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Finally... => Forum Games and Roleplaying => Topic started by: Magmacube_tr on January 08, 2022, 03:25:48 pm

Title: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Magmacube_tr on January 08, 2022, 03:25:48 pm
"Let's try this again, shall we?"

Hello, and welcome to Competitive Evolution! Again! Here you will compete by evolving your lineage through time, hardships and catalysms. I made this game before, and decided to revamp it into existence again. It is easy to maintain, yet very flexible.

I made things significantly harsher and much less happy-go-lucky. Sorry, not sorry. And I promise the creature descriptions will be better this time.

The Way of Action

You play as an evolutionary lineage, and you make it evolve and survive.

Players will congregate in teams of at most 4 players, with maximum team count being 5.

Each one of you will have a single vote to use each round. You can use this vote to;

     ●Suggest a new mutation, adding a       
        new feature to the teams creature.
     ●Improve upon a faulty, vestigial,       
       or insufficent feature, which gets a         
       +1 in dice points due to it already     
       having a base to develop on.
     ●Sacrifice your vote to support one of   
       your teammates vote, granting the   
       said vote a +1 in dice points. (This
       function can only be used once per 
       vote to prevent over-supporting with
       everyone hogging over one vote.
       Come up with you own ideas.)

If a team evolves sexual, or any other type of resource-intensive way of reproduction, they gain a special roll they can add to any vote they want. It is fittingly called the Sexual Selection bonus-penalty, and operates as a 7-sided dice, with its number ranging from 3 to -3. It can either be a blessing or a curse, and must be used every turn once unlocked. Where and how it will be used will be decided by all of the team that has it. Its result will be applied onto the previously selected normal vote.

The Dices

The degree of your personal votes success is determined by a 5-sided dice I will roll.  Values of the said rolls are;

     5=Better than expected. The addition/       
     modification adds an small extra   
     perk along with the intended feature.
     Significant increase in the species'
     fitness.
     4=Just as you asked. No more, no less.   
     An increase in the species's
     fitness.
     3=The vote is successful, but the   
     feature comes out as mediocre, and   
     doesn't adds, or substracts anything.
     Little change in fitness.
     2=The votes effects are more harmful     
     than beneficial, but not to a major
     degree. A minor decrease in the 
     species's population.
     1=Maladaptation. The feature/   
     modification proves to be defective           
     or harmful, causes a significant
     decline in the species' population.

This dice upper caps at 5, period. No making it 6. The lower cap is 1. You won't get a -1 or something even if Sexual Selection Modifier lowers something down by 3.

But just because you got a 5, doesn't necessarily means you get the benefits. For example, evolving eyes is useless if there is no nervous system to control and use it. Or a jaw won't work without muscles, which will work very inefficently if there is no respiratory and/or circulatory systems around. It's a ladder of prgression, you first need the supporting systems to get more complex things in your range of efficency.

Populations

The state of your species' population is indicated as wildlife status symbols used worldwide, and their success will be signified by their population status.

      LC: Least concern. This species
      enjoys their high and healthy
      population counts. Not in any direct 
      threat.
      NT: Near Threatened. Not quite in
      danger, but could be in a better
      situation than it is.
      VU: Vulnerable. This species is at the
      limit from enough, to not enough.
      Needs to get better at survival a bit.
      EN: Endangered: The danger of
      extinction is close to this species.
      Needs to adapt to whatever is
      causing its decline.
      CR: Critically Endangered: It's at the   
      edge of going extinct. Something   
      must be done, and quick, or else...
      EX: Extinct. This species has no living             
      members. If you hit this, you lose   
      your current lineage entirely and   
      have to branch out of a still-extant
      clade.

Events

Things such as geological or cosmological events will also be rolled once every round. Two dices will be rolled, one for the strength, the other for the effect. Strength dice is 100-sided, and Temperament dice is 7-sided. The values are;

Strength dice:
 
      0-30= Nothing happens.
      31-70= Minor event.
      71-90=  Major Event
      91-100= Very Major event.

Temperament dice:

      7= Awsome stuff
      6= Good stuff
      5= Convinient stuff
      4= "Meh" stuff
      3= Inconvinient stuff
      2= Bad stuff
      1= Awful stuff

The Environment

The games setting is around on a weird, yet hospitable star, on a small rocky planet called Thetri. It is pretty similar, yet wildly different from our own. Thetri has a mass and volume of approximately 1 Earth, and their composition is also pretty similar, except Thetri has much more radioactive material in its mantle, and thus much more geologically active. Expect volcanoes.

The starting location is a large, and very deep freshwater mountain lake on a volcanic mountain range. It's warm, and has geothermal vents at its depths. The shores of the lake are very shallow and lukewarm, but it sharply descends at the middle. A small, very shallow stream flows from even higher up, its source unknown.

Thetri, at this moment, is home to all kinds of unicelluar organisms, and 2 kinds of very simple multicelluar lifeforms, analogues to Terran fauna and flora, respectively. These lifeforms are the ones you start out from.

First is the Pea. Pea is a, well, pea-sized, aquatic bottomfeeder proto-animal. It is a merely a cluster of cells, that very slowly move around and feed on whatever they touch, including eachother. To reproduce, they bud a smaller Pea from a random place of their bodies. They lack any advanced structures.

The second is the Pancake. Pancakes are very small, purple protoplants, as wide as a penny and thin as foil. They are completely immobile and flat, only move to where the currents take them to. They reproduce by shedding small, regrowing pieces from their sides. They lack any advances structures. Their color stems from the weird sunlight on Thetri.
 
Once you select a lineage, you are stuck with it until either it goes extinct or the game ends/dies.

General Etiquette

Please write down the team you are in when you vote. It makes my job much easier.

Vote realistically and openly. Just saying "circulatory system" or "limbs" is not enough. Is the circulatory system open or closed? How many and/or what kind limbs are to be added? You must specify these. Little explanations will be enough, but you can go into some detail if you wish, just not in excess, please.

Please refrain from opening new teams, if there are teams with open spots for players, join them instead. This isn't an obligation though, you can open your own team if you wish, unless all five team slots are full, in that case you can't.

If no one takes the role of the predator in the first 5 rounds, I will open up my unjoinable GM team and assume the said role, with all the four votes with as much votes as the largest team has, and the SS modifier if available. This is to make sure the game does not stagnates due to a lack of evolutionary pressure. You have been warned, I will show no mercy.

The things above have already happened.

You can join anytime you want. Unless all spots are full, which is unlikely.
...

Start Evolving!

Current Teams
Spoiler (click to show/hide)

List of Turns
Spoiler (click to show/hide)
Title: Re: Competive Evolution: Season 2 (0/20)
Post by: Knightwing64 on January 08, 2022, 07:51:19 pm
I am on team pea.

Hmm. I will add size and strength to the pea by introducing and adding muscle fibers to it’s components.

Someone needs to add some improved absorbing abilities to the pea. WE SHALL CREATE THE ULTIMATE LIFEFORM
Title: Re: Competive Evolution: Season 2 (0/20)
Post by: Mercur on January 08, 2022, 10:01:13 pm
Im in team divergent

I will increase the pea’s surface area to feed on by adding small tendrils that covers the entire creature
Title: Re: Competive Evolution: Season 2 (0/20)
Post by: NRDL on January 08, 2022, 10:11:54 pm
PTW
Title: Re: Competive Evolution: Season 2 (0/20)
Post by: Magmacube_tr on January 09, 2022, 03:30:53 am
PTW

What does this mean?
Title: Re: Competive Evolution: Season 2 (3/20)
Post by: TricMagic on January 09, 2022, 08:34:38 am
Team Sol

The Pancake mutates to absorb light for food.
Title: Re: Competive Evolution: Season 2 (0/20)
Post by: Knightwing64 on January 09, 2022, 08:42:26 am
PTW

What does this mean?

It means post to watch. They don’t want to play but they want to watch and see what happens. They post so they can get notifications.
Title: Re: Competive Evolution: Season 2 (3/20)
Post by: Knightwing64 on January 09, 2022, 08:43:38 am
Oop. I thought the team name had to be the creatures name.

Uh, I rename my team! It shall now be called Team Chaos
Title: Re: Competive Evolution: Season 2 (3/20)
Post by: flazeo25 on January 09, 2022, 09:16:25 am
Team Tetramylsis

The Pancake mutates to develop thin noodle like tendrils that leak out sticky muscus.
Title: Re: Competive Evolution: Season 2 (3/20)
Post by: Knightwing64 on January 09, 2022, 09:37:43 am
Team Tetramylsis

The Pancake mutates to develop thin noodle like tendrils that leak out sticky muscus.

How does that help it survive lol
Title: Re: Competive Evolution: Season 2 (3/20)
Post by: Magmacube_tr on January 09, 2022, 10:48:08 am
Team Chaos
Knightwing64: Muscularising tissues.

Team Divergent
Mercur: Surface increasing tendrils.

Team Sol
TricMagic: Increasing photosynthetic efficency(?)(Pancake is already capable of photosynthesizing.)

Team Tetramylsis
flazeo25: Tendrils that secrete mucus

Anything out of point? I am giving all an another day or so to join. Then, we start.
Title: Re: Competive Evolution: Season 2 (4/20)
Post by: flazeo25 on January 09, 2022, 12:03:14 pm
Nod
Title: Re: Competive Evolution: Season 2 (3/20)
Post by: TricMagic on January 09, 2022, 01:00:48 pm
Team Chaos
Knightwing64: Muscularising tissues.

Team Divergent
Mercur: Surface increasing tendrils.

Team Sol
TricMagic: Increasing photosynthetic efficency(?)(Pancake is already capable of photosynthesizing.)

Sure. Praise the Sun! (Among other things.)
Title: Re: Competive Evolution: Season 2 (4/20)
Post by: Knightwing64 on January 09, 2022, 02:02:30 pm
Cool. Join me or die!
Title: Re: Competive Evolution: Season 2 (4/20)
Post by: Leonardo8 on January 09, 2022, 09:00:21 pm
*Makes sacrifice to the gods of gaming so that this one may last* Count me in!

I will be Team Pizza
I want my Pea to have a form of positive chemotaxis towards food (preferably something that is not its own species)
Title: Re: Competive Evolution: Season 2 (4/20)
Post by: Mercur on January 09, 2022, 09:23:59 pm
*Makes sacrifice to the gods of gaming so that this one may last* Count me in!

I will be Team Pizza
I want my Pea to have a form of positive chemotaxis towards food (preferably something that is not its own species)

Why do you have to specify it is not feeding on its own species
Title: Re: Competive Evolution: Season 2 (4/20)
Post by: Leonardo8 on January 09, 2022, 10:14:45 pm
*Makes sacrifice to the gods of gaming so that this one may last* Count me in!

I will be Team Pizza
I want my Pea to have a form of positive chemotaxis towards food (preferably something that is not its own species)

Why do you have to specify it is not feeding on its own species
Because it is specified in the OP that the Pea will eat anything it touches, including members of its own species.
Title: Re: Competive Evolution: Season 2 (4/20)
Post by: Magmacube_tr on January 10, 2022, 01:31:19 am
Team Chaos
Knightwing64: Muscularising tissues.

Team Divergent
Mercur: Surface increasing tendrils.

Team Sol
TricMagic: Increasing photosynthetic efficency.

Team Tetramylsis
flazeo25: Tendrils that secrete mucus.

Team Pizza
Leonardo8: Positive chemotaxis towards food.
Title: Re: Competive Evolution: Season 2 (5/20) (Looking for players)
Post by: Knightwing64 on January 10, 2022, 04:24:06 pm
Looks all good!
Title: Re: Competive Evolution: Season 2 (5/20) (Looking for players)
Post by: flazeo25 on January 11, 2022, 05:07:20 am
Nod
Title: Re: Competive Evolution: Season 2 (5/20) (Looking for players)
Post by: Leonardo8 on January 11, 2022, 07:21:44 am
Let's go
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Magmacube_tr on January 11, 2022, 10:19:04 am
1st Turn

Events
Strength Dice: 9
Temperament Dice: N/A

Nothing of importance happened in this turn.



Team Chaos
Knightwing64: Muscularisation of tissues: 3

Buffy Pea
In a random change in the shape of the tissue, the cells of this new lineage of pea are capable of using their natural flowing ability against eachother, creating a motion that resembles flexing and squirming. Their newfound way of locomotion actually makes them a tiny bit faster than other peas. But overral, this hasn't changed their way of life in the slightest, as they have no way actually finding food. They can only stumble upon it.

It's its relatives are better at it at obtaining and finding food. It is being outcompeted very slowly, as the conditions of the like are still pretty Ediacaran.

Status: NT

Description:A pea-sized proto-animal. It aimlessly moves along the lake floor and digests any organic debris it can find. It's tissues have the ability to flex and push the creature forward. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor.



Team Divergent
Mercur: A coat of tendrils that increase the surface area: 5

Abundant Puff
Perhaps the most obiquitous of all peas, the Abundant Puff may not even be considered a pea anymore. It's larger than its relatives by a wide margin, and is covered entirely in a thick coat of tendrils that while resemble quills, are actually soft flesh. It uses these tendrils as both a way to feed, and additionally a way to breathe. Since peas breathe and eat from their outside surface, larger the that area is, the better things are.

