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The dynamics of a reaction-diffusion-advection benthic-drift population modelthat links changes in the flow regime and habitat availability with populationdynamics is studied. In the model, the stream is divided into drift zone andbenthic zone, and the population is divided into two interacting compartments,individuals residing in the benthic zone and individuals dispersing in thedrift zone. The benthic population growth is assumed to be of strong Alleeeffect type. The influence of flow speed and individual transfer rates betweenzones on the population persistence and extinction is considered, and thecriteria of population persistence or extinction are formulated and proved.

Dynamics of a Reaction-Diffusion Benthic-Drift Model with Strong Allee Effect Growth