than it's predecessor.

>>4890239
well we are under water but being carried by the wind spreading likes spores is a awesome idea

>>4890297
Carried by the currents then. I'm a genius.

>>4890462
you are and like this will lead to mobile mushrooms when we get a algea mat so its genius just digging in and eating being rooted in place then swimming away

>>4890462
and like its on point due to the fact algea are actually inside the clouds in the sky

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>>4880748
Only slightly larger than their predecessor the Bibraf has pincers on both of it's body, while this makes it easer to catch prey it also means that that it can only expel waste by essentially throwing up

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>>4882719
>Longer pincers/mandibles evolved to simply reach prey at a increased distance as it suddenly doubles the reach
>the mandibles work by tensing a muscle between the mandibles that builds up tension like a spring cocking it like the hammer of a gun, when the filaments are triggered a muscle going backwards along the "spine" twitches causing the rounded ends to slip suddenly releasing the tension SNAPPING it closed driving the points in the the prey holding it in place before dragging it into the stomach

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>>4890239
>it all started with a pocket in bell catching extra oxygen but it was advantageous taking advantage of the much more buoyant waste gas of there prey it both fuels them and gives counterweight to a full "stomach" wasting less energy on swimming upwards

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>>4890621
The stinging bibraf specializes its vomited waste into a digestive injection, and its rear into elongated pincers. It gets extra mobility to better utilize this weapon but, no longer relying on its fore (?) pincers, they atrophy at little.

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>>4881050
>>4881059
Thee two lineages evolve under the evolutionary pressure of community standards, to become easier to edit.

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>>4881059
>>4894164
>the sacrifice was accepted by the universe
>the Gaseous mulu or the poot mulu, has pores on the side of its body that suctions in water for increased oxygen intake but also use the suctioned in water to increase the pressure of its jet with a tight opening focusing the power forward increasing there survival chances they rely a bit less on there filaments for locomotion

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>>4887050
>Zerar carries a deadly bite with its pincers injecting the waste products it gains from eating the Gaseous mulu

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>>4882929
>>4888290
>>4888476
>there has been a weird union of semi-independent species time will only tell how this relationship unknown to both sides will end up.
>it started with some needlers getting stuck inside the cavity of the Brazols but this was beneficial the oxygen created by them directly being absorbed and the algea being partly digested mostly the needles providing a constant stream of nutrients only dependent on there being enough light.
>while the algea get a semi safe place to replicate

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>>4888294
The cerar's split tail has not only become larger, it now is detachable as well in case a predator grabs it. It doesn't regrow however though

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>>4894956
the gaseous mulu learns to use less water but more solids to preserve hydration, leading their clouds to be darker and have some clumps of food.

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>>4896071
As survival is easier for the algeas, they start to grow more.

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>>4886041
The Wzol lineage bifurcates into new forms of dramatically different strategies. The first build upon the strengths of the Wzol's speed-increasing body plan. It can now use its muscular mid-section protrusion--its 'foot', if you will--as well as its flattened, muscular tail to rapidly push off of a surface and rocket forward. It can also then use the flattened tail, flialed and flapped with some rapidity, to temporarily propel itself through the water and to change trajectory.

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>>4886041
The second fork of the Wzol family tree is the Stzol, or Stationary Wzol. While it resembles its ancestors in early life stages, it eventually uses its muscular midsection to grab hold of a hard object or patch of sea-floor. Using this muscular attachment to resist attempts to pry it free, it can also swing its head and tail around to bash attackers and to snag passing debris, and even small prey.

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>>4893641
Baloonist Mulu build up large amounts of lighter-than-air waste gas in their bulb over time. They normally vent this through venting orifices evolved from pores, so as not to pop, but in a pinch they can seal them shut, pull in their bodies, forcibly expel the ballast of their most recent meal, and rise so rapidly that they can actually breach the sea's surface and float for a time! As the only floating/flying organism on the planet (for now), this gives them a uniquely safe space from predators, who can't even hope to follow the movements of their descent, lets lone chase them out into the open air.

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>>4896286
The Gaseous Mulus grows a bit more conservative, being able to store more waste over time via a stretchier body AND gaining a tighter butthole for releasing waste gradually, allowing constant speed instead of big bursts.

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>>4896368
The Vice Stzol gains a big, stretchy, extendable mouth for ensnaring passing food and prey, slowly digesting them while they try to escape.

