Stochastic quasi-cycles explain cyclic population dynamics in the CR-OPM marine reserve via maximum likelihood interpolation of stochastic trajectories, without requiring global fits to many replicas.
We truncate the values to bA = 0 and then fill the remaining ‘unoccupied’ space with rock by forcing r = 1 − (B + A + M)/100
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Stochastic quasi-cycles as a simple explanation for the time evolution of the Cape Rodney-Okakari Point Marine ecological reserve
Stochastic quasi-cycles explain cyclic population dynamics in the CR-OPM marine reserve via maximum likelihood interpolation of stochastic trajectories, without requiring global fits to many replicas.