LIFE — STAGE 10

0 yr planetary age

0 EP

alive

Evolution

spend EP to change the organism

History

no changes yet

Population

Chemical composition

organic C O₂ CO₂ nitrogen phosphate H₂S sulfate methane temperature

Temperature tolerance

shaded = day/night swing · marker includes greenhouse

Substrate limitation

Liebig — the scarcest substrate sets the rate

organic C —

O₂ —

nitrogen —

phosphate —

binding—

note: the binding substrate is not always what kills you

Organism

metabolism—

respiration—

reproduction—

running aerobic—

respiration yield—

carbon fixed—

prey eaten—

storage—

Species

a variable-length roster — forking adds daughters at runtime

Phylogeny

who descended from and forked from whom

Codex

the clades your world has produced — how each lives

Vitals

population—

biomass—

temperature—

↳ greenhouse—

pH—

UV—

light—

Suitability

Liebig across three axes — the worst-fitting one binds

overall—

temperature—

pH—

UV—

binding axis—

Stocks

organic C—

O₂—

CO₂—

nitrogen—

phosphate—

H₂S—

sulfate—

methane—

total matter − injected—

↳ injected by events—

total minus injected is conserved — events add matter from outside

Events

stochastic occurrences and the emergent conditions they cause

Alerts

Score

peak biomass—

current biomass—

longevity—

lineages—

peak lineages—

planetary influence—

total—

Upkeep by system

every capability bills rent, every tick

tolerance width—

respiration—

reproduction—

metabolism type—

uptake rate—

storage—

stress surcharge—

combined—

Energy balance

production—

upkeep—

net—