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>>4888072
The Serratar gains thin spikes around its body, allowing for a firmer, deadlier grip on prey.

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>>4884276
This strand of algea grows much bigger, allowing the formation of even more protrusions.

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>>4882719
The Kabraf gains a sharp, firm tooth-like organ which it can extend out of its body and retract into its stomach.

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>>4897499
>>4897515
Two evolutions allow the formation of a new symbiotic relationship.

>The Gaseous Mulus's skin becomes resistant to the digestive enzymes of the Stzol.
>The Vice Stzol gains a robust filtering digestive system, allowing it to safely eat food chunks scattered in waste products.

This allows the Mulus to take shelter from prey in the mouth of the Stzol. In return, the Mulus provides the Stzol with a steady supply of nutrition.

Dont forget sizes but this is good

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>>4881050
The Banded Bzol gains a set of four simple muscled spikes for gripping to the ocean floor as its body extends and retracts, allowing for slightly faster movement.

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>>4897548
The Kabraf gains a simple splitting muscle on the end of its tooth-tongue, which makes it harder for prey to escape once they have been skewered.

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>>4896378
The Baloonist Mulu develops a strange organ thru which it can voluntarily create a small amount of heat via friction, causing the air inside of them to rise higher.

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>>4886053
>Long Algae develop barbs allowing them to cling to other organisms in order to move to new areas.

Test

>>4880779
Yeah I really like any old evo once in awhile. Just remember to give proper credit in the future.

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>>4896378
The Strider Mulu's filaments evolve to become longer and firmer. While this makes for cruddy swimming, it effectively lets it glide upon the top of the water due to surface tension, although occasionally needing to dip its head back down to breathe. Having a harder time catching plankton due to this, Strider Mulu generally prefer to feast on high-floating algea colonies.

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>>4882719
Some Braf develop rigid unmovable extensions which help them briefly glide after jumping out of the water. they still can't control their movements in the air, or jump very high meaning they only stay up for a few seconds but this helps them hunt for prey living on the surface

>>4898762
You forgot to make them swim first

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>>4890621
The Bibraf gains a rudimentary olfactory spot on each of its heads. They primarily use it to sniff out edible chunks of food from its waste for further digestion, but it also proves useful for detecting prey within a short distance.

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>>4899387
Some bibrafs become longer and more flexible, and can now wield both heads at once to pin and pry apart prey, or have one head play look-out and waste-vent while the other eats or explores.

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>>4898550
Having a harder time finding food due to being out of touching range with most life, the Striding Mulu develops little patches of cone cells on the opposite ends of its bulb, allowing it to percieve the color of what lurks below the water. However, due to a lack of rod cells, it is completely blinded without proper lighting, which it thankfully has plenty of most of the time due being above the surface.

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>>4899200
Somewhere, there is a lost lineage of flappy little hair-brafs which never fossilized well, but can be hypothesized to look like pic related, before their gradual ascent to higher and higher ocean layers led to >>4898762

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>>4897544
As the protrusions of these algae grow more pronounced and gain rigidity, they begin to tumble into one another and to tangle into clumps. They are often so genetically similar that when they suffer damage, their tissues will merge to neighbours upon healing, holding these groups together into a floating raft, resembling a bush.

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>>4884567
deep in the ocean life continues as usual but development of interlinking the wastemanagment system and the two mouths makes oxygenation more effective while food simply needs to pass through the system instead of being forced to regurgitate bigger chunks or sediment allowing them to steadily feel around and graze on the bottom while sucking anything that comes form above as they breath.
>they are less food then you would expect from how much hollow internal space there is.

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>>4897533
>the Serratar are covered in sleek thin coat of spikes of a semi transparent organic substance to the current world its quite hard as it can penetrate soft tissue and break off inside
>the spikes are called Chaeta being bristles of chitin formed on its epidermis this defends it from most other members of its free swimming relatives due to the relative slow consumption of prey with there weak pincers/mandibles allowing the predator to react and swim away in response to the damage or for the serratar to turn around on its would be predator.

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>>4896136
Detachable-tail Cerars give rise to Segmented Cerars (or Segrars). These organisms can truly regenerate from nearly any detachment point, given enough time to heal and an intact head portion, though the more damage they sustain the more likely they will fail to consume enough to regenerate lost tissue before they starve or are eaten.

