Print

Please login or register.
1 Hour 1 Day 1 Week 1 Month Forever
Login with username, password and session length

[TricMagic]

Dissolving would suggest some sort of base mixture over an acidic one. Which would protect completely from the balloon linages, I'll admit.

[Magmacube_tr]

Okay, you know what?  This cladogram thing is an absolute nightmare. Like, it is such a pain to make.

Imma just continue.

[Magmacube_tr]

Turn 21


The Events

Power: 33 (üğ)
Temperament: 2 (öğ)


The Actions

Spoiler (click to show/hide)

Team LGEM
notquitethere:
1:  Split Deer Sazan:
     A: Antlers: 1+1+(-2)=0
     B: Herding: 5
2: Split Luresome Angranate:
     A: Better ovipositor: 2+1+0=3
     B: Legs: 4
SS: 2, 4


Team X2
TricMagic:
1: Body language for Gang Sarpesium: 5+(-3)=2
2: Exoskeleton for Takeoff Sarpesium: 1+0=1
SS: 1, 4
(I think this is the worst yet.)


Team Perfect Predator
Knightwing64:
1: Digestive system for Trickster Turp: 3+1+0= 4
2: Sludgiboo dissolving venom for Trickster Turp: 5
SS: 4

The World

A random comet shard apprached, but reached a critical tempature and exploded in the air before it could impact. The shockwave killed a bunch of things, but had no longlasting effects.

Speedster Pinecovy and Briny Seagranate are extinct. At long last, basal pinecovies and proto-animals are now only found in Çay Uplift.

The Guguli Shallows | Seaweed Meadow Biome | (13/15 species)

Spoiler: Local Species (click to show/hide)

A bottomfeeding animal the size of a large sea snail, with hardened skin, a snail foot and many long spines, open circulatory system connected to a flail of gills, and a suction-powered, omnivorous digestive canal that runs through it, with two eyes near the mouth and a brain behind them. Its soft, gelatinous tissues output the ambient-like electric signals, which prevents the sludgiboo linage from detecting it. Both sexes has a specialised spine on their head. Males inject the females with sperm, and females inject Sludgiboos with their eggs.

An ambush  predatory animal the size of a large sea snail, with hardened skin, five pairs of weak nubs and many long spines, open circulatory system connected to a flail of gills, and a suction-powered, omnivorous digestive canal that runs through it, with two eyes near the mouth and a brain behind them. Its soft, gelatinous tissues output the same electric signals algea growths does, which both hides it and lures in lawnkeepers. Both sexes has a specialised spine on their head. Males inject the females with sperm, and females inject Sludgiboos with their eggs.

Ecosystem Effects: -10 population to Glidee lineage.

An ambush  predatory animal the size of a large sea snail, with hardened skin, an very slow snail foot and many long spines, open circulatory system connected to a flail of gills, and a suction-powered, omnivorous digestive canal that runs through it, with two eyes near the mouth and a brain behind them. Its soft, gelatinous tissues output the same electric signals algea growths does, which both hides it and lures in lawnkeepers. Both sexes has a specialised spine on their head. Males inject the females with sperm, and females inject the Sarpesium with their eggs.

Ecosystem Effects: -10 population to Glidee lineage.

A plantimal-eating animal the size and shape of a medium fish and the niche of a deer, with spiny hardened skin, skeleton, liver, open, immunised circulatory system that self-oxygenates from its mouth and esophagus, a pair of fish-like eyes and a tiny chemoreceptive third one in the middle, connected to a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. It lives in groups up to dozens of its kin. It has a swim bladder along with a set of muscles that control its fins. It reproduces by laying eggs that must be fertilised. It feed exclusively on the Coralloo, with a resistance to its poison.

Ecosystem Effects: -10 population to Coralloo lineage.

A filterfeeding animal the size and shape of a large, round fish, with spiny hardened skin with saggy blubber underneath, skeleton, open, immunised circulatory system that both self-oxygenates from its mouth and esophagus, a pair of fish-like eyes and a tiny chemoreceptive third one in the middle, connected to a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. It has a swim bladder along with a set of muscles that control its fins. It reproduces by laying eggs that must be fertilised.

