We consider one and two dimensional minimal models of a phyto-zooplankton dynamical system subject to boundary forced oscillations in the prey. As a consequence, waves propagate in the space dimensions in both species. The difference between the peaks and the troughs are at times of orders of magnitude.
Boundary forcing-induced oscillations in a phytoplankton-zooplankton patch
VENTURINO, Ezio;
2005-01-01
Abstract
We consider one and two dimensional minimal models of a phyto-zooplankton dynamical system subject to boundary forced oscillations in the prey. As a consequence, waves propagate in the space dimensions in both species. The difference between the peaks and the troughs are at times of orders of magnitude.
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