What would the “event” be btw
First, I would need to see if the world changes due to the game being in a new version, and the game engine being upgraded to Godot 4.6.
If it does is an event certain?
I just realized it has been over a year when the FG officially began! ![]()
Perhaps there should be an event to commemorate this?
What would it be? Extra mutations?
Btw should we perhaps have a quorum for polls in there? Since only a half of the players voted in the latest one
I have been summon ones more tho this lando to say thy words:
(Subspecies 170), no change name becuse death its ez to find
You mean it’s not worth it since it will likely go extinct soon anyways?
JustaDumbThriver aah31415 Cha doomlightning
List of Extant Species:
1. Chemophotos lumos (Ecotype 139) – aah31415
2. Chauphotus nilhydro (Ecotype 140).
3. Chauphotus zee (Ecotype 141).
4. Gyaritentoris melandouble (Subspecies 152).
5. Gyaritentoris hemicel (Subspecies 153).
6. Brecenoza syto (Subspecies 155).
7. Brecenoza Fe (Subspecies 156).
8. Debrecgyaris gyoris (Subspecies 158) – JustaDumbThriver
9. Cyacrotoxizome Ferrus (Subspecies 162) – Cha
10. Cyacrotoxizome cyaoplasm (Subspecies 163).
11. Cyacrotoxizome highpres (Subspecies 164).
12. Iduvesotoxu hazardless (Subspecies 165).
13. Iduvesotoxu amon (Subspecies 166).
14. Iduvesotoxu minihazard (Subspecies 169).
15. (Subspecies 170) – doomlightning
16. Hei zayin (Subspecies 171).
17. Hei chet (Subspecies 172).
18. Hei teth (Subspecies 173).
List of Organisms per Niche per Inhabited Biome:
Karmaric Epipelagic
Glucose – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemoauto Species Clade, Debrecgyaris lineage, Brecenoza sublineage, Brecenoza syto (Subspecies 155).
Photosynthesis (Glucose Light) – N/A.
Melanokoids (UV Light) – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemauto Species Clade, Debrecgyaris lineage, Gyaritentoris sublineage, Gyaritentoris melandouble (Subspecies 152).
Proteorhodopsin (ATP Light) – N/A.
Hydrogen Sulfide – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemoauto Species Clade, Debrecgyaris lineage, Gyaritentoris sublineage, Gyaritentoris hemicel (Subspecies 153).
Iron – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemauto Species Clade, Debrecgyaris lineage, Brecenoza sublineage, Brecenoza Fe (Subspecies 156).
Predation – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidum lineage, Hei sublineage, Hei teth (Subspecies 173).
Membrane – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemoauto Species Clade, Debrecgyaris lineage, Gyaritentoris sublineage, Gyaritentoris hemicel (Subspecies 153).
Behavior – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Hei sublineage, Hei zayin (Subspecies 171).
Reproduction Order – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Hei sublineage, Hei zayin (Subspecies 171).
Tolerance – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidum lineage, Hei sublineage, Hei chet (Subspecies 172).
Forward Speed – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Hei sublineage, (Subspecies 170) – doomlightning
Maximum P/A – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Hei sublineage, (Subspecies 170) – doomlightning
Size (log10) – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemauto Species Clade, Debrecgyaris lineage, Brecenoza sublineage, Debrecgyaris gyoris (Subspecies 158) – JustaDumbThriver
Karmaric Mesopelagic
Glucose – N/A.
Photosynthesis (Glucose Light) – N/A.
Melanokoids (UV Light) – N/A.
Proteorhodopsin (ATP Light) – N/A.
Hydrogen Sulfide – N/A.
Iron – N/A.
Predation – N/A.
Membrane – N/A.
Behavior – N/A.
Reproduction Order – N/A.
Tolerance – N/A.
Forward Speed – N/A.
Maximum P/A – N/A.
Size (log10) – N/A.
Gorkonramic Estuary
Glucose – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Cyacrotoxizome sublineage, Cyacrotoxizome cyaoplasm (Subspecies 163).
Photosynthesis (Glucose Light) – N/A.
Melanokoids (UV Light) – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemauto Species Clade, Chauphotus lineage, Chauphotus nilhydro (Ecotype 140).
Proteorhodopsin (ATP Light) – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemauto Species Clade, Chauphotus lineage, Chauphotus zee (Ecotype 141).
Hydrogen Sulfide – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemauto Species Clade, Chauphotus lineage, Chauphotus nilhydro (Ecotype 140).