A bottomfeeding, apex predatory animal that is a 15 centimeter long, veiny and fluffy cylinder with a beating heart at its center. It finds its way via electrolocation by two large sensitive eyepots on its slime skin that has a round, engulfing mouth in their middle and smallish brain on the back of them, along with many small eyespots on its face that allows it to vaguely see. It moves around by a simple water siphon at its back, and does so in  groups up to ten. These groups ineffectively communicate via shaking their bodies. It reproduces via broadcast fertilisation and dispersion of RNA and spores.

Ecosystem Effects: -30 population to all benthic animals.

A bottomfeeding, predatory animal that is akin to a 30 centimeter long, veiny and fluffy cylinder with a beating heart at its center. It finds its way via electrolocation by two large sensitive eyepots on its slime skin that has a round, engulfing mouth in their middle and small brain on the back of them, along with many small eyespots on its face that allows it to vaguely see. It moves around by a powerful water siphon at its back, launching itself at prey from a distance, sometimes in unison with others. Its slime skin has a tendency to harden and become inflexible as it ages. It reproduces via broadcast fertilisation and dispersion of RNA and spores.

Ecosystem Effects: -15 population to all benthic animals.

A coral-like plantimal, that is akin to an amorphous mass of hard green tissue that is 75 centimeters in its dimensions, with a beating heart and a small clump of nerves at its center. It has a sense of electrolocation, provided by two large sensitive eyepots on its chloroplast-filled, poison-infused slime skin. It reproduces via broadcast fertilisation and dispersion of RNA and spores. It lives in multi-generational clusters and is endemic to higher places of the seamount, where there is enough light to photosynthesize.

A mobile plantimal, that is akin to a veiny, gelatinous flat disc with wispy roots, that is 75 centimeters in diameter, with a beating heart and a small clump of nerves at its center. It has a sense of electrolocation, provided by two large sensitive eyepots on its chloroplast-filled slime skin. It reproduces via broadcast fertilisation and dispersion of RNA and spores. It clings to the ocean surface and has ground-holding tentacles that acts as roots. It forms large mats which pinecovy and sazans usually get away on nibbling at.

A herbivorous, partially photosynthetic proto-animal analogous to wild bees. It is a veiny, gelatinous UFO-shaped disc that is 30 centimeters in diameter, with a beating heart and a small clump of nerves at its center. It finds its way via electrolocation by two large sensitive eyepots on its chloroplast-filled slime skin. It reproduces via broadcast fertilisation and dispersion of RNA and spores using a sack on its underside. This sack also carries seaweed spores from one plant to another like a bee, fertilising them in the process. It floats using the gasses that the algea inside its body produce, swimming by rippling its slimy tissues.

A photosynthesizing, predatory, spherical animal 15 centimeters in diameter, with a cluster of nerves and a beating heart at the center and a ring of long gill extensions on its equator. It finds prey and its way through the water via crude electrolocation by many sparkly dots in its slime skin, moving by flagellating its slime tendrils. It reproduces via broadcast fertilisation and dispersion of RNA and spores, producing planktonic embryo and even sometimes even mostly unviable hybrids with others of the sludgiboo lineage. It is a nocturnal hunter, detecting the night via a small cluster of photosensititive dots on its top.

Ecosystem effects: -15 population to all animals

A parasitic proto-animal with many long, muscular, skin penetrating feeding tendrils that end in keratin hooks, a net of nervous cells and an acid resistant, hardened shell of flesh. They jet around by pushing water off their gills, and have a sense of smell to detect things around. They anchor themselves to their hosts via their tendrils, using a moderate electric shock to stun and control the movements of the host to burrow in it and direct it to better feeding grounds, though these usually also attracts the Sludgiboo predators, which can see the shock even though it mimicks its electric signature; they have no qualms about eating their own kin.

Ecosystem effects: -20 population to all other animals.

An apex predatorial animal with many long, muscular, skin penetrating, venom-coated tendrils, a rather large and developed brain, an efficent, closed circulatory system, a carnivorous digestive tract and a very tough, calcified shell. They swiftly jet around by pushing water off a water siphon, and breathe by another, smaller siphon lined with gills. They have a sense of smell, and movement-based, frog-like eyes, and a sense of echolocation to detect things around. They anchor themselves to their prey via their tendrils, using a moderate electric shock to stun the it, then using the tendrils to tear it into pieces. They mimic the electrical signature of Sarpesium to not be noticed, even though that usually attracts the said predator. They reproduce much like flatworms, with the duels and all, using a single specialised tendril as a weapon.

