Round 4Event: N/A (still trying to survive fallout)
I HAVE A QUESTBecome the first species to become multicellular, and you can win one of these 3 great prizes!
- Free super evolution on your next trait
- 3 extra mutations (can be spread out over 3 turns or used all at once) (no modifiers)
- Change any player's roll to any number (1-8)
Once you have gone multicellular, you can request a renaming for your species. Same for getting on land, but that's going to be in a while. :3
MinikingSpecies Name: P. parvusrex
Roll: 3 +2 -1 = 4 --> not expected effect
The P. parvusrex evolves a cell in the center of the colony that is the "brain" of the colony. Unlike a human brain, it can only control the various functions of the colony.
Traits: Cilia, oxygen filter, mitochondria, binding proteins, attractive chemicals, simple brain
Appearance: cillia-covered blob ~1mm
Environment: Deep ocean
Conservation Status: EN
Mr_BobSpecies Name: P. bobus
Roll: 4 = 4 --> not expected
The P. bobus can now chemosynthesize. It's very inefficient.
Traits: Cilia, glucose filter, glycolysis, fermentation, low thermal tolerance, chemosynthesis
Appearance: Same as
P. ParvusrexEnvironment: Deep ocean
Conservation Status: EN
SirvupSpecies Name: P. kasum
Roll: 5 = 5 --> as expected
The P. kasum evolves proteins that regulate the K. purvis's waste-release ducts. You can now stop poison from the source.
Traits: mitochondria, fast glucose digestion, glycogen/starch forming, pseudopods, symbiotic relationship w/ K. purvis, poison blocking
Appearance: same as ancestors
Environment: Deep ocean
Conservation Status: VU
PsSpecies Name: P. pes
Roll: 4 +2 = 6 --> better
The P. pes evolves a similar mitochondria to the P. turturus.
Traits: More efficient glucose digestion, stiff membrane, vacuoles, mitochondria
Appearance: same as ancestors
Environment: Deep ocean
Conservation Status: EN
RaitakiSpecies Name: P. tonitus
Roll: 3 = 3 --> no effect
The P. tonitus continues being itself.
Traits: Energy-inefficient water propulsion, propulsion using water bubbles and transfer proteins, digestive enzymes, protein cell membrane, photosensitive eyespot
Appearance: same as ancestors
Environment: deep ocean
Conservation Status: EN
KasuSpecies Name: K. purvis
Roll: 1 +2 +2 = 5 --> As expected
The K. purvis develops a binding protein that prevents other individuals of its species from floating away. These colonies are really small, at around 10um.
Traits: Convert glucose to glycogen/starch quickly, efficient glucose -> energy conversion, mitochondria, symbiotic relationship w/ P. kasus, poison immunity, waste removal system/poison release
Appearance: blob ~10um
Environment: Deep ocean
Conservation Status: VU
PXSpecies Name: P. peksum
Roll: 4 -1 +2 = 5 --> as expected
The P. peksum develops a large tail-like flagellum to move the entire colony. It takes a moderate amount of energy to move itself.
Traits: Increased division, engulfing other cells, cell wall, transfer of materials, specialized cells, flagellum tail
Appearance: Colonies look like polygons ~1 mm.
Environment: Deep ocean
Conservation Status: VU
LaserTurtleSpecies Name: P. turturus
Roll: 6 = 6 --> better
The P. turturus, after millions of years, has finally evolved mitochondria. They yield around 40-50 ATP per glucose.
Traits: Photosynthesis, flagellum, pressure sensor, mitochondria
Appearance: Green blob with blobs coming off it
Environment: Middle ocean
Conservation Status: NT
DNAbcSpecies Name: P. danacabus
Roll: 6 +2 = 8 --> SOUP
Within a short period of time, the P. danabacus begins to develop a circulatory system. The colonies at this point are large enough to allow for individuals to pass though channels within the colony to move materials and nutrients. Over time, these cells turn into a thick liquid, moved by many movement proteins within the channels. This allows for the colonies to grow into bigger blobs, from 1mm to around 3mm.
Traits: mitochondria, ER, food filtration, circulatory system
Appearance: blobs ~3mm
Environment: deep ocean
Conservation Status: VU
Garatina93Species Name: P. garatinus
Roll: 4 -1 = 3 --> no effect
The P. garatinus continues to be single-celled.
Traits: Cilia, mitochondria, pilus, cell wall, binding protein
Appearance: Blob with cillia
Environment: deep ocean
Conservation Status: EN
Evil_Nazgul0616Species Name: P. nazgus
Roll: 3 +2 = 5 --> As expected
The P. narzgus develops mitochondria from the dismantled anti-mitochiondria. They're of regular efficient, around 30 ATP per glucose. (just a regular mitochondria)
Traits: flagellum, lysosomes
Appearance: same as ancestors with flagellum
Environment: deep ocean
Conservation Status: EN
BTSpecies Name: P. betes
Roll: +2
The P. betes is slowly dying off from the lack of traits to evolve. It will go extinct in 1 round if it doesn't do something.
Traits: stretchy membrane, poison generation, poison immunity, better metabolism
Appearance: same as ancestors
Environment: deep ocean
Conservation Status: CR
RaikariaSpecies Name: P. raikus
Roll: 5 +2 = 7 --> Better
The P. raikus uses its stored up glucose to multiply into small, geometric colonies about 1mm wide. Since all of your flagella are pointing outwards, they're now useless.
Traits: chloroplasts, thick cell wall, waste transfer, mitochondria, photoreceptors
Appearance: Green, geometric fuzzy thing ~1mm
Environment: deep ocean
Conservation Status: EN