There is a problem though. These long and silky tendrils help it feed and breathe, but they make it harder than before for the animal to move around, since flowing isn't possible anymore. So the population is clustered around the center of the lake, and are much less common everywhere else. They also frequently cannibalise eachother due to not being able to distinguish anything from anything at all.

But the most interesting thing however is that the central lake puffs and the outer lake puffs are becoming distinct ecotypes due to food availability, with the much more numerous inner ones less likely to eat eachother and better at filtering from the soil around them, and rarer outer ones instead being more adept at digesting large clumps of food instead of debris, using their tendrils as trawling nets to entangle and digest smaller peas, and even pancakes they can reach.

Status: LC

Description: A cueball-sized proto-animal. It aimlessly moves along, or usually, just sits on the central lake floor and digests any organic debris it can catch with its innumerable, long and silky tendrils. It reproduces asexually by occasionally budding. There are two varieties, a more predatory one and a more sedentary one.

Habitat: The warm and pebbly mountain lake floor.



Team Sol
TricMagic: Increased photosynthesis efficency: 4+1=5

Violet Pancake
The increasing competiton for sunlight has led this small plant to evolve better ways to do the only thing it can do. Photosynthesize. The changes in their biology have resulted in a change of color as well, that being their color shifting darker, towards the shades of violet. While this has made them much more abundant, there is no real difference made.

Status: LC

Description: A small, violet protoplant shaped like a flat circle. It is the size of a penny. It is very efficent at what in its way of life. It reproduces asexually by sedding its outer edges, which grow independantly.

Habitat: The warm waters of the mountain lake.



Team Tetramylsis
flazeo25: Tendrils on the edges that secrete sticky mucus: 3

Pile Pancake
As a freak mutation, a single pancake gained the ability to secrete a mucus derived from sytoplasmic plasma from a series of tiny tendrils that protrude from it outer edges. And that was what it took. Soon, small and large mats of its descendants would sail along in colonies on the waters surface, moving through the streams created by convection forces.

Even though this abilty allows the small pieces shed to stay attached to their parent and grow beside it, there is no mutualism to see here. Each individual are as independant as their ancestors, so no additional fitness is granted. Infact, the pancakes on the centers of such mats may die to starvation.

Status: LC

Description: A small, purple protoplant shaped like a flat circle. It is the size of a penny. It is capable of secreting a sitcky substance from a series of tiny tendrils that allows it to form mats on the water surface. It reproduces asexually by sedding its outer edges, which grow independantly.

Habitat: The warm waters of the mountain lake. Particularly at the surface.



Team Pizza
Leonardo8: Positive chemotaxis towards food: 4

Sniffly Pea
The first creature on Thetri to be currently able to actually find food. It's outer surface has specialised cells sprinkled on that alert the other cells to come towards it when it detects a chemical associated with food. This creates a tug on the peas flow and directs it towards food. It is mostly unchanged in appearance, but tends to be a bit larger thanks to a richer diet.

Status: LC

Description: A proto-animal slightly larger than a pea. It moves along the lake floor and digests any organic debris it can detect with its ability to detect specific chemicals in the water. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor.



Environmental And Ecological Report

Environment is excatly the same as before, the mountain lake is still churning with hot water from its center, and a small stream feeds it from who knows where. The one thin that needs to be mentionesd is that the soil richness and tempature sharply increases as one approaches to the center of the lake, aka. the thermal vents. Outer lake surface is cooler and is considerably less nutritious.

But despite the unchanged grounds, there are profound developments in the realm of life, and a primitive ecosystem is forming inside the lake. The first predator is on the loose. It is not an active one, but the outer puffs gain most of their food from other, macroscopic organisms. There are no pyhsical differences between them and their lazier relatives, its forms of digestion and therefore diet that separates them.

The least successful of the lake is the buffy pea, since it is just the original blob but a bit faster.

Also, both of the original species are extinct due to out-competiton.
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Leonardo8 on January 11, 2022, 10:31:16 am
Team pizza
I want my creature to evolve an actual digestive system for a better absorption of nutrients. Just a simple tube that goes from front to back, with the cells lining the inner walls specialized for absorption of nutrients. 
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: TricMagic on January 11, 2022, 10:51:49 am
Team Sol: Onwards and Floatwards
The obvious solution to outgrow the competition is to move upward. Let's get some float going on.
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Magmacube_tr on January 11, 2022, 11:06:22 am
Team Sol: Onwards and Floatwards
The obvious solution to outgrow the competition is to move upward. Let's get some float going on.

But how?
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Mercur on January 11, 2022, 11:37:11 am
Team divergent

I would like to differentiate the tendrils to three different types, one at the front for feeding (which would be larger and less quill like), the ones at the sides for movement (which would be larger and wider) and the rest for breathing (which would shrink to small filaments)
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: TricMagic on January 11, 2022, 11:51:05 am
Team Sol: Onwards and Floatwards
The obvious solution to outgrow the competition is to move upward. Let's get some float going on.

But how?
Good point. For Team Sol it's likely through expansion of size to get natural buoyancy. More flat space to get light, and it will mean we float upwards to the surface. Of course, at the moment reproduction means that the pieces that break off will sink some and get dragged by the currents to new places, until they eventually float up themselves. Maybe.
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: flazeo25 on January 11, 2022, 11:52:30 am
Team Tetramylsis

The Pancake mutates to develop inside itself one large central vacuole that takes of most it's size, to store most of various minerals the pancake takes in and filter out waste. While several tiny vacuoles form along the point where tendrils grow to aid in mucus secretion.
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Knightwing64 on January 11, 2022, 04:30:15 pm
Team Chaos

Attempt to develop a sort of parasitic relationship with the other peas, consuming food they have not rightfully caught by absorbing nutrients in non deadly amounts through tendrils able to exist because of the muscle tissue.
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Magmacube_tr on January 13, 2022, 11:33:41 am
Team Chaos
Knightwing64: Parasitisation via tendrils.

Team Divergent
Mercur: Three types of tendrils; feeding, movement and respiration.

Team Sol
TricMagic: Increased surface area.

Team Tetramylsis
flazeo25: Internal vacuoles for storage, waste disposal and mucus secretion.

Team Pizza
Leonardo8: A simple digestive tract adapted to filter out silt.
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: flazeo25 on January 13, 2022, 01:45:21 pm
Nod
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Leonardo8 on January 13, 2022, 01:54:32 pm
Looks fine to me
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Knightwing64 on January 13, 2022, 04:43:25 pm
Yeppers. *prays to RNG Jesus
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: TricMagic on January 13, 2022, 05:00:14 pm
More area will hopefully mean more float. And either way, more sunlight.
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Mercur on January 15, 2022, 01:30:27 am
I hope that I get a good roll
Title: Re: Competive Evolution: Season 2, Turn 2 (5/20) (Looking for players)
Post by: Magmacube_tr on January 16, 2022, 06:56:01 am
2nd Turn

Events
Strength Dice: 43
Temperament Dice: 3

A major earthquake has caused a series of rocks to fall into the lake from the surrounding peaks. This has caused a portion of the lakebed to be less hospitable to you filterfeeders, as there is now less flat ground for you to thread. No significant changes.



Team Chaos
Knightwing64: Evolving parasitic lifestyle via absortion tendrils: 4

Rooting Turnip
In a twist of fate, an abnormal Buffy Pea have gave birth to an entire lineage of comparably tiny peas with a small patch of tendrils that are used to root into and feed off of other faunal organisms. It starts its life as a normal looking, very small pea, but it is instead completely still, until another pea brushes upon its still not developed tendrils. These tendrils immidiately attach themselves to the victim and grow into a shape similar to the roots of a turnip, using their superior flexibility to carve their way in.

They are pretty small, a quarter of the size of their ancestors. They have two weaknesses. First is that if there are far too many of them on a single host, the host may die of starvation, usually killing the Turnips as well. Second is that the Buffy peas and Puffs still digest from every surface of their bodies, so that if Turnips attach to them, they are swiftly digested away.

Due to their new adaptations, Turnip has lost most of its bottom feeding capabilities. Most of its surface, save for the tendrils is now non-absorbant. Along with that, it's not all that rare to see Turnips that have Turnips of their own attached to them, which may create tower-like formations.

Status: LC

Description:A very small proto-animal. It is a parasite, it attaches itself to faunal hosts and feeds off of them with a set of long tendrils that grow when attached to suitable surfaces. It's tissues have the ability to rudimentarily flex. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor, attached to other peas.



Team Divergent
Mercur: A coat of tendrils that increase the surface area: 5+1=capped at 5

Furry Puff
From a series lucky mutations from the outer puff population, a new species has emerged from their ranks. It's better at locomotion, feeding and movement by its specialied sets of tendrils.

At its newly defined front, there are feeding tendrils that are dragged through the silty lakebed for feeding, in a trawling fashion. From its sides, 10 pairs of long flexible tendrils drag it along randomly. And where neither of the previous tendrils are, a short coat of hair-like tendrils cover the surface of the creature, and function as gills. Only the feeding tendrils can digest anything now, since any other surface have specialised for other purposes. And since their feeding tendrils are fully specialised for feeding, the lake floor is fully on the menu again, though smaller creatures are still consumed.

Their direct ancestors, the outer puffs are outcompeted by them, yet the cental puffs do still remain. Their only problem is that they are prime targets for Turnips parasitic habits. Most Furry Puffs support at least a dozen of them around their bodies, although their sheer size prevents this from being that big of a problem.

Status: LC

Description: A rotund proto-animal around 7-8 centimeters in diameter. It aimlessly crawls on the lake floor with 10 pairs of tentacles and digests any organic debris it can catch with its innumerable, long and silky feeding tendrils. It passively respirates through its short coat of hair-like tendrils that cover its body. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor.



Team Sol
TricMagic: Larger surface area: 1+1=2

Brittle Pancake
Throught time, selection pressures have caused the violet lineage to evolve to be larger and larger, but not thicker, making them much more fragile. The reason for this runaway effect is the the reproductive strategy of the pancakes as a whole. Since the pieces torn turn into more pancakes with a bit of luck, individuals that got torn more had more chances to pass on their line. So this abnormal violet pancake lineage gradually got wider and wider, until they couldn't get any wider. Their increased spawning rate allowed them to outcompete their smaller ancestors in slow succession afterwards.

There are virtually no round pancakes anymore. All of them resemble torn pieces of violet tinted stretch film. This isn't necessarily a bad thing, even though it basically destroyed what little hydrodynamics they had in the first place. They are more numerous now.

They are at the limit of what their bodyplan (or lack of it) can reach.

Status: LC

Description: A small, violet protoplant that resembles violently torn stratch film. It is the size of a palm at most, but many are smaller. It is very efficent at what in its way of life. It reproduces asexually by shedding its outer edges, which grow independantly.

Habitat: The warm waters of the mountain lake.



Team Tetramylsis
flazeo25: A system of internal vacuoles for fluid related purposes: 4

Inflatable Daisies
Inside the crowded and dark interiror of the piles, the most durable survives until the next crumbling to see the light again. So the selective pressures have pushed the pile pancakes to be more and more durable against long periods of dark. Storing more additional food inside the cells turned into doing it just in the center to avoid a piece of the supply getting torn away. This zone then specialised into a dedicated empty storge area.

And after more refinements and countless generations, the daisies emerged. Their central vacuole stores nutrients for when the plant inevitably ends up inside a pile, and is where the waste also goes. A set of smaller vacuoles of variable amounts encircle the main one and are the new means of mucus production. The mucus is then smear onto the tendrils.

Their name comes from the fact that since these vacuoles are completely internal, the gaseous waste stored inside the central one causes it to slowly inflate. The belly that formes resembles the center of a flower, and when looked at with the vacuoles that encircle it, it is in the shape of a flower.

By the way, the gasses that accumulate inside it inevitably explode outwards after a while, giving out a vile odor. Fortunately, nothing around can really smell it. The pieces flung regrow into more daisies with some luck. This incidental method of reproduction have even become more common than just shedding outer edges, since living as piles dont really allow that.

Status: LC

Description: A purple protoplant vaguely shaped like a frilly flower. It's the size of a nickel. It is flat for the most part, except for the storage vacuole on its center, which is usually filled with nutrient rich water and waste gasses. It is capable of secreting a sticky substance from a ring of vacuoles that, when smeared over the their tendrils, allows it to form mats on the water surface by sticking to eachother. It reproduces asexually by exploding and spraying body parts all around in a show of floral gore, which then the parts formed grow into full daisies independantly.

Habitat: The warm waters of the mountain lake. Particularly at the surface in the form of piles.



Team Pizza
Leonardo8: Becoming tubular: 5

Dirt Roll
One sniffly pea ages past was formed with an apparent defect stemming from an error in its genetic code; a small depression on its body. It carried this to its own offspring as a neutral mutation at first, but then evolution started to work its wonders on this teeny tiny hole. It was more efficent at filtering food from silt due to its enclosed space having more surface area, and generation after generation this hole grew. To accomodate, the chemical sensors and cell absorbance began to shift towards this hole, accumilating around and inside the cavity, respectively.