Ecosystem effects: -35 population to all other animals.

The Çay Uplift | Algea Prairie Biome | (7/7 species)

Spoiler: Local Species (click to show/hide)

A filterfeeding animal the size of a small fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes and a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. There is a ring of keratin plates around its mouth that forms a shield. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its many pairs of fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding animal the size of a medium-small fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes and a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. There is a set of keratin baleen in its mouth that it uses to rake algea. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its many pairs of fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding animal the size of a fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes and a simple brain, and a suction-powered, long, herbivorous digestive canal with gut flora that runs through it. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its piscine body and fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding animal the size of a fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes, fish ears, and a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its piscine body and fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding proto-animal the size of a small fish, with spiny hardened skin, open, immunised circulatory system and a suction-powered, herbivorous digestive canal that run through it. It has a swim bladder along with a set of muscles that control its many pairs of fins and a small organ that conceals its electric emmisions.  It has a brain and a tuff of electroreceptive whiskers that cover its face.

A filterfeeding proto-animal the size of a small fish, with spiny hardened skin, open, immunised circulatory system and a suction-powered, herbivorous digestive canal that run through it. It has a swim bladder along with a set of muscles that control its many pairs of fins and a small organ that conceals its electric emmisions. It has a brain and has small heat-sensitive crevices on its face.

An apex predatory, weakly photosynthetic animal that is akin to a giant, 15 centimeter big, veiny and fluffy amoeba with a beating heart and a small brain at its center, along with many short, stocky tendrils on its underside. It finds its way via electrolocation by two large sensitive eyepots on its slime skin, along with many small eyespots that allows it to vaguely see. It has a swim bladder on the center of its body. It reproduces via broadcast fertilisation and dispersion of RNA and spores.

Ecosystem Effects: -15 population to all animals.

[notquitethere]

Interesting developments. Was the new antlered Deer Sazan dead on arrival then?


I had a play around with some Cladogram software for the first two rounds of the game:



Worth doing for the rest?

[Magmacube_tr]

Interesting developments. Was the new antlered Deer Sazan dead on arrival then?

-snip-

Worth doing for the rest?

No, its just that the mutation didn't even occur.

Maybe? The problem with making the tree is that it gets very cluttered very quickly. Unless that software has a auto stretch feature, it would be hard.

[Knightwing64]

Destroyer Turp: Further develop brain, MOAR intelligence!

Destroyer Turp: Improve water jet, allowing destroyer turp to shoot itself upward for other prey to feast on.

[notquitethere]

No, its just that the mutation didn't even occur.

Huh, I would have expected in cases like that for the original species to survive: f I'd mutated instead of spitting and got a 0, that wouldn't have killed the original koalas.

Maybe? The problem with making the tree is that it gets very cluttered very quickly. Unless that software has a auto stretch feature, it would be hard.

I can do it for the existing species. I did a count though and there are only 13 not 14 listed in the shallows.

[Magmacube_tr]

I can do it for the existing species. I did a count though and there are only 13 not 14 listed in the shallows.

Huh, weird. You can try that, it would be interesting to see.

[notquitethere]

The software is really primitive and crashed when I put in 20 species, but I was able to get an accurate cladogram for 18 of the living species, which shows the branching off points more-or-less accurately:




Let's start filling those niches again:

Split Luresome Nubnub into two sister species:
A: Build bones so those nubs can turn into legs.
B: Improve spines, concentrating them as stilts at the end of the nubs! [SS]


Split Fat Sazan into two sister species:
A: Improve skeleton, adding a more robust rib cage to get the blubber belly in check
B: Improve reproductive system, creating a womb for developing eggs internally [SS]

[Magmacube_tr]

The software is really primitive and crashed when I put in 20 species, but I was able to get an accurate cladogram for 18 of the living species, which shows the branching off points more-or-less accurately:

This is pretty cool. Shame it is so old.