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>>4884567
A species of algae takes residence in the tube, consuming the ejected indigestible substances.

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>>4892196
Using their pincers solely for hunting meant the braf's mobility was severely limited, so they evolved some fleshy tendrils and frills to move around on.

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>>4890119
Simple eye spots allow the mulu bell to determine the areas where algae is most plentiful.

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>>4897548
The Recursive Braf has been subject to a strange mutation which causes it's "tooth" to eventually grow into a fully functional, if smaller, copy of itself. The copy is also afflicted by this condition, as will be it's own copies and it's copies' copies, and so on.
This mutation serves the braf well in it's youth and early adulthood as the braftooth is much more effective and capturing prey, but becomes deleterious in old age as the ever-growing line of brafs turns cumbersome and unwieldy.

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>>4899402
Some Bibrafs have elongated and strengthened their bodies, allowing them to ambulate across the ground at breakneck speeds. These are the apex predators of the primordial seafloor.

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>>4900088
Each segment now possesses both an elongater flipper to swim with and a stout pincer that can be used to shovel food into the digestive system's opening. This way, no matter how much the Segrar is damaged, it will always be able to both move and eat.

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>>4897564
While the Banded Bzol's antennae are meant to warn them of the presence of predators by reading water currents, lack of of any visual info means they often register random currents as signs of danger.

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>>4894162
The back pinchers of the stinging bi braf become slightly serrated allowing them better grip on prey

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>>4899439
Damaged protrusions now exude a sticky liquid to easier attach to other algae

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>>4897564
>banded bzolip muscular mouth flaps develop more allowing to more easily shuffle sediment and push in any edible bits into its small mouth hole and working with all its other muscles to push forward its squishy body

>>4902612
Was this meant to evolve from >>4901630, given the antennae?

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>>4901630
While some banded Bzols are evolving greater musculature, others are differentiating their tissues into insensitive, thick bands, flexible locomotive tissues along the tail and underbelly, and an ever-increasing array of sensory tendrils to help better steer away from trouble and towards nutrients.

>>4902612
>>4902616
whoops linked wrong was meant to be >>4901630 so yep

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>>4894162

>most things finds a use or it fades away the front mandibles found a new use, too drag the body forward along the sediment and shuffle in food into its flexible feeding hole

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>>4880787
Some Cerar evolve little electromagnetic field rersponsive cells on their jaws. They can feel were prey might be.

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>>4880787
Another group develope a fined tail to swim quicker.

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>>4881050
Some Banded Bzols develope a light sensitive spot to recognize predators.

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>>4881050
Others develope two smell antennas which enables them to smell food better.

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>>4881059
Some develope hairlike spikes that helps them to feel when a predator approaches. These survive better since they can flee before a predator tried to grab or bite them.

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>>4884276
A group of Algea develope a sticky startip that either makes them stick together in larger batches making it harder to be comsumed because they are so sticky.

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>>4884276
Other star algea develope paddle formed extensions which occurs only by half of them. This increases the photosynthese area and enables them to use water streams.

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>>4886053
Some start to grow branches.

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>>4886053
A group developes a thin membrane that acts like a fin to use water streams.

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>>4886259
Some Mula develope light sensitive spots all over the segments to recognize the shadow of a predator.

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>>4886259
Others develope two funs on each segments making swimming better.

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>>4896292
The grow in the benevolent Brazilica Algea increases to get more sunlight. This happens to surpress the parasitic ones and let their host survive better.
Since the parasitic strain is cut off from the sunlight, the strain that developed cells that changed completly from photosynthesis can survive between or under their flaps of their cousin. They process the hosts bodyfluids while giving back benevolent stuff now.
The ratio of photosynthesis to parasitic Algeas differ from animal to animal, but beneath the long ones you can only find orange ones.

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>>4888290
Some develope cells that produce hard tissue that glues them on the surface and protects some cells. From these stumps they can regrow and grow much larger.

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>>4888290
Some similar algeas grow longer and develope something stalk like. This protects them cell mass from which they can regrow.

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>>4888290
Some develope more spikes and enables them to grab on sea floors without bein swept away from water streams.

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>>4888290
Some Algea develope small pouches of air. When they stuck to a particle, these pouches inflate and makes them swim near the surface, while most others sink to the bottom because of their overal weight.