The end mark of this line of emergence was the cavity emerging from the other side of the body, turning the creature into a flesh tube. Along with the shifting of the digestive and sensory functions to be fitting with this development, this animal now has a defined front, with a mouth that is encircled with a yellow ring of chemoreceptive cells that allow it to smell and taste for specific food-related chemicals. Even though the tube is limp, it is far more effective than just shifting through the dirt.

It's name comes from theie tubular shape combined with them usually having dirt inside.Just like a sausage roll, they are literal dirt rolls.

Only problem is that it is incapable of using its outer surface for digestion anymore, so its only means of defense is gone. Which means a bit more than a minor inconvenience for the rolls. as there is something that hurts them more then sometimes.

Status: NT

Description: A tubular proto-animal 2 centimeters in lenght. It slides along the lake floor, digests any organic debris it can detect with its ability to detect specific chemicals in the water using its yellow lips, with digestion done in the two-ended tube shaped cavity that is lined with absorbant tissue. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor.



Environmental And Ecological Report

A small part of the lake is now dotted with large boulders, specifically the shores to the north. This has no outward effect on the lake as a whole, but you may find some opportunities there if you are creative enough.

But that is not all. You see, evolution goes on. In this case, not only for you, but for your past forms as well.

The Central Puffs have evolved ways to not digest eachother by giving up on the whole filtering dirt thing. They have instead turned completely immobile. Their main bodies solidify wiith the plenty of minerals they absorb a little after their budding. The juveniles travel a bit until they find a random spot, sit and solidify. Their tendrils do not solidify and now only digest the debris in the water collumn. This less active lifestyle have allowed them grow in a wider circle around the center of the lake. Their new solid parts are covered in a thin layer of alive tissue that continues to grow outwards in layers. The older layers solidify when buried under newer layers.

The Buffy Pea is now more like a buffy vermiform now. They haven't changed alot, except for further refinements on flexing and a distinction on where is their up and down, and right and left. The move like a worm, and eat with their absorbant bellies. They are the ones that harm the Dirt rolls more than occasionally; they sliter over them and digest the soft tender fleshy of the roll as the go, usually causing death.

The things are still Ediacaran. None of you have much to show off and things are at a balanced state.

God this took longer than it should. More players are always welcome.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: flazeo25 on January 16, 2022, 08:00:51 am
Team Tetramylsis

Tendril Vascular System - A large thicker tendril forms within the cell connecting from centre of central vacuole to bottom of cell where the more pourous of cell is located, upon building up too much gas it expels it from there along with small chunks of itself carrying over previous form. Small internal tendrils form branching off from the larger one, these ones run into the external tendrils allowing water and sticky mucus from the vacuoles to flow through them, in doing so the outer tendrils grow longer and thicker to accomdate such a change.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Knightwing64 on January 16, 2022, 08:35:19 am
Team Chaos

Improve parasitism through finer manipulation and muscular growth of their body and tendrils. They also learn not to parasitize each other because they passively emit some sort of pheromones which alerts them to their own race.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Leonardo8 on January 16, 2022, 08:51:03 am
Team pizza: Dirt Armor
A modification of the new digestive system provided the little sausage with the means to defend itself. Filtrated dirt is excreted on the back and sides of the animal, and mixed with sticky mucus to provide a thin but gritty sandy armor to protect the soft flash beneath.

I am going for that +1.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Mercur on January 16, 2022, 10:55:19 am
Team divergent

Develop a form of mouth that leads to a blind stomach to better digest their food, their feeding tentacles are now used to push food towards their mouth
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: TricMagic on January 16, 2022, 12:57:23 pm
Team Sol
The Brittle Pancake begins to develop their cell wall to help stiffen and protect against tearing. These walls have places that will allow the cell to divide in two perfect halves, improving survival both during their early life and later on.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Magmacube_tr on January 16, 2022, 02:54:31 pm
Team Chaos
Knightwing64: Improved parasitism through further muscularisation.

Team Divergent
Mercur: A digestive cavity.

Team Sol
TricMagic: A celullose framework. (You know everyone started multicelluar, right? Including you.)

Team Tetramylsis
flazeo25: A vascular system that connects the vacuoles.

Team Pizza
Leonardo8: Mud armor.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Knightwing64 on January 16, 2022, 03:06:15 pm
Team Chaos
Knightwing64: Improved parasitism through further muscularisation. (the pheromone requrst is an entirely unrelated thing. You will have to pick one.)

Team Divergent
Mercur: A digestive cavity.

Team Sol
TricMagic: A celullose framework. (You know everyone started multicelluar, right? Including you.)

Team Tetramylsis
flazeo25: A vascular system that connects the vacuoles.

Team Pizza
Leonardo8: Mud armor.

Okay. Just keep improved parasitism
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Leonardo8 on January 16, 2022, 03:16:11 pm
Perfect
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: flazeo25 on January 16, 2022, 03:57:41 pm
Nod
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: flazeo25 on January 18, 2022, 12:37:14 pm
Going well.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Magmacube_tr on January 25, 2022, 02:43:54 am
3nd Turn

Events
Strength Dice: 89
Temperament Dice: 7

The small stream that came from above has sharply increased in size and as such the lake has expanded onto the flat coasts, creating additional lakebed. The increased depth is not much of a problem since the most of the lake was already very shallow in the first place.

You all get a +1 in you rolls this due to udden population expansion and the resizing of the gene pool.



Team Chaos
Knightwing64: More defined musculature: 2+1=3

Branchrooted Turnip
Turnip lineage evolved the ability to branchiate their feeding tendrils throught their hosts bodies, allowing for better area control. But unlike what one may assume, these adaptation have appeared not because a need to get better at their parasitism, but through intraspecific competiton between turnips.

As they multiplied and got more and more abundant throught the lake, especially after the lakes expansion, copious turnips killing a single host became the norm. This caused periodic die-offs and repopulation events across a few dozen millenia. Throught this process, the turnip that which could hold onto a host in smaller numbers survived better.

They slowly outcompeted their ancestors, taking advantage of the fact that a turnips body is where their tendrils grow from and simply growing into it randomly, while their own body is far into their root and safe.

They still digest and parasitise eachother, but the survival rates are higher since the main body is now protected away in case of skirmishing. Parasitism is still a problem though. You also have no senses whatsoever.

Status: LC

Description: A small proto-animal. It is a parasite, it attaches itself to faunal hosts and feeds off of them with a set of long, branching tendrils that grow when attached to suitable surfaces. It's tissues have the ability to flex and move. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor, attached to other peas.



Team Divergent
Mercur: A blind stomach: 5+1=capped at 5

Suctioned Puffer
The expansion of the lake floor has a side effect; while the area of feeding and the total amount of food has increased, the nutrition value of the sediment per square meter actually decreased, since the source of the food is still the same size and is dispersed thinner along the lakebed. Because of these changes, the mobile puff lineage evolved ways to better get the nutrients out of soil.

The feeding tendrils, at first, were pulled onto a depression on the front of the creature so that more absorbtion could be achieved. Then this depression got deeper and most of the tendrils moved into it, essentially forming a stomach. Throught time, the tendril inside the stomach were shrunk in size into cilia, while the ones that lined the mouth were reduces to six, got paddle-like and gained necessary musculature to shove silt into the mouth.

You have no way of telling anything. And without skeletal, cardiovascular and nervous systems, you can't really develop further.

Status: LC

Description: A rotund proto-animal around 9-10 centimeters in diameter. It aimlessly crawls on the lake floor with 10 pairs of tentacles and digests any organic debris it can catch with its gaping maw, using six shovelling appendages that line it to shove the food into it. It passively respirates through its short coat of hair-like tendrils that cover its body. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor.



Team Sol
TricMagic: A framework of cellulose cell walls: 4+1=5

Paper Pancake
Besides getting its shape back and expanding by a large amount, these is not much to be noticed with the naked eye, maybe besides the change in texture, increased buoyancy and a more durable composition.

But when looked at microscopically, the profound changes in these violet flora are much more apparent than a simple glance. The violet lineage have evolved to have hexagonal cells walls that greatly increase the durability of the protoplants structure. And by streamlining the shape of the plant, these walls allow to stay buoyant above the water.

To still be able to reproduce though, the paper pancakes edges are still mostly soft, with small dots of walled tissue. This is so that once the soft tissue splits away, it will hopefully take a few of these dots too, and use them as an anchor point to skeletonise again. Besides this, most of a fully grow paper pancake is reinforced.

They are now found all along the lakes relatively deeper areas, following the flow in the thousands.

Status: LC

Description: A violet protoplant that resembles a featureless lily pad 5 centimeters in diameter. It is very efficent at what in its way of life. Besides from its very edges, the entirety of the plant is reinforced by a network of hexagonal cell walls. It reproduces asexually by shedding its softer outer edges, which grow independantly.

Habitat: The warm waters of the mountain lake, particularly at the surface.



Team Tetramylsis
flazeo25: A vascular system: 2+1=3

Veiny Daisies
The recent millenias worth of rapid evolution has refined, but otherwise not changed the clusters of daisies by a huge amount.

The main vacuole now has an opening, throught which it periodically expells gasses, takes in nutrients, and reproduces by improvised microspores that are really just clumps of cells. This main tunnel branches into countless much smaller ones that each connect to an outer tendril, using liquid pressure to better push the mucus onto the tendrils.

There is not much of a change to its lifestyle, except that it has lost its ability to shed its outer edges to reproduce.

Status: LC

Description: A purple protoplant vaguely shaped like a frilly flower. It's the size of a nickel. It is flat for the most part, except for the storage vacuole on its center, which is usually filled with nutrient rich water or waste gasses. This vacuole is connected to the outside by a short entrance that itself branches into tendrils that line the plants outer edges. It is capable of secreting a sticky substance from a ring of vacuoles that, when its carried over onto their tendrils by the smaller canals, allows it to form mats on the water surface by sticking to eachother. It reproduces asexually by periodically releasing microscopic pieces of itself every gas expelling routine. These pieces then grow into full daisies independantly.

Habitat: The warm waters of the mountain lake. Particularly at the surface in the form of piles.



Team Pizza
Leonardo8: Dirt armor made of digested dirt: 4+1=5

Sandy Corndog
You may mistake it for a stone or a piece of dog feces at first, but it is the Sandy Corndog, an animal that utilised its own excrement as an armor to defend against its incidental predators.

Corndogs have ditched the idea of a single exit entirely, and instead they expell the dirt they eat from the dozens of small holes on the sides and back. These holes lace the dirt with a sticky, yet fast solidifying mucus that when combined with the movement of the animal, allow it to be spread all around its body and form a hardened, multiplated defense, digestion-proof itself.

The shells provide the much needed support the animal needed in its movement, and the corndog is just a bit faster than its ancestors. Along with that, this new system allows the dirt to stay in for longer, making digestion more efficent.

There are some negatives too though. Budding is now an ardulous affair, the young has to break through the shell to get out, which leaves the parent with a damaged shell that takes some time to heal. And respiration has also become harder, the shell doesn't allows much water to touch the tissues underneath.

And even though it has a shell now, it is still more often than not picked up and eaten by the puffers, which digest it through its belly.

Status: NT

Description:  A tubular proto-animal 2 centimeters in lenght. It slides along the lake floor and eats any organic debris it can detect with its ability to detect specific chemicals in the water using its circula mouth and yellow lips, with digestion done in the tube shaped cavity that is lined with absorbant tissue. It lacks an anus, and instead has many small exits that mix the dirt a mucus that solidifies on the creatures sides and back to form a segmented dirt armor. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor.



Environmental And Ecological Report

The lake is about 75% larger than it was before. The shores of it now coincide onto a much rockier and steep outer edges of the crater. Yes, crater. The lake is actually a rather large caldera filled with water.

These more solid and rockier shores is the habitat of a new species. Aegla, also known as Violet Seaweed, is the descendant of the as of late Brittle Pancake. It's mostly the same except it much, much more sticky, which allows it to stick to the rock surfaces along the shores and the rockfall area formed earlier, forming dense growths. The substance they use to stick to the rocks is also used to digest the rocks for minerals.

A new habitat and niches have formed, ladies and gentlemen.

Not much has changed in the ecology this turn, and the deadline is approaching.

More players are much appreciated.
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Knightwing64 on January 25, 2022, 07:15:23 am
Team Chaos

Develop the traits of a predator, suited to strength and parasitism
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Leonardo8 on January 25, 2022, 07:27:06 am
Edit: i changed my vote, i do not like the math of sexual reproduction.
Eggs: as budding became more and more unviable a new strategy evolved. The corndogs developed true eggs. One of the digestive system ramification detached from the main system and specialized. When the time comes It liqufies the mucus and dissolves a small section of the armor, before releasing the eggs in the water. The embryos are covered in a thick, nutrient, floating mucus that they will consume at the beginnig, of their lives, before eventually falling down on the bottom of the lake when enough mucus coating has been consumed.
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Cant read the sign on January 25, 2022, 07:28:41 am
hello, am new, can i join?
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: TricMagic on January 25, 2022, 10:06:44 am
hello, am new, can i join?
Pick a team, join, and start voting.

