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In the real world what prevents this outcome? Humans aside. Because it's uncommon. Ecosystem diversity? Pathogens?
by eloff 5y ago
In the real world what prevents this outcome? Humans aside. Because it's uncommon. Ecosystem diversity? Pathogens?
- nitrogen 5y agoSometimes the prey can hide?
- cwkoss 5y agoI think this probably happens sometimes in the real world. However, there usually aren't ecosystems with only two species. Most predators eat multiple prey species, so a predator may hunt the "easy" species to extinction leaving only the harder-to-hunt species remain, which causes the predator population to fall as only a subset of the predators are able to succeed in these harder conditions. Cicadas could be another example of a strategy to deal with prey-decimation - by only emerging every N years, food sources have time time to regenerate between cycles. Similarly, many large predators are nomadic - so as they reduce prey availability in one area, they choose to look elsewhere, giving the prey in that area time to recover. I think geography and terrain also helps a lot in the real world: prey is usually smaller than predators and thus has more hiding spots. Maybe I should have implemented a 'turtling' mode, where organisms could spend part of their time immobile and invulnerable, but also not gaining energy, as a way to prevent predation. I think sensory organs would still probably be necessary to make that strategy work.