[Magmacube_tr]

Team LGEM
notquitethere:
1: Split Luresome Nubnub:
    A: Bones
    B: Stilts  (SS)
2: Split Fat Sazan:
    A: Improve skeleton
    B: Ovoviviparousness (SS)

Team X2
TricMagic:
1: ...
2: ...

Team Perfect Predator
Knightwing64:
1: Imrprove brain (SS)
2: Improve water jet

[TricMagic]

Team LGEM
notquitethere:
1: Split Luresome Nubnub:
    A: Bones
    B: Stilts  (SS)
2: Split Fat Sazan:
    A: Improve skeleton
    B: Ovoviviparousness (SS)

Team X2
TricMagic:
1: ...
2: ...

Team Perfect Predator
Knightwing64:
1: Imrprove brain (SS)
2: Improve water jet

Team X2: Repeat previous turn's rolls. Take 2! [SS Rolls Both Around Strenuously]

[Magmacube_tr]

Turn 22


The Events

Power: 29
Temperament: N/A


The Actions

Spoiler (click to show/hide)

Team LGEM
notquitethere:
1:  Split Fat Sazan:
     A: Improve Skeleton: 5+1= Capped at 5
     B: Ovoviviparousness: 5+1+1= Capped at 5
2: Split Luresome Nubnub:
     A: Bones: 5
     B: Stilts: 3+1+3= Capped at 5
SS: 5, 7
(Best rolls I've ever seen in all my games so far. Hands down.)


Team X2
TricMagic:
1: Body language for Gang Sarpesium: 4+1+2= Capped at 5
2: Exoskeleton for Expiry Sarpesium: 2+1+1=4
SS: 6, 5


Team Perfect Predator
Knightwing64:
1: Brain improvement for Destroyer Turp: 2+1+0=3
2: Water ket improvement for Destroyer Turp: 5+1= Capped at 5
SS: 4

The World

Nothing happens. Some disgruntled clicks start eminating from under the seabed, but orherwise, life goes on.

Nothing's extinct. Huh. Strange.

The Guguli Shallows | Seaweed Meadow Biome | (15/15 species)

Spoiler: Local Species (click to show/hide)

A bottomfeeding animal the size of a large sea snail, with hardened skin, a snail foot and many long spines, open circulatory system connected to a flail of gills, and a suction-powered, omnivorous digestive canal that runs through it, with two eyes near the mouth and a brain behind them. Its soft, gelatinous tissues output the ambient-like electric signals, which prevents the sludgiboo linage from detecting it. Both sexes has a specialised spine on their head. Males inject the females with sperm, and females inject Sludgiboos with their eggs.

An ambush  predatory animal the size of a large sea snail, with hardened skin, five pairs of stubby legs and many long spines, open circulatory system connected to a flail of gills, and a suction-powered, omnivorous digestive canal that runs through it, with two eyes near the mouth and a brain behind them, all encompassed by a skeleton. Its soft, gelatinous tissues output the same electric signals algea growths does, which both hides it and lures in lawnkeepers. Both sexes has a specialised spine on their head. Males inject the females with sperm, and females inject Sludgiboos with their eggs.

Ecosystem Effects: -5 population to Glidee lineage.

An ambush  predatory animal the size of a large sea snail, with hardened skin, five pairs of weak nubs that each end in a long spike and many long spines, open circulatory system connected to a flail of gills, and a suction-powered, omnivorous digestive canal that runs through it, with two eyes near the mouth and a brain behind them. Its soft, gelatinous tissues output the same electric signals algea growths does, which both hides it and lures in lawnkeepers. Both sexes has a specialised spine on their head. Males inject the females with sperm, and females inject Sludgiboos with their eggs.

Ecosystem Effects: -5 population to Glidee lineage.

An ambush  predatory animal the size of a large sea snail, with hardened skin, an very slow snail foot and many long spines, open circulatory system connected to a flail of gills, and a suction-powered, omnivorous digestive canal that runs through it, with two eyes near the mouth and a brain behind them. Its soft, gelatinous tissues output the same electric signals algea growths does, which both hides it and lures in lawnkeepers. Both sexes has a specialised spine on their head. Males inject the females with sperm, and females inject the Sarpesium with their eggs.

Ecosystem Effects: -5 population to Glidee lineage.