As for this turn.
Team Sol: Energy Storage
The Paper Pancake, having so much energy, now develops a way to store it in the form of greatly improved Vacuoles and Chromoplasts, securing it's ability to survive long-term.
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: flazeo25 on January 25, 2022, 11:14:26 am
Team Tetramylsis

Cellulose Framework - It develop a mutation called cellulose, that reinforces the cell outerlayer aswell as thickening the outertendrils become tentacle-like leaving only small pores. On the inside the central vaculars is reinforced but splits to contain two tubes instead one, one to carry stuff to the hole and other to bring stuff in.
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Mercur on January 25, 2022, 02:42:56 pm
Team divergent

Develop a primitive cardiovascular system to better supply the necessary musculature for feeding and movement with oxygen
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Knightwing64 on January 25, 2022, 04:22:02 pm
I know that this probably won’t happen, but I can’t help but hope this gets to space travel, as the idea of a parasitic and [Redacted] race of aliens would be lit
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Magmacube_tr on January 27, 2022, 09:00:09 am
Team Chaos
Knightwing64: Predator traits (This needs specification. Is this trait an ability to percieve? Move on your own?Pursuing hosts via chemotaxis? Or something else entirely?)

Team Divergent
Mercur: A primitive closed circulatory system.

Team Sol
TricMagic: More efficent energy storage.

Team Tetramylsis
flazeo25: Cellulose walls in and out of the plant.

Team Pizza
Leonardo8: Asexual egglaying.

(Will "Cant read the sign" ever post? If they do not, I'll not include them at all)

(I may reconsider sexual reproductions mechanics. It's not too late to change it, since none of you have it.)

(The predatory deadline is approaching.)
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: flazeo25 on January 27, 2022, 09:05:54 am
Nod
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Leonardo8 on January 27, 2022, 03:59:27 pm
I'm fine with it.
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Knightwing64 on January 27, 2022, 04:18:33 pm
The ability to pursue hosts through a rudimentary version of sight and heat vision based off of echolocation.
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Cant read the sign on January 29, 2022, 07:03:33 am
sorry, i forgot, going to Team Tetramylsis
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Magmacube_tr on January 29, 2022, 05:13:01 pm
sorry, i forgot, going to Team Tetramylsis

And your vote is?
Title: Re: Competive Evolution: Season 2, Turn 4 (5/20) (Looking for players)
Post by: Cant read the sign on January 29, 2022, 07:47:17 pm
sorry, i forgot, going to Team Tetramylsis

And your vote is?
supporting flazeo25's vote
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Magmacube_tr on January 30, 2022, 04:58:08 am
Team Chaos
Knightwing64: Ability to pursue prey by the detection of surrounding vibrations.

Team Divergent
Mercur: A primitive closed circulatory system.

Team Sol
TricMagic: More efficent energy storage.

Team Tetramylsis
flazeo25: Cellulose walls in and out of the plant.
Cant read the sign: Supporting flazeo25.

Team Pizza
Leonardo8: Asexual egglaying.
Title: Re: Competive Evolution: Season 2, Turn 4 (6/20) (Looking for players)
Post by: Leonardo8 on January 30, 2022, 05:24:44 am
Completely fine
Title: Re: Competive Evolution: Season 2, Turn 4 (6/20) (Looking for players)
Post by: Knightwing64 on January 30, 2022, 08:18:29 am
Yep
Title: Re: Competive Evolution: Season 2, Turn 4 (6/20) (Looking for players)
Post by: Magmacube_tr on February 02, 2022, 03:55:22 pm
4th Turn

Events
Strength Dice: 53
Temperament Dice: 4

A series of major Earhquakes have caused a small islet to rise from the lakebed, along with depositing more rocks to the rocky area. The islet is only as big as a football field and is actually a round hill, and has little to no significance to the total amount of food, and changes not too many things. The islet is called Magma Island. The Aegla has colonised this offshore place quickly, its entire shoreline is covered with the said plant.



Team Chaos
Knightwing64: Ability to detect potential hosts by picking up stray vibrations around: 2

Flatlander Turnip
By the only the looks of it, there is little to no change in this new generation of Turnip than the one before. But their behavior aspects are different. By using their already flexible flesh, they have rgained their ability to roll around, now too rigid to flow.  But there is a problem. Turnips are now constantly on the move, from the moment they bud off from their parents and hit the ground for the first time. They are motivated by the constant vibrations the waves in the water give out. They essentially chase nothing most of the time, unless they come close enough to a potential host for them to make a spot of higher vibrations in their senses.

Their newly-evolved sensory cells can theoretically pick up heat, but this almost never comes to play because no fauna produces their own heat. Only exception is that if the individual is born near the center of the lake, this causes them to target, then fall down to the geothermal pit and become tiny well-cooked meatballs.

Juveniles now suffer a little higher death rates; moving costs energy that they don't have any way of replenishing. Adults are unaffected, since once they root, they root for life. And their range has gotten a bit smaller. Waves hitting obstacles are the loudest reliably reoccuring thing in the lake right now, so the steep shores, the rocky zone and the shores of the Magma Island have ceased to be as viable to Turnips due to the overwhelming noise blocking any Turnip newborns from targeting actual prey.

Most of the range is intact though, everywhere flat all around is their domain.

Although their main targets, the Puffers, have a treasure hidden beneath their skins now, very few Turnips have ever reached it, since rooting doesn't lasts forever and usually stops before they can reach there.

Status: NT

Description: A small proto-animal. It is a parasite, it attaches itself to faunal hosts and feeds off of them with a set of long, branching tendrils that grow when attached to suitable surfaces. It's tissues have the ability to flex and move. It has specialised cells all around its body that control its movement towards higher ambient vibrations. It reproduces asexually by occasionally budding.

Habitat: The warm and pebbly mountain lake floor, attached to other peas.



Team Divergent
Mercur: A primitive closed circulatory system: 4

Bloodsack Puffer
The flesh of Puffers first got more porous to better enable fluid transfer, then this feature was concentrated on the layers between the skin and the stomach of the animal. Then this space got fully empty and got lined with isolative cells, turning into one large psudeo-heart that slowly churns with the movements of the animals many limbs, shaking the liquid inside so that it moves. This sack is especially close to the unerside of the gills and the stomach walls to get oxygen and nutrients in.

The liquid inside is an slightly viscous, clear, oxygenated mixture of celluar cytoplasm, organic and inorganic nutrients that the sack has directly absorbed from the stomach. The movement of this liquid allows the essentials inside to move quicker and more efficently.

The things from the previous turn still apply. Puffers still have no way of knowing, efficently moving, or keeping a concrete shape. Along with that, asexual reproduction by budding is starting to be an issue due to the now more complicated features of the animal having to replicated then and there, all at once, lest the baby may absorb too much from its parent and cause death of both. Puffers bud really slow as a result.

Status: LC

Description: A rotund proto-animal around 9-10 centimeters in diameter. It aimlessly crawls on the lake floor with 10 pairs of tentacles and digests any organic debris it can catch with its gaping maw, using six shovelling appendages that line it to shove the food into it. It passively respirates through its short coat of hair-like tendrils that cover its body. On the space between its outer surface and stomach, an isolated internal sack shaped like a vase acts as one large blood vessel and heart, shaking the liquid insde up so that the. This sack also envelopes the stomach to get the nutrients inside. It reproduces asexually by rarely, and slowly budding, usuallly one by one.

Habitat: The warm and pebbly mountain lake floor.



Team Sol
TricMagic: Better energy storage: 4+1=5

Shadower Pancake
The violet lineage has kept their strategies and morphology mostly the same for awhile now. But now their impact on their surroundings have actual significance, beyond photosythesis.
 
The nutrient and energy storage of the Shadower Pancake has become very efficent and capable by evolution. And while this has merely increased their size by a small margin by individual perspective, the effect of this on their spawning rates are immense. The outer softer layer now replenishes like crazy, and shedding much faster and frequently as a result.

There are now mats of them, not because they are adhesive or anything, but because they are now numerous enough that the hyrology of the lake gathers them together in long, thin drifting mats that strecth and combine, following the spiraling currents, only interrupted by the rocks, the islet, and the descendants of the Daises, who indiscriminately cling onto them also.

The effects of this can even be seen from orbit. It's rather artistic, really. With bold violet streaks that form a spiral pattern on a somber blue backdrop.

Status: LC

Description: A violet protoplant that resembles a featureless lily pad 6 centimeters in diameter. It is very efficent at what in its way of life. Besides from its very edges, the entirety of the plant is reinforced by a network of hexagonal cell walls. It reproduces asexually by rapidly shedding its softer outer edges, which grow independantly.

Habitat: The warm waters of the mountain lake, particularly at the surface, forming vast, .



Team Tetramylsis
flazeo25: A cellulose exoskeleton: 4+1=5
Cant read the sign: Supporting flazeo25

Self-Stacking Kiteflower
The purple lineage has abandoned a soft outer layer entirely, and has aassumed a shape similar to a  miniature kite, hence the name. Kiteflowers live much the same way as their ancestors. They cling onto eachother and photosynthesize.

But their entire outer surfaces, even mostly including their internal canals are now entirely covered in a thin, yet very durable layer of cellulose. It's like cardboard, but wetter. The outer tendrils are now straight protrusions covered with countless pores, vacuoles now spheres and canals now pipes. It still has a some surface areas untouched ans till soft, the inner side of its vacuoles are still soft, since it still needs to secrete mucus, excrete, shed small bits, and absorb, and that can't be done in full isolation.

Aside from a major size increase and much neater looking piles, Kiteflower is still a Daisy at heart.

They frequently include a Shadower Pancake or two in their piles.

Status: LC

Description: A purple protoplant shaped like geometrocally shaped flower. It's three centimeters in diameter. It is flat for the most part, except for the storage vacuole on its center, which is usually filled with nutrient rich water or waste gasses. This vacuole is connected to the outside by a short tube that itself branches into rigid, porous protrusions that line the plants outer edges. It is capable of secreting a sticky substance from a ring of vacuoles that is carried over onto their protrusions by the smaller tubes. It's inner and outer surfaces are almost entirely covered by a cellulose exoskeleton that gives it its rigid shape, save for the internal surfaces of the vacuoles. The mucus allows it to form mats on the water surface by sticking to eachother. It reproduces asexually by periodically releasing microscopic pieces of itself every gas expelling routine. These pieces then grow into full Kiteflowers independantly.

Habitat: The warm waters of the mountain lake. Particularly at the surface in the form of piles.



Team Pizza
Leonardo8: Asexual Egglaying: 5

Egglaying Corndog
This animal doe what its name implies, it lays eggs. Roll credits!

It's actually a highly modified way of budding that involves ejecting the young from their bud state in very small and underdeveloped sizes and into an internal cavity.

These young are all formed simultaneously, usually in the dozens. The parent wastes no time in feeding them directly, instead  pre-filling this sealed cavity to its fullest with a very cohesive, yet malleable nutrient rich fluid that forms into buoyant spheres when in contact water.

As soon as the underdeveloped young form just enough and are cut away from the parent at the same time  the surface surrounding the wombs exit secretes a solvent that breaks down the part of the shell which obscures the hole in question, forming a small hole.

The womb then rapidly contracts, pushing everything out of itself until everything is out. The egg fluid wraps around the newborn, and carries them along on a magical adventure to the lakes surface, where they travel for about three more days, eat the egg fluid and rapidly form into full miniature adults, finally descending when they finish eating their egg.

The current lifestyle, diet and lack of bodily system does not allow the Corndogs to reproduce often. The production and the gradual stockpiling of the egg gell takes a very long time, relatively speaking. So an average Corndog maybe only reproduces for two to three times before their impeding, inescapable death.

Status: LC

Description:  A tubular proto-animal 2 centimeters in lenght. It slides along the lake floor and eats any organic debris it can detect with its ability to detect specific chemicals in the water using its circula mouth and yellow lips, with digestion done in the tube shaped cavity that is lined with absorbant tissue. It lacks an anus, and instead has many small exits that mix the dirt a mucus that solidifies on the creatures sides and back to form a segmented dirt armor. It reproduces asexually by laying floating eggs, in long, ardulous cycles.

Habitat: The warm and pebbly mountain lake floor.



Environmental And Ecological Report

The Aegla fields of the Magma Island have a new species endemic to them. This unique form of Buff Vermiform have adapted to eat the mucus of the Aegla. They are much larger than their benthic cousins, and are much flatter and flexible to better traverse the dense growings.

And it appears that the peas are not actually extinct at all. Because one just fell from the stream that feeds the lake. They are very similar to their ancestors, except they are better at, well, pretty much everything. Better at motion through an internal dense fluid matrix, better at digestion through a microscopically very bumpy surface, better at finding food due to their herding behavior via chemotaxis. They use a pheromone to guide the ones behind; they secrete one type constantly in low amounts to keep together a swarm, and spontaneously secrete the in high amounts of a second type when they find large amounts of food.

These Herding Peas go around in troupes, ranging from a mere dozen to sometimes thousands, each acting for others as an increase in chemotaxis range. They also don't digest eachother, their tissues have a distinct taste that blocks digestive functions of eachother.