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>>4888476
Since these dont rely purely on photosynthesis, when they loose the ability to loose it dont kill them. Their cells develope the ability to use termal energy. They can be found near termal geological areas like smokers and vulcanic rifts.

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>>4888476
Others loose their photosynthesis but develope to eat chemicals that are discharged by smokers. They nearly eat into the surface and extract the chemicals they need.

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>>4888476
Other Golden Rods develope the ability to diggest dead tissue. When they are stuck to a carcass, they start to absorb the tissue. They even can survive deep levels while stuck to bodies that lie unreachable for most other scavengers.

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>>4888476
Others develope a slime which dissole or catch nutrition. This makes the colonies bigger till they are too heavy and sink to the bottom, where the slime glue them to the surface.

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>>4897749
Some develope bigger barbs which mkes them float better and cling to quicker or bigger organisms.

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>>4897749
One strain develope barbs that produces hard roots that glues themself on to it. If they sit long enough on the surface this can grow bigger and enables the algea itself to grow larger and withstand water flows.

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>>4902626
Some develope bigger and harder spikes that makes them quicker to crouch.

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>>4902626
A group of Bzols develope spikes on their tail. They mainly use this to ram it into the ground and jump one big leap away from predators. This doesnt always work but when the wiggle it around it can scare away predators.

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>>4902612
Some Bzolip develope claws on their muscle and spike. This helps them to move faster.

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>>4902612
Others develope little feet like muscle structures on their muscle bands. They now move forward in a walking motion.

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>>4902612
Others developed a thinner tail that has a sail like membrane attached to the nearest spikes. They combine this with their knowledge of the water flow to use to know when they can errect their sailtail and flow several meters.

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>>4882719
>>4882719
>the bristly Braffbeards each pore growing a fibre that can be retracted tasting the waster when its not being held stiff sensing the environment

>if your prey senses sudden movements why not just go slow and stalk them inching closer until they near touch while they worry about what swims and whips above in the currents

weird how little predators have been evolved like i would expect there to be a ecological disaster due to the herbivores

is the qm even here? and are any events in the works?

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>>4893641
>if you float to the surface a giant oxygen sack becomes unnecessary the Muleg floats upon the surface like blue droplets drifting on the surface they feed by rolling there 5 leg under the surface snatching up individual algae a tenth of its central body size.
>while there are currently no worms or other creatures that can really sense or hunt over the water line extremely frequent drinking but that is not enough, dunking into the water is necessary to not desiccate into a dry husk under the hot evaporating sun and winds that strip away moisture and to even intake oxygen

>>4903960
Sadly, I believe it's been abandoned.

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>>4903846
Normally predators dont change that much if their build is still effecient.

>>4880748
Some Brafs develope 6 smelling spots. They are not that good developed, but since they are covering his back, he can smell in which direction he has to crouch.

>>4880748
A strain of Brafs develope tooth like blades at their mouth to feed on the harder or shelled prey

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>>4880748
Some develope shells on their body which seems to protect them from other predators.

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>>4904058
Forgot pic

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>>4882719
Some hairy Brafs develope a hard shell on their midrift.

>>4904030
>>4903960
Seems so.

>>4904030
hmmm then someone else can take over lets find a qualified member or discord person from the server who can make up good events

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>>4903522
Thanks to a mutation, some Brafs have little pincers on their back hairs. When they touch something, they grab it, making it unable to flee. The Braffbeard than just turns his mouth pincher to pull it to his mouth. Their prey consist of swimming animals or other slugs that happens to climb over it.

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>>4904025
The ones that developed a snout to drink water, avoid drying up better than others. It also helps to catch prey that swam near the surface.

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>>4904025
The empty airsack is mostly to heavy so the ones that have a thighter one can withstand to sink into the deep water. The extra layer seems to be a good protection to the sun too since the body has now two skin layers.

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>>4903418
>Gastrogea as a byproduct of its new anaerobic and no longer photosynthetic lifestyle requires oxygen it does this by stripping the oxygen and hydrogen from the water.

>by Combining hydrogen it with the local brine and sea salts to produce granules of hydrogen chloride that combines with water to form hydrochloric acid dissolving flesh.
>to regulate acidity it also produces bases like bicarbonates such as sodium bicarbonates, Ammonium bicarbonate all stripped from the water and dissolved salts mixed with the mucus to form a protective barrier against its own acid.
>all of this culminates into a slippery film of bacteria/algea/fungus/life that digest marine snow and stripping oxygen from the bottom of the sea where it builds up and acidifies the water until it kills itself, when not floating around and sinking down with carrion it grows upon.
>the yellow granules are the stored chemical compounds and proteins packed by the red packing Organelle inside membrane packets to not react inside the body.

