In a three-species coral reef model, slow increases in fishing effort induce rate-induced tipping via canard or jump dynamics through folded singularities, causing collapse of herbivorous fish and coral with algae bloom.
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Rate-induced tipping in a coral reef ecosystem: A slow increase in fishing effort can induce reef collapse
In a three-species coral reef model, slow increases in fishing effort induce rate-induced tipping via canard or jump dynamics through folded singularities, causing collapse of herbivorous fish and coral with algae bloom.