More players are very much appreciated. Don't be shy.
Title: Re: Competive Evolution: Season 2, Turn 4 (6/20) (Looking for players)
Post by: TricMagic on February 02, 2022, 04:13:04 pm
Team Sol: Mitochondria and petals
As time advances, there comes a need for better digestion of the oxygen it gets it's mitochondria on. As is, the Shadower Pancake has reached the limit sunlight can realistically provide. And so petals begin to bloom among the center to better take in oxygen from the air, with the mitochondria likewise improving it's processes to take advantage of the now much more abundant air. So does the first era of this Pancake's line begin to draw to a close.


In other words, oxygen-absorbing petals and chemical energy to help power the cells. Also moving on to eventual pollination as the new method of reproduction. Though that is next turn.(Also, Team Sol continues to get good rolls..)
Title: Re: Competive Evolution: Season 2, Turn 4 (6/20) (Looking for players)
Post by: Knightwing64 on February 02, 2022, 04:40:01 pm
Better muscles for better and faster movement, as well as bettering parasitism because it is based on the muscle tendrils
Title: Re: Competive Evolution: Season 2, Turn 4 (6/20) (Looking for players)
Post by: flazeo25 on February 02, 2022, 05:28:50 pm
Team Tetramylsis

Skyward Vines - It was time for the Kiteflower to reach for bright sky. The majority of it's tendrils have moved to topside of the plant fusing togther to form 8 thick and much longer 'vines'. These vines curve in spiral pattern upwards and have the canals running the lenght of them carrying energy and water. Small vines branch off from them that still secrete their mucus but allows the vines to wrap around others. Runing the lenght of the vines smaller kiteflowers are fused, forming a singular plant with their fuction to gather light..
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Magmacube_tr on February 02, 2022, 05:39:00 pm
Okay, in regards to Sexual Selection Mechanic, should I;

A) Add it as a pure +1 bonus to things.

B) As a separate, 7 sided vote, non supporting/supportable just like it once was.

C) Add it as an additional 5 sided vote, not supporting/supportable also.

D)Keep it as is.

What do you think?
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: TricMagic on February 02, 2022, 05:47:20 pm
Not sure, what is the current SSM?
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Magmacube_tr on February 02, 2022, 05:54:44 pm
Not sure, what is the current SSM?

Here.
...
If a team evolves sexual, or any other type of resource-intensive way of reproduction, they gain a special roll they can add to any vote they want. It is fittingly called the Sexual Selection bonus-penalty, and operates as a 7-sided dice, with its number ranging from 3 to -3. It can either be a blessing or a curse, and must be used every turn once unlocked. Where and how it will be used will be decided by all of the team that has it. Its result will be applied onto the previously selected normal vote.
...
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Mercur on February 02, 2022, 06:10:21 pm
Team divergent:

Develop gonads to spread spore like sex cell around to reproduce better, whenever a spore meets  another spore, they would form into a form of embryo
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: TricMagic on February 02, 2022, 06:52:59 pm
Current is fine then.
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: flazeo25 on February 02, 2022, 07:16:06 pm
Current
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Leonardo8 on February 02, 2022, 07:18:22 pm
Okay, in regards to Sexual Selection Mechanic, should I;

A) Add it as a pure +1 bonus to things.

B) As a separate, 7 sided vote, non supporting/supportable just like it once was.

C) Add it as an additional 5 sided vote, not supporting/supportable also.

D)Keep it as is.

What do you think?
I would like it as a separate, 5 sided vote.
Edit: predators are probably a secondary concern right now, better to improve my reproductive rate by increasing my nutrient and oxygen absorption.
Develop a ciculatory system: As the digestive system became more and more complex, part of it started to develop a different function. It became much smaller and more widespread, and it filled with fresh sea water. This newly developed circulatory system allowed the corndogs to breathe better, bypassing the obstacle of the armor, and for a more efficient distribution of nutrients in the body.
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Magmacube_tr on February 11, 2022, 04:24:20 pm
Team Chaos
Knightwing64: Better muscles.

Team Divergent
Mercur: Gonads that produce external spores.

Team Sol
TricMagic: Air breathing through petals.

Team Tetramylsis
flazeo25: Branches.
Cant read the sign: ?

Team Pizza
Leonardo8: A circulatory/respiratory system that takes in water and moves it around..

Still here. Still around. Still alive.


You will have to vote, bud.
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Knightwing64 on February 11, 2022, 04:41:56 pm
Yup
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: TricMagic on February 11, 2022, 06:55:39 pm

Still here. Still around. Still alive.

Still Alive (https://www.youtube.com/watch?v=Y6ljFaKRTrI)
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Knightwing64 on February 11, 2022, 08:05:33 pm
Oof, I love portal
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: flazeo25 on February 11, 2022, 10:50:29 pm
Good human
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Leonardo8 on February 12, 2022, 02:10:32 am
It's fine
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Cant read the sign on February 12, 2022, 03:40:52 am
still supporting flazeo25's vote
Title: Re: Competive Evolution: Season 2, Turn 3 (5/20) (Looking for players)
Post by: Magmacube_tr on February 12, 2022, 04:09:29 am
Team Chaos
Knightwing64: Better muscles.

Team Divergent
Mercur: Gonads that produce external spores.

Team Sol
TricMagic: Air breathing through petals.

Team Tetramylsis
flazeo25: Branches.
Cant read the sign: Supports flazeo25

Team Pizza
Leonardo8: A circulatory/respiratory system that takes in water and moves it around..
Title: Re: Competive Evolution: Season 2, Turn 5 (6/20) (Looking for players)
Post by: Magmacube_tr on February 12, 2022, 06:01:04 am
5th Turn

Events
Strength Dice: 98
Temperament Dice: 2

The snow falls upon the lake, for the first time in its history. Plate tectonics have been pushing the entire continent the mountain range is on further and further north.

You now experience winters. And without any protection against the cold, the freezings at the lake is taking its toll on your populations. Along with that, the stream that feeds the lake is pretty much less reliable, since rains too are less common. The lake is gradually shrinking back to its original size. Magma Island is expanding.

It's no longer all that warm. The surface of the lake actually freezes at least once in the winter. These colder climate has benefitted some. Not you though.



Team Chaos
Knightwing64: Better muscles: 1+1=2

Undulating Turnip
Despite the changes around it, the Turnips are still alive.

The Undulating Turnip is not a replacement for the Flatlander Turnip. It is instead an indistinct subspecies that coexist along with it. They compete for the same source of food, but each sides advantages block the others.

The Undulating Turnip has developed a more pronounced muscle structure, one that forms chain-like formation upon itself. This allows it to wiggle and undulate. Now, this may not be all that important, and it really isn't. But this undulation allows the Undulating Turnip to generate a small amount of heat, increasing its survival chances in the winters, while its ancestral cousins may freeze to death in higher numbers.

But there is a catch. They still undulate when young and without a host, and that burns through their reserves faster before they can locate a host to attach. As a result, there are fewer adult undulators than flatlanders.

The cold has affected both their hosts and them. Their populations are not than before, though, for there are more hosts now.

Status: VU

Description: A small proto-animal. It is a parasite, it attaches itself to faunal hosts and feeds off of them with a set of long, branching tendrils that grow when attached to suitable surfaces. It's tissues have the ability to flex; undulate to generate heat, and move around. It has specialised cells all around its body that control its movement towards higher ambient vibrations. It reproduces asexually by occasionally budding.

Habitat: The pebbly mountain lake floor, attached to other peas.



Team Divergent
Mercur: Reproduction via free floating gametes produced in gonads: 3

Gametetrail Puffer
The puffer linegae has developed sexual reproduction. At the back of their bodies, where they once budded, a darker and blistery spot has formed. This spot constantly dispenses microscopic spores. Puffers constantly move around, and so these gamates form a trail, which is then carried by the currents to everywhere in the lake.

But this form of reproduction, however less demanding, is not much of an improvement. You see, most gamates just die without even touching eachother, the now sparse population density doesn't helps either. And embyros have a hard time growing still, being extremely tiny and fragile, nowhere near the impressive size of their adult counterparts.

But in the end, it is balanced. The young do manage to replace the old, sick and frozen. The puffers now have the SS modifier!

Status: VU

Description: A rotund proto-animal around 9-10 centimeters in diameter. It aimlessly crawls on the lake floor with 10 pairs of tentacles and digests any organic debris it can catch with its gaping maw, using six shovelling appendages that line it to shove the food into it. It passively respirates through its short coat of hair-like tendrils that cover its body. On the space between its outer surface and stomach, an isolated internal sack shaped like a vase acts as one large blood vessel and heart, shaking the liquid insde up so that the. This sack also envelopes the stomach to get the nutrients inside. It reproduces sexually, by periodically releasing gamates into the water and leaving the rest at pure chance.

Habitat: The pebbly mountain lake floor.



Team Sol
TricMagic: Air-breathing petals: 2

Scribers Lily
The clade that was hit the worst by the change of climate was of course the surface dwellers. Neither having the grace of underwater, or the insulative ability of being able to form mats, the violet plants are now suffering greatly. They are now sparse along the lakes surface.

They reproduce alot in the summers, using the warmer air and absorbing the aerial oxygen with their skyward petals to continue growing day and night, reaching high numbers, but never getting close to the their previous abundance. Then the freeze resets it all back, and a few intact adults and bits and pieces is all thats left to start over.

Their populations experience dramatic fluctuations, and petals, being soft and spongy to take in air, is hit the hardest, doing absolutely nothing to protect against the cold.

Status: EN

Description: A violet protoplant that resembles a sterotypical lily pad 6 centimeters in diameter. It is very efficent at what in its way of life. Besides from its very edges, the entirety of the plant is reinforced by a network of hexagonal cell walls. From its center, three sets of thin, soft petals grow up like flower, their function being absorbing oxygen. It reproduces asexually by rapidly shedding its softer outer edges, which grow independantly.

Habitat: The waters of the mountain lake, particularly at the surface.



Team Tetramylsis
flazeo25: Branches: 4+1=5
Cant read the sign: Supporting flazeo25

Chorus Kiteflower
Kiteflowers are most likely the least affected by the catasthropy. Shortly before the climate shift, they evolved stalk-like branches form a freak mutation where soft tendrils grew from one individuals topside. And this was their saving grace.

The chorus kiteflower no longer forms mats, but instead form chaotic, dense growths that float along the lakes surface. Each of the eight spiraling vines that protrude from the plants upside have internal canals that carry food and water along their length. They grow up, branching into glueing tendrils and surprisingly, miniature kiteflowers as the grow.

This vertical structural support allows them to form much more elaborate groupings, more like miniature forests. Choruses. These choruses form their own small heat bubbles that are just a bit warmer than the surrounding space, collectively increasing their chances at survival, with the benefits increasing the further inside the colony one plant is. They use their waste gasses to create the bubble.

As a bonus, they now reproduce via these vines; the sprouted kiteflowers act as leaves for their parent plant during their childhood, and split away as adults once they are big enough. No more small pieces from the central vacuole.

The cold still takes its toll. The newborn kiteflowers still solidifying their outer shells frequently freeze. Sometimes even the adult plants on the outer edges of a chorus can't survive the yearly freeze and shatter.

The kiteflower is now complex enough. It is a full plant now.

Status: NT

Description: A purple plant shaped like geometrically shaped flower. It's three centimeters in diameter. It is flat for the most part, except for the storage vacuole on its center, which is usually filled with nutrient rich water or waste gasses. This vacuole is connected to the outside by a short tube that itself branches into rigid, porous protrusions that line the plants outer edges. It is capable of secreting a sticky substance from a ring of vacuoles that is carried over onto their protrusions by the smaller tubes. It's inner and outer surfaces are almost entirely covered by a cellulose exoskeleton that gives it its rigid shape, save for the internal surfaces of the vacuoles. The mucus allows it to form mats on the water surface by sticking to eachother. From the center of the plant, on top of the central bump, eight twisting vines grow into the open sky, sprouting more sticky tendrils and small leaves. It reproduces asexually by their unusual leaves. These leaves, being miniature kiteflowers, fall away when heavy enough, then grow into adult Kiteflowers independantly.

Habitat: The waters of the mountain lake. Particularly at the surface in the form of interconnected choruses.



Team Pizza
Leonardo8: A circulatory/respiratory system that takes in water and moves it around: 3

Gulpy Corndog
The corndog has another mouth, one that is just below the digestive tract. this second mouth open into a net of small canals that span the animals entire body, going around the numerous exits of the digestive tract. The carry water all around the water, and with it, oxygen.

This allows the corndog to breathe, and get a higher amount of oxygen from the water with less effort. But the presence of the these water canals also handicaps the flowing structure of the animals tissues, which decreases its slithering speed. It has no real muscles.

In the end, there is no speed increase. But the upside is that the reproduction is faster overral. Average corndog now reproduce 5 to 6 times during their lifetime. Their size has also increased, just a centimeter more on average.

They are by far the least affected of the animals by this current catasthropy. They are already pretty small, and their shield has some insulative qualities.