Iron – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Cyacrotoxizome sublineage, Cyacrotoxizome Ferrus (Subspecies 162) – Cha
Heat – N/A.
Predation – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Cyacrotoxizome sublineage, Cyacrotoxizome Ferrus (Subspecies 162) – Cha
Membrane – N/A.
Behavior – N/A.
Reproduction Order – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Iduvesotoxu sublineage, Iduvesotoxu amon (Subspecies 166).
Tolerance – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Cyacrotoxizome sublineage, Cyacrotoxizome highpres (Subspecies 164).
Forward Speed – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Iduvesotoxu sublineage, Iduvesotoxu hazardless (Subspecies 165).
Maximum P/A – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, gimel-dalet Species Clade, Venecyanidium lineage, Iduvesotoxu sublineage, Iduvesotoxu minihazard (Subspecies 169).
Size (log10) – Panspermium Family Clade, Hydrogena Tribe Clade, airmelpara Genera Clade, Chemauto Species Clade, Chauphotus lineage, Chemophotos lumos (Ecotype 139) – aah31415
Mosbobasese Epipelagic
Glucose – N/A.
Photosynthesis (Glucose Light) – N/A.
Melanokoids (UV Light) – N/A.
Proteorhodopsin (ATP Light) – N/A.
Hydrogen Sulfide – N/A.
Predation – N/A.
Membrane – N/A.
Behavior – N/A.
Reproduction Order – N/A.
Tolerance – N/A.
Forward Speed – N/A.
Maximum P/A – N/A.
Size (log10) – N/A.
List of Organisms per Inhabitable Biome:
Karmaric Epipelagic
Players:
1. Gyaritentoris melandouble (Subspecies 152).
2. Gyaritentoris hemicel (Subspecies 153).
3. Brecenoza syto (Subspecies 155).
4. Brecenoza Fe (Subspecies 156).
5. Debrecgyaris gyoris (Subspecies 158) – JustaDumbThriver
6. (Subspecies 170) – doomlightning
7. Hei zayin (Subspecies 171).
8. Hei chet (Subspecies 172).
9. Hei teth (Subspecies 173).
Karmaric Mesopelagic
Players:
N/A.
Gorkonramic Estuary
Players:
1. Chemophotos lumos (Ecotype 139) – aah31415
2. Chauphotus nilhydro (Ecotype 140).
3. Chauphotus zee (Ecotype 141).
4. Cyacrotoxizome Ferrus (Subspecies 162) – Cha
5. Cyacrotoxizome cyaoplasm (Subspecies 163).
6. Cyacrotoxizome highpres (Subspecies 164).
7. Iduvesotoxu hazardless (Subspecies 165).
8. Iduvesotoxu amon (Subspecies 166).
9. Iduvesotoxu minihazard (Subspecies 169).
Mosbobasese Epipelagic
Players:
N/A.
List of Interactions per Biome:
(1) Unovaskysian Epipelagic
N/A.
(2) Lecarenese Ice Shelf
N/A.
(3) Karmaric Epipelagic
1. Gyaritentoris melandouble (Subspecies 152) (none).
2. Gyaritentoris hemicel (Subspecies 153) (none).
3. Brecenoza syto (Subspecies 155) (none).
4. Brecenoza Fe (Subspecies 156) (yes – [7] Gyaritentoris hemicel (Subspecies 153), Brecenoza syto (Subspecies 155), Debrecgyaris gyoris (Subspecies 158) – JustaDumbThriver, (Subspecies 170) – doomlightning , Hei zayin (Subspecies 171), Hei chet (Subspecies 172), and Hei teth (Subspecies 173)).
5. Debrecgyaris gyoris (Subspecies 158) – JustaDumbThriver – (yes – [3] Brecenoza Fe (Subspecies 156), Gyaritentoris melandouble (Subspecies 152), and Brecenoza syto (Subspecies 155)).
6. (Subspecies 170) – doomlightning – (yes – [3] Hei zayin (Subspecies 171), Gyaritentoris hemicel (Subspecies 153), and Debrecgyaris gyoris (Subspecies 158) – JustaDumbThriver ).
7. Hei zayin (Subspecies 171) (yes – [7] Gyaritentoris hemicel (Subspecies 153), Brecenoza syto (Subspecies 155), Brecenoza Fe (Subspecies 156), Debrecgyaris gyoris (Subspecies 158) – JustaDumbThriver , (Subspecies 170) – doomlightning , Hei chet (Subspecies 172), and Hei teth (Subspecies 173)).