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>>4900461
>the frills expand upon the body, by a wave of motion its able to push a cushion of water under it causing a lack of friction allowing it to glide upon the sediment increasing the chance to bump into prey

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>>4902772
>the Sail Algeas reinforced membrane increases its surface area purely to be sweept along with the water streams twirling around its center of mass making a bit more difficult to be eating by mulu, confusing it for some other living creature and being difficult to grip due to the currents effect on it

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>>4904108
>by producing from pores on the cap a grease made of uv reflective molecules it avoids dna damage while acting as a barrier preventing water from leaving the body from evaporation increasing survival chances slightly

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>>4897499
>the free swimming Gaseous mulu faces more threats of predation then there relatives that live inside the vice Stzol.
>first adaptation that makes it different is its secondary non functional asshole while it cant shoot out the stomach content to provide propulsion it does wiggle around in futility trying to pucker up providing a constant slow speed while digesting, now having completely turned around the direction it swims in.
>the second adaptation was simply a bigger version of its unsymmetrical mouth allowing it to intake more food and water letting the excess water flow out of the openings on the sides.
summary
>asshole fin for slow swimming when digesting food and with a bigger mouth allowing it too stuff in more and not slowing it down by the holes from earlier allowing water to stream out

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>>4896366
>the ur Wzol once had bilateral symmetry with two feet before it took a strange turn only having one foot developing, jumping around with its tail until bilateral symmetry established itself again in a sideways fashion its unknown how this will effect future evolution but it will be interesting.
>it continues its strange path continuing to leap from place to place with its muscular foot and longer tail moving in gracious arcs while twisting around to increase the distance

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>>4900459
>The giant glorious Kazoos without a visible movement glides elegantly in the waters like a divine horn with its algea permeated intestinal tissue filtering out minute nutrients from the water and light itself and its own and others waste sustaining it

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>>4896136
>this little cerar dances upon the current trailing it's mostly water tail flaps drawing the attention of any that would be carnivores that would attack it acting as noisy flare, all this makes them more likely to attack the detachable tail increasing survival chances

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>>4888294
>this little cerars tail and extensions expands increasing the speeds it can go at pushing water harder and keeping steady

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Ceravsyte
Micro(in this faunas case macro) parasite that spends the majority of its life either being tunelling inside some unlucky creature or waiting in the sand. Reproduction happens in the host body which they found VIA heat signatures.

>>4880748
I am very curious OP how far do you planned this game up ?
I mean like a phylogeny chart, events, a map, etc.
And how much do you want to intervene?

>>4910778
ah good idea bit of a smudgy paint i will do a evo for this now

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>>4880748
>>4910778
>the advances of parasitism continues with a deformed mouth thats backwards bent spikes of what would have been pincers as it allows to stay inside their host easier like the bottom dwelling braf clap and braf veil with there open inviting cavities if they avoid being crushed
>they feed by lightly lacerating the insides to cause mild leakage of internal fluids or lacerating algea and sucking up the insides with there feeding hole

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>>4884276
by bending the extensions and increasingly rigid outer membrane has increased the chance to get stuck into things it collides into sometimes for consistent constant light with the days and nights or onto creatures

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>>4880748
Brof
A little bit larger offshoot of the Braf.
The main feature that it has three cavities that fill the function of a nose and ears at the same time albeit very primitively.

Has it been slightly interesting even if the qm abandoned it?
Also there is a old evo game that will soon start.
Also good work everyone

thank you for this wonderful experience you have done beautifully

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>>4882719
>there pincers changed position pointing downwards they now sense and grab there prey with there stiff sharp bristles penetrating soft tissue when feeding and losing less sensations from the hair deforming that caused a sort of touch blurryness.
>grows sort of flat extra tails along the rim of the body that can flex allowing slumsy swimming

who wants to archive this?

>>4930907
You can, but why bother?

>>4930936
a failure to be remembered and also alot of good evoers doing there best in futility and also possibly so it can be picked up again by a qm that does not leave immediately.
also nicely done stuff