190821010214
FIELD STATION ONLINE
02 — CHANGE MODEL

RESPONDING TO ENVIRONMENTAL CHANGE

Primary scenario: rising temperature caused by weakening of the thermal-stabilizing field.

👽 FICTIONAL PLANET
FICTIONAL PLANET SCENARIO

+1 trillion°C → +1.2 trillion°C

These extreme temperatures and the thermal field are fictional planetary science, not measured Earth conditions.

SIMULATOR CONTROL

Field integrity: CRITICAL

CHANGED TEMPERATURE+1.20 trillion °C
STABLEINCREASING ENVIRONMENTAL STRESSEXTREME
Radiophyte
20%
Actinide Moss
65%
Mineral Grazer
35%
Plasma Stalker
25%
Void Hunter
10%
Radiation Fungus
70%
POPULATION EFFECTS

Pressure moves upward

Radiophyte ↓ → Mineral Grazer ↓ → Plasma Stalker ↓ → Void Hunter ↓. Actinide Moss is more resistant, so its decline is slower. Decomposers may temporarily rise as dead matter increases, then fall as resources and clean habitat disappear.

TROPHIC CASCADE

Predators lose prey

When Radiophyte declines, Mineral Grazer declines. That removes prey from Plasma Stalker, which leaves Void Hunter with fewer prey. Species loss reduces food-web complexity, resilience and resistance to future changes.

BEFORE ENVIRONMENTAL CHANGE

Radiophyte → Mineral Grazer → Plasma Stalker → Void Hunter

Actinide Moss → Crystal Mite → Silverback Crawler → Void Hunter

Radiophyte → Glowworm → Cave Flyer → Void Hunter

AFTER ENVIRONMENTAL CHANGE

Radiophyte ↓ - - → Mineral Grazer ↓ → Plasma Stalker ↓ - → Void Hunter ↓

Actinide Moss ↘ Crystal Mite ↓ → Silverback Crawler ↓

Glowworm ↓ · Cave Flyer ↓ · fewer connections

🧪 REAL SCIENCE

Real science supports the principle

NASA Astrobiology: extremophiles show that life adapts to specific limits and energy sources. IPCC: observed climate change affects species ranges, timing and ecosystem resilience.

👽 FICTIONAL PLANET

We apply those real principles to invented organisms and an invented +1.2 trillion°C scenario. The organisms and numbers are not real.