8. Hei chet (Subspecies 172) (yes – [1] Brecenoza syto (Subspecies 155)).
9. Hei teth (Subspecies 173) (none).
Karmaric Mesopelagic
N/A.
(4) Gorkonramic Estuary
Players:
1. Chemophotos lumos (Ecotype 139) – aah31415 – (none).
2. Chauphotus nilhydro (Ecotype 140) (none).
3. Chauphotus zee (Ecotype 141) (none).
4. Cyacrotoxizome Ferrus (Subspecies 162) – Cha – (yes – [5] Chauphotus zee (Ecotype 141), Cyacrotoxizome cyaoplasm (Subspecies 163), Cyacrotoxizome highpres (Subspecies 164), Iduvesotoxu amon (Subspecies 166), and Iduvesotoxu minihazard (Subspecies 169)).
5. Cyacrotoxizome cyaoplasm (Subspecies 163) (yes – [4] Chauphotus zee (Ecotype 141), Cyacrotoxizome highpres (Subspecies 164), Iduvesotoxu hazardless (Subspecies 165), and Iduvesotoxu minihazard (Subspecies 169)).
6. Cyacrotoxizome highpres (Subspecies 164) (none).
7. Iduvesotoxu hazardless (Subspecies 165) (yes – [5] Chemophotos lumos (Ecotype 139) – aah31415 , Chauphotus nilhydro (Ecotype 140), Chauphotus zee (Ecotype 141), Iduvesotoxu amon (Subspecies 166), and Iduvesotoxu minihazard (Subspecies 169)).
8. Iduvesotoxu amon (Subspecies 166) (none).
9. Iduvesotoxu minihazard (Subspecies 169) (yes – [2] Iduvesotoxu hazardless (Subspecies 165), and Cyacrotoxizome highpres (Subspecies 164)).
(5) Gorkonramic Coastal
N/A.
(6) Gorkonramic Underwater cave
N/A.
(7) Oaitic Tidepool
N/A.
(8) Banana Biome
N/A.
(9) Mosbobasese Epipelagic
N/A.
(10) Bazasasese Epipelagic
N/A.
Notes:
Note 1 – I have a homework due on Tuesday, so Turn 26 will most likely be complete by Saturday, but it may end up taking longer due to the amount of organisms to be tested.
Note 2 – It has been over a year since this FG began!
A special event is in order! From this point onward, every Player will have cumulative saved Endosymbiosis progress! Even if the target Endosymbiosis species becomes extinct, or the Player species become extinct before Endosybiosis is complete, Endosymbiosis progress will not be lost and carry over! ![]()
Note 3 – Who wants to start Endosymbiosis?
What can I endosymbiosis-ize?
Anything in Cha’s lineage.
I’ll pick subs162 for ferroplast
Is Amon the ammonium species and can I endosymbiosis it?
I think AA needs to say first what can you engage in the process
You can do Endosymbiosis of Chauphotus zee (Ecotype 141) for having Hydrogenosome, Chemoplast, Melanosome, or Proteorhodopsoplast. The ammonia subspecies is still your own species. But the review paper
make we wonder if cannibalism would also allow endosymbiosis, too? No one has evolved cannibalistic behavior and passed it on in the FG (since none of the previous two times were those organisms chosen), so you unfortunately cannot do that, either.
When looking over the interactions, I realized you don’t have any on your turn. Ooops.
![]()
Despite this blunder on my end, your species does have interactions with Iduvesotoxu hazardless (Subspecies 165) during its turn for getting either Hydrogenosome or Chemoplast. In fact, depending on luck, Iduvesotoxu amon (Subspecies 166) or Iduvesotoxu minihazard (Subspecies 169) could also be Endosymbiositizied on Iduvesotoxu hazardless’s turn. They give Hydrogenosome, Chemoplast, Toxic Vacuole, and Nitroplast, or Hydrogenosome, and Toxic vacuole, respectively. You can still choose to do endsymbiosis of a Ferroplast later if Cha’s organism survives the next turn and you get interactions with its descendant, since the progress for a particular organelle endosymbiosis will not be lost if you switch between organelles.
Should Cannibalism allow Endosymbiosis?
- Yes.
- No
Wouldn’t you need to meet a more grown version of your species to get cannibalized
Or the Player becomes the more grown version, and cannibalizes one of their own…
I will take subs169 for the toxin vacuole now btw
Let’s get some Proteorhodopsoplast then from Chauphotus zee