Status: NT

Description:  A tubular proto-animal 3 centimeters in lenght. It slides along the lake floor and eats any organic debris it can detect with its ability to detect specific chemicals in the water using its circular mouth and yellow lips, with digestion done in the tube shaped cavity that is lined with absorbant tissue. It lacks an anus, and instead has many small exits that mix the dirt a mucus that solidifies on the creatures sides and back to form a segmented dirt armor. Just under its mouth is an another cavity that opens into a network of thin canals all over the animals body. This second mouth sucks in water which then travels across these canals and supplies oxygen. It reproduces asexually by laying floating eggs, in rather long cycles.

Habitat: The pebbly mountain lake floor.



Environmental And Ecological Report
The dice screwed y'all up this time. I did say this game was going to be crueler.

The Aegla are have spread further along the lake floor, and now form vast growths. The growths of the Magma Island have merged with this universal one as well. You all eat some from them, since you digest all organic tissue without discriminating, and the vermiform endemic to the Magma Island is now everywhere as well.

The Central Puffs have further adapted to their sedentary lifestyle, by refining their reproduction. The now all reproduce only in the summers, stocking up on the vent scum food in the winter. Their young are also pretty small and are only capable of moving and rooting.

Giant Peas now scour the Aegla fields. They only digest these plants and nothing more, leaving a carved line on the violet greenery. They have descended from the eusocial pea, and have abandoned their eusociality in favor of the plant fields. Countless Turnips decorate their bodies, and their babies frolick the fields.

More players are very much appreciated. Don't be shy.

Oh, and the time is up...
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Knightwing64 on February 12, 2022, 08:35:42 am
Whatttt

I did try to be a predator
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: TricMagic on February 12, 2022, 09:12:59 am
On predetorism or sexualism. Textualism?

Team Sol: Reproduction
The cold kills the cells, and with no protection against it only the luckiest survived. These actually are the ones who closed off their outer edges, which greatly reduced their ability to populate. However, life finds a way, and for the Lilies this took the form of seeds. The new Lilies' edges now as hardened as the rest to the outside, the bulk of reproduction occurs in the center, small tough shells containing seeds covered in warm fluff, protecting the nucleus inside. During reproduction these shells detach and roll down the lilypad into the water, where they end up sinking into the currents below. When the water is warm enough the seeds break from the softened shell from within, the new lily growing underwater like it's ancestor pancakes did. Eventually they obtain the buoyancy to rise to the surface and grow the petals to become fully mature adults and produce their own offspring. During the cold months however, the shells contract and remain hardened, the seeds dormant and awaiting the warmer months. As a result of this Spring sees great currents of the seeds that survived the predations of the underwater creatures unfold, and winter the endurance of adult specimens as they stop producing and hibernate. Many adults die, but the children grow up to continue the cycle of rebirth.


In which cold causes things to contract, keeping things nice, warm, and dry inside.
And warmth causes expansion, allowing the seeds to become active and burst free from within as they grow.
It is time for the seeds of rebirth to be planted. Cause heaven knows the cold would kill the lilies if they keep their outer edges freeform.
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Magmacube_tr on February 12, 2022, 09:31:03 am
Whatttt

I did try to be a predator

But you didn't become one...
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: flazeo25 on February 12, 2022, 12:28:58 pm
Team Tetramylsis

Sappy Internals - Due to climatic changes and strange conditions have caused the kiteflowers to undergo a strange mutation.
The kiteflower has developed two weird substances, one a protein that's released when the plant start's to get cold called antifreeze and other a sappy solution that binds stuff.
The sappy solution or sap binds and transports minerals, sugers etc around the plant cannels.
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Knightwing64 on February 12, 2022, 01:43:31 pm
Team Chaos

Develop the ability to control the body’s of my prey through precise control of tendrils.
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Mercur on February 12, 2022, 02:29:51 pm
Team Divergent

Develop a series of light detecting spots on the sides of the creature, which help it to find food and to avoid predators
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Aeranthos on February 13, 2022, 06:44:35 pm
Might I be allowed to join?
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Knightwing64 on February 13, 2022, 07:31:58 pm
Yeah, anyone can join. Just make a team or join another player and post your action
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Aeranthos on February 13, 2022, 07:36:37 pm
Yeah, I just want to know if anyone wants a teammate.
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Knightwing64 on February 13, 2022, 08:03:31 pm
Yeah, I just want to know if anyone wants a teammate.

 :D

Dibs
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Aeranthos on February 13, 2022, 08:09:35 pm
Very well, let us make a turnip of the ages!
For now, I shall support your body control scheme with a vote!
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Magmacube_tr on February 14, 2022, 07:49:21 am
Very well, let us make a turnip of the ages!
For now, I shall support your body control scheme with a vote!

Welcome!
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Magmacube_tr on February 14, 2022, 07:54:41 am
Team Chaos
Knightwing64: Ability to influence the bodily functions of a host.
Aeranthos: Supports Knightwing64.

Team Divergent
Mercur: Phototaxis.

Team Sol
TricMagic: Seeds that germinate according to tempature.

Team Tetramylsis
flazeo25: Plant sap.
Cant read the sign: ?

Team Pizza
Leonardo8: ?
Title: Re: Competive Evolution: Season 2, Turn 6 (7/20) (Looking for players)
Post by: Knightwing64 on February 14, 2022, 08:45:21 am
Looks good
Title: Re: Competive Evolution: Season 2, Turn 6 (7/20) (Looking for players)
Post by: Leonardo8 on February 14, 2022, 03:01:51 pm
Edit: ok, let's cast my vote

Metameric Musculature: Circular muscles, similar to Earth's earthworm evolve on the corndogs. These muscular bands wrap around the corndog and have three main benefits for the animal:
Movement: by expanding and contracting segments of its body, it can go just a bit faster than it's ancestors
Better respiration: The forced contractions in the body constantly push oxygenated water in the circulatory system, increasing it's efficiency.
Peristalsis: this primitive musculature also provides a primitive peristalsis.
Title: Re: Competive Evolution: Season 2, Turn 6 (7/20) (Looking for players)
Post by: Cant read the sign on February 18, 2022, 08:33:36 am
supporting flazeo25's vote

sorry if i can't contribute anything other than votes, cause i can't think of anything to add.
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Magmacube_tr on February 23, 2022, 12:20:01 pm
Team Chaos
Knightwing64: Ability to influence the bodily functions of a host.
Aeranthos: Supports Knightwing64.

Team Divergent
Mercur: Phototaxis.

Team Sol
TricMagic: Seeds that germinate according to tempature.

Team Tetramylsis
flazeo25: Plant sap.
Cant read the sign: Supports flazeo25

Team Pizza
Leonardo8: Vermiform style muscle rings.

This game is still alive. I am just a bit too busy.
Title: Re: Competive Evolution: Season 2, Turn 6 (7/20) (Looking for players)
Post by: Knightwing64 on February 23, 2022, 05:49:29 pm
Yep
Title: Re: Competive Evolution: Season 2, Turn 6 (7/20) (Looking for players)
Post by: flazeo25 on February 23, 2022, 06:46:25 pm
Yep
Title: Re: Competive Evolution: Season 2, Turn 6 (7/20) (Looking for players)
Post by: TricMagic on February 23, 2022, 07:31:53 pm
The plants will never die. (Hopefully.) Hope you get some free time Magma.
Title: Re: Competive Evolution: Season 2, Turn 6 (7/20) (Looking for players)
Post by: Leonardo8 on February 24, 2022, 05:53:42 am
As long as you are willing to continue, i am willing to wait for the updates.
The votes are fine.
Title: Re: Competive Evolution: Season 2, Turn 6 (6/20) (Looking for players)
Post by: Magmacube_tr on February 27, 2022, 04:03:33 am
6th Turn

Events
Strength Dice: 11
Temperament Dice: N/A

Nothing of importance from an outside cause occured in this time.



Team Chaos
Knightwing64: Controlling actions of the host: 1+1=2
Aeranthos: Supports Knightwing64

Puppeteering Turnip
Turnips now have the ability to control their hosts movement. They secrete a substance from their roots into their hosts, interfering and influencing were they go. But this system is crude and very much useless as of yet. Turnips, like their hosts, are blind and deaf. This would be a bit more effective if they actually could detect a place to move their hosts to. Their only sense is their ability to sense ambient vibrations. But that usually leads their host to nowhere.
And since this feature relies on substance secretion, its success is correlated with how much of it is secreted, and Turnips are very small. Their influence is no more than a nudge.

It coexists with Undulating Turnips and Flatlander Turnips, their previous two ancestral lineages; they do not compete with eachother due to the new abundance of hosts.

Status: NT

Description: A small proto-animal. It is a parasite, it attaches itself to faunal hosts and feeds off of them with a set of long, branching tendrils that grow when attached to suitable surfaces, also using them to weakly influence where its host is going. It's tissues have the ability to flex; undulate to generate heat, and move around. It has specialised cells all around its body that control its movement towards higher ambient vibrations. It reproduces asexually by occasionally budding.

Habitat: Both the Aegla Fields and Silty Flats, attached to other peas.



Team Divergent
Mercur: Phototaxis: 3-1=2 

Sleeper Puffer

Puffers now follow the light using a series of black dots on their backs. They can now know if it is night or not, along with moving where there is more light. But this new ability hardly changes their lifestyle. It makes them move slower when it's overcast, and stop into a form of sleep every night. While this wastes precious feeding time, it also grants them a small longevity advantage, since unlike their ancestors which move constantly, they rest at this time and therefore last longer overral. Yet they outcompeted them.

That is due to the very same reason on why they may not last all that long as a species. The Aegla keeps spreading inward as they also adapt into different varieties that are more and less resistant to heat. They convert open silty lakebed into plant fields, destroying the main habitat of the Puffers, since they are ill-equipped in digesting plant matter. Plants also coat the lake floor, making it harder to feed by just randomly shovelling whatever. Range of the Puffer is shriking. Less resources are available, and therefore the slower and more energy conservative Puffers have lived on.

Status: EN

Description: A rotund proto-animal around 9-10 centimeters in diameter. It aimlessly crawls on the lake floor with 10 pairs of tentacles and digests any organic debris it can catch with its gaping maw, using six shovelling appendages that line it to shove the food into it. It passively respirates through its short coat of hair-like tendrils that cover its body. It back has a series of black dots that detect light intensity. On the space between its outer surface and stomach, an isolated internal sack shaped like a vase acts as one large blood vessel and heart, shaking the liquid inside so that the oxygen and nutrients move around. This sack also envelopes the stomach to get the nutrients inside. It reproduces sexually, by periodically releasing gamates into the water from a dark spot on its bum and leaving the rest at pure chance.

Habitat: The Silty Flats.



Team Sol
TricMagic: Seasonal seeds: 5

Hazelseed Lily

It all started with one seemingly defective individual which dropped off not edge pieces, but pieces from its main hardened body, soft parts being inside. This mutation turned out to be a very beneficial one, as the lilies now had a shell to wait out the worst.

With millenia, this new system was refined into perfection. Each lily, from their germination, immidiately starts producing a stalk of small, hazel colored, hard shelled seeds. These seeds grow in synch with both the plant, and with other lily seeds from other such plants, controlled by a biological timer that has been refined by countless, ever-slight tweaks by natural selection into signifying the perfect times to perform reproductive functions. They are capable of creating the swirling shapes their ancestors once did on the lakes surface, but just in summers and fall.

These seeds start off as small buds on a tendril under the still soft and juvenile lily at first, but get larger and their outsides harden as their parent also grows to do the same. They also take a round protruding shape. They keep growing from early spring to mid fall, when the cold starts seeping in. In this time, lilies start self-dismantling, fully digesting their connections with their seeds and letting them fall onto the lake floor. These seeds then start the entire thing anew when the ice thaws and springs comes back.

This new way of reproduction, along with the obvious cheating the winter and no more soft edges advantage, allows the seedling lilies to start life with their energy reserves more than full, kickstarting their growth. The way the seeds are fed is also a bonus. The plants has evolved small canals that start at the outer edges of the plant and converge in the middle, going down to the stalk where their contents are stuffed inside the seeds. This system of vasicules allows a faster and more efficent transfer of material, and grants the lilies a small size boost.

Lilies are now complex enough to be considered true plants.

Status: LC

Description: A violet plant that resembles a sterotypical lily pad 10 centimeters in diameter. It is very efficent at what in its way of life. Besides from its very edges, the entirety of the plant is reinforced by a network of hexagonal cell walls. From its center, three sets of thin, soft petals grow up like flower, their function being absorbing oxygen. All of the plants tissues are connected via an internal network of vascules that move nutrients and water around. It reproduces asexually by growing a stalk of hardshelled, hazel colored seeds from its underside and releasing them all enmasse in the late autumn. Seeds wait out the winter and germinate in the early spring.

Habitat: The waters of the mountain lake, particularly at the surface.



Team Tetramylsis
flazeo25: Transportative sap: 5+1= capped at 5
Cant read the sign: Supports flazeo25.

Forest Kiteflower

Floating colonies of Kiteflowers are larger than ever. The changes are not apparent to the naked eye, except the observation that the sizes of collectives have almost doubled on average.

