Interactive Biology Simulations
Explore interactive simulations that demonstrate fundamental concepts in evolution, natural selection, and animal behavior. Each simulation provides insights into how simple rules can create complex patterns in nature.
Contents
Immobile Cell Simulations
Grid-based simulations with immobile cells operate on a snapshot principle: in each cycle, cells are computed in parallel by reading the current state and writing the next state to a separate grid.
The following simulations explore cellular recognition systems through gene comparison. Using the same grid-based approach as above, cells interact with their neighbours based on their genetic makeup, gaining or losing fitness through these encounters.
- Perception - Neighbor Detection
- Recognition - Friend or Foe Discrimination
- Perception and Recognition Models in Competition
- Friends and Foes - Perception and Recognition Combined
Mobile Cell Simulations
Physics-based simulations of natural phenomena.
About the Photo
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Coltsfoot (Tussilago farfara) has developed a unique strategy to compete with other flowering plants for pollinators. In the greater Montréal area, Coltsfoot is the first flowering plant to bloom early in spring. Before developing any leaves, this plant produces its flower and, being the first to do so, attracts the first insects without competitors.
All content on this page — including photos, videos, and field audio recordings — was created by Karl-Heinz Müller, a Montréal-based wildlife filmmaker, sound recordist, and photographer. Founder of MUUUH and Québec Sauvage, he has spent over a decade documenting Canada’s natural habitats through immersive soundscapes and wildlife films. Learn more about Karl-Heinz
Last updated: 2025-10-24