FUNGI & DECOMPOSITION SIMULATION

Fungi digest the other way round from us: enzymes are secreted straight into the wood to break it down on the spot, and only then does the mycelium absorb what has dissolved. Thanks to ligninase they are among the few organisms able to attack lignin; without them dead wood would simply pile up. The further the mycelium spreads through a rotting log, the more minerals return to the soil, and that same mycelium wires several root systems into one underground mycorrhizal network. On another branch of the kingdom, yeasts abandon filaments altogether, budding and fermenting sugar into fizzing CO₂.

▸ Sowing spores onto a rotting log…
▸ Germinating hyphae
▸ Weaving the mycelium network
▸ Secreting enzymes to break down wood & leaves
▸ Returning minerals to soil — closing the matter cycle
▸ Ready — Online. ✅
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Simulation room Fungi & Decomposition

Fungi & Decomposition
Online
mycelium · enzymes · cycle
Cycle balance
♻️ Decompose → minerals
Life-cycle phase—
Mycelium spread—
Organic matter decomposed—
Minerals returned to soil—
Spores dispersing—
Viewing—
Note
Fungi are NOT plants — no photosynthesis, heterotrophic, cell walls of chitin. The mycelium secretes enzymes for "EXTERNAL digestion" of dead matter then absorbs the dissolved nutrients, returning minerals to the soil.
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Pick a "Scenario" (life cycle / decomposition / mycorrhiza / spores / fermentation) · click a phase or concept for details
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Mycelium spread · decomposition · minerals returned over time mycelium spreaddecomposedminerals
About Fungi & Decomposition

Fungi digest the other way round from us: enzymes are secreted straight into the wood to break it down on the spot, and only then does the mycelium absorb what has dissolved. Thanks to ligninase they are among the few organisms able to attack lignin; without them dead wood would simply pile up. The further the mycelium spreads through a rotting log, the more minerals return to the soil, and that same mycelium wires several root systems into one underground mycorrhizal network. On another branch of the kingdom, yeasts abandon filaments altogether, budding and fermenting sugar into fizzing CO₂.

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