Inside the plants, the substance that courses through their canals have changed in composition. It is now an oily, sugary liquid that is a more capable organic solvent than water is, making the canals able to carry more in the same space. Along with that, they also contain antifreeze proteins that prevent the young and outer plants from freezing and shattering; since they lack the option of skipping the winter, this is a lifesaver.

Vastly reduced fatalities from the cold, combined with more efficent transport, has allowed individual Kiteflowers to last longer, grow larger and quicker, and reproduce faster.  The result is the new forests. The largest colonies can grow into 100-meter wide forests. That is the largest they can grow before their method of holding onto eachother can't fight against the compounding force of the currents.

Status: LC

Description: A purple plant shaped like geometrically shaped flower. It's five centimeters in diameter. It is flat for the most part, except for the storage vacuole on its center, which is usually filled with nutrient rich water or waste gasses. This vacuole is connected to the outside by a short tube that itself branches into rigid, porous protrusions that line the plants outer edges. It is capable of secreting a sticky substance from a ring of vacuoles that is carried over onto their protrusions by the smaller tubes. It's inner and outer surfaces are almost entirely covered by a cellulose exoskeleton that gives it its rigid shape, save for the internal surfaces of the vacuoles. The mucus allows it to form mats on the water surface by sticking to eachother. From the center of the plant, on top of the central bump, eight twisting vines grow into the open sky, sprouting more sticky tendrils and small leaves and reaching 50 centimeters in lenght. Inside these tendrils and plants, a series of canals carry an oily  plant sap that is also an antifreeze substance. It reproduces asexually by their unusual leaves. These leaves, being miniature kiteflowers, fall away when heavy enough, then grow into adult Kiteflowers independantly.

Habitat: The waters of the mountain lake. Particularly at the surface in the form of interconnected choruses and small forests.



Team Pizza
Leonardo8: Muscles: 5

Wormy Plateworm
Any part that the Corndogs didn't have specialised are now muscles arranged in series of rings, resembling that of a worm. These muscles have many purposes.

They allow faster and more efficent movement. They make is much easier to gulp food and water inside the stomach and internal gill system. It made them much larger. This has also increased reproductive speed by a ton. It is just better to have muscles.

But they are also in a tight situation along with the Puffers. Their range has shrunk, though less severely. Unlike Puffers, they have actual muscles and have a way of locating food. So they fare in very small numbers in the plant covered zones, while Puffers are practically non-existant there.

Status: VU

Description:  A tubular proto-animal 10 centimeters in lenght and 4 centimeters in girth. It crawls along the lake floor using its ring muscles and eats any organic debris it can detect with its ability to detect specific chemicals in the water using its circular mouth and yellow lips, with digestion done in the tube shaped cavity that is lined with absorbant tissue. It lacks an anus, and instead has many small exits that mix the dirt a mucus that solidifies on the creatures sides and back to form a segmented dirt armor. Just under its mouth is an another cavity that opens into a network of thin canals all over the animals body. This second mouth sucks in water which then travels across these canals and supplies oxygen. It reproduces asexually by laying floating eggs, which hatch after a week of floating around.

Habitat: The Silty Flats.



Team Volcano
Magmacube_tr:
1) A one way, protrudable stomach with mouth facing down: 4
2) Muscles: 5

Enveloper Chickpea

Descending from a mid-sized, secondarily non-eusocial pea, Chickpea very much resembles a rather large, but an otherwise ordinary pea. But the differences begin showing once it moves to feed. Its stomach moves forward and its mouth opens as it stretches into an almost cylindrical form. Its stomach then envelopes whatever was on its path and digests it, dropping out any indigestible remains later.

Combined with its muscles that it uses to roll around, its fluid matrix providing structural support and its omnivory, this method of feeding is a one that is efficent enough, though it prefers meat and actively seeks it first. It uses its ancestral chemotaxis to find prey, usually preffering the swarms of smaller peas and vermiforms, and starts feeding when it detects enough indicative particles.
It's small size restricts it preying range to the eusocial peas and vermiform swarms, but it makes do for now.

They still use pheromones, signalling food availability to nearby others and making their kin know that they are not food. They don't form swarms, and are mostly solitary except in feeding frenzies when large amounts of them gather round in a cascading flood of food signals, usually indicating a ginormous swarm of prey.

Additionally, its internal fluid matrix has gained the ability to store nutrients in a time of yore, before Chickpeas were even a thing.

Description: A rotund proto-animal 3 centimeters in size. It rolls on the lake floor using its muscles, using an internal fluid matrix as internal support for that movement and a nutrient storage. It feeds akin to a starfish, it has a one way stomach that it uses as a net. It is capable of chemotaxis to find food and detect pheromones secreted by others of its kind that signals food availability and prevents them from eating eachother. It reproduces asexually by periodically budding.

Habitat: The Aegla Fields.



Environmental And Ecological Report
The Aegla fields are starting to encroach into the ancestral biome of the lake. The silty flats are not nearly as big as they used to be, and are getting smaller still.

The giant peas have evolved a much more pressurized internal bubble to keep a round shape, and by that, getting a little larger. Vermiforms and eusocial peas still go around, in huge numbers, taking advantage of the abundant flora to grow into truly huge numbers. A new speies of vermiforms is shaped like mats of flesh that slide along the violet and digest the plants, reproducing via budding from their backs.

Aegla themselves have changed also, becoming more rigid in shape and gaining short black stems. They resemble really soft and stout violet kelp now. They form a tightly knit barrier between the lake floor and the open water preventing the Puffers and Plateworms from reaching down to feed. This does not apply to the Corndogs, which, using its very small size, is capable of moving through most of the growth, feeding on the rich detrius normally locked under the plants. They are found in copious numbers.

Magma island just keeps growing taller and wider, cracking and shattering into a shape reminicent of a cakes crust as it does. Many smaller bumps have appeared around it as well.

Here's Magma!

More players are very much appreciated. Don't be shy.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Leonardo8 on February 27, 2022, 07:28:47 am
Well, i'm a turn too late, to avoid the creation of a predator, but i think it's time to dip my toes into omnivory.
Mucus Teeth:In order to cut thorugh the thick herbal mats and access food, the plateworms developed a new weapon. New glands, derived from the mucus glands on their back, now line the inside of their mouths in a circle. These glands produce a secretion that quickly solidifies into an hard but brittle material. The worm keeps the plates chipped and sharp by constantly clattering them against each other. The shards that fall inside are of course digested. The plateworms uses these plates to cut through the mats and access the food below, a definition that has expanded since the worm can now chew and cut its food.
TLDR:i secrete constantly growing, constantly chipping teeth plates.
Look at what a man has to do for that plus 1...
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Knightwing64 on February 27, 2022, 07:52:14 am
Increase sight capabilities by developing a crude form of echolocation


I would appreciate any assistance. My luck seems to suck very deeply
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Mercur on February 27, 2022, 10:05:04 am
Make the stomach more complex by making it stretch longer, causing the creature to have a anus to deposits waste, along making the stomach more built for digesting plant matter
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: TricMagic on February 27, 2022, 01:32:38 pm
Flower Petals and Pollen

With reproduction handled, more petals which absorb oxygen have grown, forming a flower. In addition, the Hazelseed Lily is now producing pollen which it puffs out whenever it's outer edges smoosh against another Lily. This allows them to crosspollinate and improve their gene pool, creating many different seeds. In doing so, the chances of them all dying to a single disease or parasite becomes unlikely, as the ones that survive can pass down their resistances. Likewise this will also allow adaptation to climate change in the same manner, as those that survive will be more suited to the environment that exists.

Sexual Reproduction is a go. Cause I do want the extra roll.

Any insects about is my question though. This method of reproduction kinda needs the large swirls they gather in.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: flazeo25 on February 27, 2022, 03:35:35 pm
Team Tetramylsis

Flowery Growth - With adapting to the cold the Forest Kiteflower, kite like form also undergos new changes, developing 4 long and wide petels surronding the its body with another 4 overlaping spaces not filled taking blueish color. In the center of it's body 2 thin wispy stalks(pistil) surrronding 1 longer one stalk(stigma) stick out. The longer stalk build up over time before releasing a gooy substance that spread out until they find their way to other pistils from mature kiteflowers. When these mix a proto-seed is formed, they are pushed from pistils along special canals to the vines where mini kiteflowers will be formed.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Magmacube_tr on February 27, 2022, 04:43:06 pm
Any insects about is my question though.

Nope, outside the water is very much barren as of yet, and will be for some time.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Aeranthos on February 27, 2022, 09:18:57 pm
I think improving our ability to guarantee the survival of our host is rather important, so being better at directing them is key. That being said, I think we should develop a chemotaxis emphasizing both food items and predatory creatures, to better point them towards food, and away from danger.

Knight, with your echolocation idea and my chemotaxis, we may be able to pilot our victims yet...
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Knightwing64 on February 28, 2022, 06:40:35 am
Yeah, after this, I’m going to have to increase the potency of our control.




Ooooo, and maybe we can develop a pheromone that causes other species to fight each other, allowing us to control them while they are weak and can’t resist.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: TricMagic on February 28, 2022, 10:45:19 am
Yeah, after this, I’m going to have to increase the potency of our control.




Ooooo, and maybe we can develop a pheromone that causes other species to fight each other, allowing us to control them while they are weak and can’t resist.
I'm a Lilypad, floating along. Carefree and drifting in great currents.
That might work against the other plant though, if you were actually up here.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Aeranthos on February 28, 2022, 02:15:52 pm
Yeah, after this, I’m going to have to increase the potency of our control.




Ooooo, and maybe we can develop a pheromone that causes other species to fight each other, allowing us to control them while they are weak and can’t resist.

Something I can get behind, and mayhap to look into in the future. But, I would say that we might look into specializing into a particular prey item, maybe one with a more... Carnivorous diet?
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Knightwing64 on February 28, 2022, 04:54:41 pm
Dunno why you would want to control a immobile plant tho.

Wait, how smart are these guys? Can they even think?
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Magmacube_tr on March 01, 2022, 12:36:25 am
Dunno why you would want to control a immobile plant tho.

Wait, how smart are these guys? Can they even think?

All of you are brainless.

I am mean you guys don't have brains.

I mean none of the species in the lake has brains.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Magmacube_tr on March 04, 2022, 04:59:19 am
Team Chaos
Knightwing64: Echolocation.
Aeranthos: Supports Knightwing64.

Team Divergent
Mercur: A more developed, herbivorous digestive system.

Team Sol
TricMagic: Pollination via airborne spores.

Team Tetramylsis
flazeo25: Sexual reproduction by specialised stalks.
Cant read the sign: ?

Team Pizza
Leonardo8: Mucus teeth.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Leonardo8 on March 04, 2022, 06:45:00 am
Good
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Knightwing64 on March 04, 2022, 07:01:28 am
Yup
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: flazeo25 on March 04, 2022, 07:02:59 am
Nod
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: TricMagic on March 04, 2022, 08:09:06 am
I'm wondering how I get the sexual reproduction rolls. What are the current rules for that?
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Magmacube_tr on March 04, 2022, 03:56:12 pm
I'm wondering how I get the sexual reproduction rolls. What are the current rules for that?

It is a modifier. It is a 7-sided dice that range from a -3 to +3 in dice values. It is added onto a vote.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Cant read the sign on March 05, 2022, 10:44:16 pm
supporting flazeo25's vote
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Magmacube_tr on March 06, 2022, 04:16:43 am
Team Chaos
Knightwing64: Echolocation.
Aeranthos: Supports Knightwing64.

Team Divergent
Mercur: A more developed, herbivorous digestive system.

Team Sol
TricMagic: Pollination via airborne spores.

Team Tetramylsis
flazeo25: Sexual reproduction by specialised stalks.
Cant read the sign: Supports flazeo25

Team Pizza
Leonardo8: Mucus teeth.
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Magmacube_tr on March 10, 2022, 06:44:16 pm
7th Turn

Events
Strength Dice: 22
Temperament Dice: N/A

Nothing of interest from outside sources happened during this turn.



Team Chaos
Knightwing64: Echolocation:  5+1= capped at 5
Aeranthos: Supports Knightwing64

Sattelite Turnip
This species of turnip, somehow, without a brain, has evolved a crude from of echolocation, undergoing novel adaptations in the process.

The upperside of its body is now shaped like a sattelite dish. It is lined with the specialised vibration detecting cells that once were all around its body. This new arrangement allows it to detect the specific frequencies moving animals make, making their babies much better at survival than their ancestors by giving them a reliable way to find hosts. This has allowed it to outcompete its ancestors entirely.

It also allows for a more defined way of controlling the hosts movements. The dish detects movement constantly due to the hosts movements, and in turn steers movement,  which makes the host much more prone to move. This means little besides some heavily infested Puffer not being able to sleep, but its something.

Status: LC

Description: A small proto-animal. It is a parasite, it attaches itself to faunal hosts and feeds off of them with a set of long, branching tendrils that grow when attached to suitable surfaces, also using them to weakly influence where its host is going. It's tissues have the ability to flex; undulate to generate heat, and move around. It has a wide, circular cavity on its upper half that is lined with specialised cells. This steers its movement towards specific ambient vibrations. It reproduces asexually by occasionally budding.

