@Cha We need your vote
They were around not too long ago so it shouldnβt take too long.
I think i forgot my votes
- Improve DNA fixing
- Cover the microsporum with a separating layer to help with wind dispersal.
Huh. Strange @Animalia didnβt mention that
Mutation uno: Thicker (height wise) mats
Mutation dos: Improving the not true vascular system moss has.
Do you want to turn it into a true vascular system one round?
Round 20
Report 20 - Round 20
9.5m years post-bathycrash
Central Pangean Uplands -Invisibilis falsaranea, Geoblattina, Hydrobryum, Bathynomus
βHimalayanβ Uplands - Geoblattina, Ferns and Invisibilis falsaranea
South African Karoo Highlands - Hydrobryum and Ferns
Siberian Traps Uplands -Invisibilis falsaranea, Geoblattina, Ferns, Bathynomus
Western Laurentian Belt - Hydrobryum and Ferns
Eastern Australis Highlands - Hydrobryum
Central Mangroves - Plankton, Poikilohundun, Hydrobryum
West Mangroves - Bathynomus, Plankton, Hydrobryum, Poikilohundun
Northern Mangroves - Hydrobryum, Poikilohundun
Eastern Mangroves - Plankton, Bathynomus, Hydrobryum
Central Pangean Sea - Plankton, Poikilohundun, Archaea, Hydrobryum, Bathynomus, Radiodontodraco
Western Laurentian Shelf - Archaea, Plankton
Gondwanan Archipelago - Plankton, Poikilohundun, Radiodontodraco, Hydrobryum, Bathynomus
Tethys Seaway - Plankton, Poikilohundun and Radiodontodraco
Karoo Basin Sea - Plankton
Open Ocean - Archaea, Poikilohundun
Invisibilis falsaranea/Tryatleast: Faster speed
POP:6
FA: 8
Geoblattina/Dumbthriver: Leaner workers
POP: 8
FA: 10
Radiodontodraco/UndyingHazard: Ability to rid the body of excess salt, stronger fins.
POP: 1
FA: 10
Poikilohundun/Anthropocenian: Algae symbiosis
POP: 5
FA: 10
Bathynomus/aah31: Highland Colonization
POP: 5
FA: 10
Plankton: Faster maturation rate
POP: 5
Ferns/Doom: Increased dna repair rate and covered Microsporum
POP: 8
Hydrobryum/Cha: Thicker mats and improved βvascularβ system
POP: 7
(EXTINCT) Mesogastra: Leaner build
POP: 0
FA: 10
A large amount of Methane and other debris has suddenly risen from the depths of the ocean and has begun to rapidly make water uninhabitable to most forms of complex life other than plant life in large regions. The damage is moderate to the population of animals but certain kinds of animals are at risk of extinction. The collapse of certain food webs is almost guaranteed to lead to biodiversity loss. Mesogastra has been wiped out, with Radiodontodraco liable for extinction next round.
The starvation fallout is gonna hit hard next round
to Mesogastra.
Mutation 1: Develop 200 ΞΌmol/L tolerance to Methane.
Will this help against the current event?
CAN we adapt to the methane or do we need to become resiliant to it?
Also shouldnβt methane in the atmosphere disappear relatovely quick?
Was the F for Mesogastra, or for me? β¦

We will see soon enough ig
If I live the next round, I am definitely going to evolve a fully ossified skeleton.
Mutant: Become resistant/tolerant to higher ch4 % in the air
I am going to change to something similar, since I just realized the Archaea are only located in two places - the Western Laurentian Shelf and Open Ocean, as my species inhabits only one of the two places with Archaea, the Open Ocean.
Edit: I actually forgot I already have cathodic hemoglobin from round 10 onward (evolved in round 9), meaning my species is able to survive the very low oxygen and high acidic environments from the methane event. I will still change my mutation to methane tolerance in case I get damage from the Methane itself.
Does this event impact the plants directly anyhow?
M: Increase queen fecundity.
Since the motile oyster clade is now gone will something fill itβs βspecies slotβ?
Well if thereβs no natural predator to keep them in check then herbivores can just ravage fields greenery.
Or an herbivore becomes a βtrueβ omnivore (since even herbivores occasionally eat animal meat). Does that mean my species Poikilohundun will fill the miche left by the extinction of Mesogastra, since my species is already an omnivore?
I think it depends on YOU.