A plantimal-eating animal the size and shape of a medium fish and the niche of a deer, with spiny hardened skin, skeleton, liver, open, immunised circulatory system that self-oxygenates from its mouth and esophagus, a pair of fish-like eyes and a tiny chemoreceptive third one in the middle, connected to a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. It lives in groups up to dozens of its kin. It has a swim bladder along with a set of muscles that control its fins. It reproduces by laying eggs that must be fertilised. It feed exclusively on the Coralloo, with a resistance to its poison.

Ecosystem Effects: -10 population to Coralloo lineage.

A filterfeeding animal the size and shape of a very large, round fish, with spiny hardened skin with saggy blubber underneath, skeleton, open, immunised circulatory system that both self-oxygenates from its mouth and esophagus, a pair of fish-like eyes and a tiny chemoreceptive third one in the middle, connected to a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. It has a swim bladder along with a set of muscles that control its fins. It reproduces by internally hatching eggs that must be fertilised.

A filterfeeding animal the size and shape of a large, round fish, with spiny hardened skin with saggy blubber underneath, robust skeleton, open, immunised circulatory system that both self-oxygenates from its mouth and esophagus, a pair of fish-like eyes and a tiny chemoreceptive third one in the middle, connected to a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. It has a swim bladder along with a set of muscles that control its fins. It reproduces by laying eggs that must be fertilised.

A bottomfeeding, apex predatory animal that is a 15 centimeter long, veiny and fluffy cylinder with a beating heart at its center. It finds its way via electrolocation by two large sensitive eyepots on its slime skin that has a round, engulfing mouth in their middle and smallish brain on the back of them, along with many small eyespots on its face that allows it to vaguely see. It moves around by a simple water siphon at its back, and does so in groups numbering up to thirty, using a body language of wobbles to communicate. It reproduces via broadcast fertilisation and dispersion of RNA and spores.

Ecosystem Effects: -30 population to all benthic animals.

A bottomfeeding, predatory animal that is akin to a 30 centimeter long cylindrical bullet with a beating heart at its center. It finds its way via electrolocation by two large sensitive eyepots on its slime skin that has a round, engulfing mouth in their middle and small brain on the back of them, along with many small eyespots on its face that allows it to vaguely see. It moves around by a powerful water siphon at its back, launching itself at prey from a distance, sometimes in unison with others, using its hard exoskeleton to bludgeon or impale. It reproduces via broadcast fertilisation and dispersion of RNA and spores.

Ecosystem Effects: -25 population to all benthic animals.

A coral-like plantimal, that is akin to an amorphous mass of hard green tissue that is 75 centimeters in its dimensions, with a beating heart and a small clump of nerves at its center. It has a sense of electrolocation, provided by two large sensitive eyepots on its chloroplast-filled, poison-infused slime skin. It reproduces via broadcast fertilisation and dispersion of RNA and spores. It lives in multi-generational clusters and is endemic to higher places of the seamount, where there is enough light to photosynthesize.

A mobile plantimal, that is akin to a veiny, gelatinous flat disc with wispy roots, that is 75 centimeters in diameter, with a beating heart and a small clump of nerves at its center. It has a sense of electrolocation, provided by two large sensitive eyepots on its chloroplast-filled slime skin. It reproduces via broadcast fertilisation and dispersion of RNA and spores. It clings to the ocean surface and has ground-holding tentacles that acts as roots. It forms large mats which pinecovy and sazans usually get away on nibbling at.

A herbivorous, partially photosynthetic proto-animal analogous to wild bees. It is a veiny, gelatinous UFO-shaped disc that is 30 centimeters in diameter, with a beating heart and a small clump of nerves at its center. It finds its way via electrolocation by two large sensitive eyepots on its chloroplast-filled slime skin. It reproduces via broadcast fertilisation and dispersion of RNA and spores using a sack on its underside. This sack also carries seaweed spores from one plant to another like a bee, fertilising them in the process. It floats using the gasses that the algea inside its body produce, swimming by rippling its slimy tissues.