Habitat: Both the Aegla Fields and Silty Flats, attached to other peas.



Team Divergent
Mercur: A herbivorous digestive system: = 1+2= 3

Vegetarian Puffer
A new species of puffer had appeared. These puffers are much more adept at digesting the soft and slimy vegetation that now covers much of the lake.

This new adaptation means little though. They have no muscles to speak of, and are totally helpless on what their feeding appendages do.

They exist in low numbers all around the Aegla fields as a separate population from Sleeper Puffers.

Status: EN

Description: A rotund proto-animal around 9-10 centimeters in diameter. It aimlessly crawls on the lake floor with 10 pairs of tentacles and digests any plant material it can catch with its gaping maw, using six shovelling appendages that line it to shove the food into it. It passively respirates through its short coat of hair-like tendrils that cover its body. It back has a series of black dots that detect light intensity. On the space between its outer surface and stomach, an isolated internal sack shaped like a vase acts as one large blood vessel and heart, shaking the liquid inside so that the oxygen and nutrients move around. This sack also envelopes the stomach to get the nutrients inside. It reproduces sexually, by periodically releasing gamates into the water from a dark spot on its bum and leaving the rest at pure chance.

Habitat: The Aegla Fields.



Team Sol
TricMagic: Pollination by airborne spores: 4

Flowering Lily
The petals on top of lilies have gained another purpose. Well, at least some of them. The outmost petals have lost their breathing function and were reshaped so they reach further away. They form a full circle around the plant.

These specialised produce a dust like substnce that is released onto the air when a petal rubs onto another solid surface, that usually being an another petal of their kind.

This dust is a kind of pollen. When it sticks to an another plants pollen petals, they are absorbed by it, then transfered to a seed on the seed stalk internally via the nutrient canals. The genes that the pollen carries is then mixed with the ones in the seed, creating a genetically unique offspring.

This pollination event happens at late fall, when the seeds start to loosen and the weather gets cold. All lilies to this in synch, ensuring that the genes all mix around in the next generation.

SS modifier unlocked.

Status: LC

Description: A violet plant that resembles a sterotypical lily pad 10 centimeters in diameter. It is very efficent at what in its way of life. Besides from its very edges, the entirety of the plant is reinforced by a network of hexagonal cell walls. From its center, three sets of thin, soft petals grow up like flower, their function being absorbing oxygen. All of the plants tissues are connected via an internal network of vascules that move nutrients and water around. It reproduces sexually by air pollination
through a specialised set of petals. Their young start as stalks of hardshelled, hazel colored seeds from their parents underside and are released all enmasse in the early winter. Seeds wait out the winter and germinate in the early spring.

Habitat: The waters of the mountain lake, particularly at the surface.



Team Tetramylsis
flazeo25: Sexual reproduction by specialised stalks: 4+1=5
Cant read the sign: Supports flazeo25.

Flower Kiteflower
Kiteflowers now resemble actual flowers. And it is not just due to their new petals, but also because their new ability to sexually reproduce.

From the center of their bodies, three specialised stalks go up. One on the very middle is analogous to a stigma, which is much longer and produces a gooey substance that carries genetic information. And the other two are analogous to pistil, and are much smaller and thinner and carry genetic material inside, like a cup.

When, by chance, the stigma of a kiteflower sticks to the pistil of another, the genetic material which both carry mix into a genetically unique proto-seed that is then carried by the vascular system of the bearer plant and into other stalks where smaller kiteflowers sprout. The proto-seed then fully forms and germinates here, starting the cycle anew.

Where do the petals come from? Nowhere in particular really. It's just that the very first kiteflower to have the defect that became all this, also had those petals as a separate mutation, and its decendants just carried it over.

SS modifier unlocked.

Status: LC

Description: A purple plant shaped like geometrically shaped flower. It's five centimeters in diameter. It is flat for the most part, except for the storage vacuole on its center, which is usually filled with nutrient rich water or waste gasses. This vacuole is connected to the outside by a short tube that itself branches into rigid, porous protrusions that line the plants outer edges. It is capable of secreting a sticky substance from a ring of vacuoles that is carried over onto their protrusions by the smaller tubes. It's inner and outer surfaces are almost entirely covered by a cellulose exoskeleton that gives it its rigid shape, save for the internal surfaces of the vacuoles. The mucus allows it to form mats on the water surface by sticking to eachother. From the center of the plant, on top of the central bump, eight twisting vines grow into the open sky, sprouting more sticky tendrils and small leaves and reaching 50 centimeters in lenght. Inside these tendrils and plants, a series of canals carry an oily  plant sap that is also an antifreeze substance. It reproduces sexually by their reproductive stalks at their center and their unusual leaves. When the two kinds of stalks of different kiteflowers meet ends, a zygote forms. This zygote is the transfered to the stalks to form leaves. These leaves, actually being miniature, genetically unique kiteflowers, fall away when heavy enough, then grow into adult Kiteflowers independantly.

Habitat: The waters of the mountain lake. Particularly at the surface in the form of interconnected choruses and small forests.



Team Pizza
Leonardo8: Mucus teeth: 4+1= 5

Toothy Plateworm
First starting as an extension of the plates, then becoming their own thing, the teeth of the plateworm is a very useful tool to navigate its habitat.

The teeth are hardened mucus that are secreted by the back of their mouths. There are two sets of teeth, ones at the front, do a shearing motion, keep themselves sharp and cut the plant material, and ones at the back grind the food to be digested more easily.

This new mode of life means bigger guts also, so the Toothy Plateworm is girthier than its ancestors at the flats, though it is at a limit on what can be done without a brain.

They are now found everywhere around the fields, chewing at the plants all day and night and reproducing like crazy. Their new speed of reproduction also allows at least some of their young actually surviving. Predators are around now, and its effects are felt.

Status: LC

Description:  A tubular proto-animal 10 centimeters in lenght and 5 centimeters in girth. It crawls along the lake floor using its ring muscles and eats plants it can detect with its ability to detect specific chemicals in the water using its circular mouth, yellow lips, and two sets of cutting and crushing teeth to eat with digestion done in the tube shaped cavity that is lined with absorbant tissue. It lacks an anus, and instead has many small exits that mix the dirt a mucus that solidifies on the creatures sides and back to form a segmented dirt armor. Just under its mouth is an another cavity that opens into a network of thin canals all over the animals body. This second mouth sucks in water which then travels across these canals and supplies oxygen. It reproduces asexually by laying floating eggs, which hatch after a week of floating around.

Habitat: The Aegla Fields.



Team Volcano
Magmacube_tr:
1) Gills: 5
2) A circulatory system: 3

Picketing Chickpea
The time has selected the Chickpeas for size. And they did got larger alright, though it's ancestors are still around a smaller predators.

Picketing Chickpea has gills; slits that open into vascularised cavities that take in and push out water to filter the oxygen inside.

Along with that, its entire body is now lined with veins, which converge into a simple heart at the center of the body.

It is more then triple the size of its ancestors and hunts larger game as a result. Herbivorous peas, vermiforms, Plateworm eggs, all they can trace.

It's shape now resembles an oval more than a sphere.

Description: An oval proto-animal 10 centimeters in size. It squirms on the lake floor using its muscles, using an internal fluid matrix as internal support for that movement and a nutrient storage. It feeds akin to a starfish, it has a one way stomach that it uses as a net. It is capable of chemotaxis to find food and detect pheromones secreted by others of its kind that signals food availability and prevents them from eating eachother. It has gills, and a circulatory system powered by a single valve heart. It reproduces asexually by periodically budding.

Habitat: The Aegla Fields.



Environmental And Ecological Report
The growth of Aegla has stopped, and will stay that way as long as things don't get colder. The fields they form now take up to 90% of the lake, only the center still being the ancestral biome.

Plateworms left at the Silty flats are now smaller in size due to resource scarcity, and they have developed wider mouths to scour larger areas.

Sleeped Puffs have also evolved to combat the smaller areas by getting smaller, but also by becoming even slower. Additionally, they have developed way thicker skin. Literally. Allowing them to be much more resistant to Turnips.

At the fields, a lineage of vermiform, called wavies, have become free swimming, using its new muscles and gills and chemreception to waver its eay through the water collumn. They are very specious now, some even have adapted to form schools and/or stick by the plants floating above to hide their scent from predators, be it chickpea or wavie.

Magma Island is still expanding and getting messier looking. The other small bumps on its surroundings have also risen above the water now, forming a small archipelago. This may be a sign.

I am inevitable.

More players are very much appreciated. Don't be shy.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: TricMagic on March 10, 2022, 07:27:11 pm
Team Sol: Rooting Event
With the increase in numbers, some have ended up getting tangled into the shorelines around the lake. and their seeds end up buried in the silt. This creates a situation where there are now seeds which grow up entirely underground, with the lilypad being firmly rooted in place as a sort of light-absorbing dish. This generally means competition, but the new rooting variant has also begun to transfer spores through the air to nearby plants of it's kind during fall. Time will tell if this new condition is stable.

Land ho! Plants have landed. The Flowering Lilies should be fine on their own now. Roll the dice.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Mercur on March 10, 2022, 09:23:41 pm
Develop muscles to aid in the creatures functions. There would ones for aiding in digestion in stomach, ones in the tentacles for movement and ones in the shoveling appendages for grabbing and feeding
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Leonardo8 on March 10, 2022, 09:38:41 pm
Mmm...how can i evolve something that i already have into a functional nervous system?

Let's try this biological abomination.
Team Pizza

Muscolonervous system: Now that the complexity of the plateworm was reaching unsusteinanble levels for simple, cytokine-based communication, a new system began to evolve from the muscles. Some muscle fibers became tied up in a very peculiar way, such that chemical and physical changes to one region of the body (like their primitive nose smelling food for example) would be quickly transmitted to other regions of the body, in a manner that is both chemical and mechanical, unlike the chemical and electricity based system in our brains. A particularly soft and spongy layer of internal mucus covers these specialized cells, to protect them from unwanted stimuli, convergent in form (but not so much in function) with our myelin sheet.

I will get that +1 but at what cost?
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: flazeo25 on March 10, 2022, 10:17:51 pm
Team Tetramylsis

Roots - The kiteflower time to reach deeper was upon it, growing roots from it's bottom allowing it to anchor deeply into ground.

SS: Additional pistils - The kiteflower develops additional pistils circling around the stimga in a octo pattern, having one pistil per vine allowing the canals to be more properly structured.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Aeranthos on March 10, 2022, 10:53:18 pm
Team Chaos
  So, I think what we need is a form of chemotaxis, and we need to specialise it to sniffing our own kind so that we don't get to many Turnips on one prey item.

  Knight, I might suggest you focus on improving our ability to manipulate our host to a finer degree, though I am open to suggestions.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Knightwing64 on March 11, 2022, 06:41:12 am
Team Chaos

The turnips develop pheromones that warn other members of their species to stay away so it doesn’t over populate the hosts body.

Aeranthos, make yours fine control
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Aeranthos on March 11, 2022, 11:08:36 am
Team Chaos

Very well, then I will vote to improve our control over our host to a finer degree.

You know, at some point, we are going to have to figure out a method for breeding.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Knightwing64 on March 11, 2022, 04:50:28 pm
Yeah, probably
Title: Re: Competive Evolution: Season 2, Turn 7 (7/20) (Looking for players)
Post by: Magmacube_tr on March 18, 2022, 04:56:41 pm
Team Chaos
Knightwing64: Aversion pheromones.
Aeranthos: Finer movement control.

Team Divergent
Mercur: Muscles.

Team Sol
TricMagic: Rooting onto the cliffsides.

Team Tetramylsis
flazeo25: Rooting onto the lakebed.
Cant read the sign: ?

Team Pizza
Leonardo8: Internal pulley system analogous of nerves.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Knightwing64 on March 18, 2022, 05:07:25 pm
Yup
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Aeranthos on March 18, 2022, 05:21:26 pm
Seems about right.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: TricMagic on March 18, 2022, 05:52:42 pm
The lake is located in a literal crater? Kinda imagined it having a shoreline, but this is fine too.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: flazeo25 on March 18, 2022, 08:03:00 pm
Hmm Nod Nod
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Magmacube_tr on March 19, 2022, 03:05:18 am
The lake is located in a literal crater? Kinda imagined it having a shoreline, but this is fine too.

The lake is a giant caldera lake.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Leonardo8 on March 19, 2022, 07:20:37 am
Yes
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Magmacube_tr on March 31, 2022, 10:58:36 am
Okay, It's been three weeks. I am gonna write the new turn.
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: Naturegirl1999 on March 31, 2022, 11:09:07 pm
Random.y thought of this site again, I’ll wait for the new turn to be posted and join one of the teams lacking players relative to the other teams
Title: Re: Competive Evolution: Season 2, Turn 8 (7/20) (Looking for players)
Post by: TricMagic on April 01, 2022, 09:09:52 am
Apparently supporting actions grants a +1 to it, so join Team Sol. We have plants that don't live in the soon to erupt volcano caldera ;)
Or whatever it's doing anyway. To land!