Interactive ecosystem resilience visualisation showing diversity, connectivity, and recovery dynamics
The same ecosystem can be fragile and tough at once
Vulnerability and resilience aren't opposites — they're different questions. A rainforest can lose half its species from one clearing (fragile extent) yet bounce back from cyclones every decade (high resilience). Drag the disturbance slider to watch network connectivity collapse and recover.
Network Resilience Model
High Connectivity
Watch how diversity and connections drive recovery
Baseline State
Network Integrity: 100%
Disturbance Intensity
NoneModerateSevere
Active Species
100%
Recovery Rate
Fast
Natural disturbances like fire and storms happen on predictable cycles — organisms evolve fire-triggered germination, cyclone-resistant root systems, regeneration from underground storage organs. The ecosystem has a memory: species carry adaptations from thousands of previous disturbances. Recovery is fast because the toolkit is already there. Even severe natural stress rarely breaks the fundamental machinery — energy still flows, nutrients still cycle, keystone species persist in refugia and recolonise. The system absorbs the shock and returns to baseline function within years or decades.
Know This
Resilience measures how fast an ecosystem returns to function after disturbance, while vulnerability measures how easily it collapses — high diversity and strong connectivity drive both recovery speed and resistance to breakdown.