A photosynthesizing, predatory, spherical animal 15 centimeters in diameter, with a cluster of nerves and a beating heart at the center and a ring of long gill extensions on its equator. It finds prey and its way through the water via crude electrolocation by many sparkly dots in its slime skin, moving by flagellating its slime tendrils. It reproduces via broadcast fertilisation and dispersion of RNA and spores, producing planktonic embryo and even sometimes even mostly unviable hybrids with others of the sludgiboo lineage. It is a nocturnal hunter, detecting the night via a small cluster of photosensititive dots on its top.

Ecosystem effects: -15 population to all animals

A parasitic proto-animal with many long, muscular, skin penetrating feeding tendrils that end in keratin hooks, a net of nervous cells and an acid resistant, hardened shell of flesh. They jet around by pushing water off their gills, and have a sense of smell to detect things around. They anchor themselves to their hosts via their tendrils, using a moderate electric shock to stun and control the movements of the host to burrow in it and direct it to better feeding grounds, though these usually also attracts the Sludgiboo predators, which can see the shock even though it mimicks its electric signature; they have no qualms about eating their own kin.

Ecosystem effects: -20 population to all other animals.

An apex predatorial animal with many long, muscular, skin penetrating, venom-coated tendrils, a large and well developed brain, an efficent, closed circulatory system, a carnivorous digestive tract and a very tough, calcified shell. They swiftly jet around and launch up by pushing water off a powerful water siphon, and breathe by another, smaller siphon lined with gills. They have a sense of smell, and movement-based, frog-like eyes, and a sense of echolocation to detect things around. They anchor themselves to their prey via their tendrils, using a moderate electric shock to stun the it, then using the tendrils to tear it into pieces. They mimic the electrical signature of Sarpesium to not be noticed, even though that usually attracts the said predator. They reproduce much like flatworms, with the duels and all, using a single specialised tendril as a weapon.

Ecosystem effects: -40 population to all other animals.

The Çay Uplift | Algea Prairie Biome | (7/7 species)

Spoiler: Local Species (click to show/hide)

A filterfeeding animal the size of a small fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes and a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. There is a ring of keratin plates around its mouth that forms a shield. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its many pairs of fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding animal the size of a medium-small fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes and a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. There is a set of keratin baleen in its mouth that it uses to rake algea. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its many pairs of fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding animal the size of a fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes and a simple brain, and a suction-powered, long, herbivorous digestive canal with gut flora that runs through it. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its piscine body and fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding animal the size of a fish, with spiny hardened skin, open, immunised circulatory system, a pair of fish-like eyes, fish ears, and a simple brain, and a suction-powered, herbivorous digestive canal that runs through it. It has a swim bladder and a simple lung that breathes air, along with a set of muscles that control its piscine body and fins. It reproduces by laying eggs that must be fertilised.

A filterfeeding proto-animal the size of a small fish, with spiny hardened skin, open, immunised circulatory system and a suction-powered, herbivorous digestive canal that run through it. It has a swim bladder along with a set of muscles that control its many pairs of fins and a small organ that conceals its electric emmisions.  It has a brain and a tuff of electroreceptive whiskers that cover its face.

A filterfeeding proto-animal the size of a small fish, with spiny hardened skin, open, immunised circulatory system and a suction-powered, herbivorous digestive canal that run through it. It has a swim bladder along with a set of muscles that control its many pairs of fins and a small organ that conceals its electric emmisions. It has a brain and has small heat-sensitive crevices on its face.

An apex predatory, weakly photosynthetic animal that is akin to a giant, 15 centimeter big, veiny and fluffy amoeba with a beating heart and a small brain at its center, along with many short, stocky tendrils on its underside. It finds its way via electrolocation by two large sensitive eyepots on its slime skin, along with many small eyespots that allows it to vaguely see. It has a swim bladder on the center of its body. It reproduces via broadcast fertilisation and dispersion of RNA and spores.

Ecosystem Effects: -15 population to all animals.

[Magmacube_tr]

You know what? If no one else joins until turn 25, I will...

Shut down joining. And just play with you three until this game ends. Updating this game is no sweat, at most a 30 minute job. I think I will open that RTD I was talking about.

[Knightwing64]

Why did everyone get so low all the sudden?

Foldable Turnip: Learn how to erase electric signature to hide.

Superjumper Turnip: Increase muscle density for stronger and more efficient killing machine.