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[38]Graphical representation and stability conditions of predator-prey interactions

   ML Rosenzweig, RH MacArthur - The American Naturalist, 1963 -
   journals.uchicago.edu
   ML Rosenzweig, RH MacArthur
   The American Naturalist, 1963 o journals.uchicago.edu
   The general nature of the predator-prey interaction has been depicted as a graph
   of
   predator versus prey densities from which conditions for stability of the
   interaction are
   predicted. An example of a three-species interaction is also presented.
   Variations of the
   graph are introduced, and it is shown that an otherwise unstable interaction may
   be
   stabilized by the presence of either an inviolable prey hiding place, or
   extremely low
   predation pressure at moderate predator and high prey densities, or another
   predator ...
   The general nature of the predator-prey interaction has been depicted as a graph
   of predator versus prey densities from which conditions for stability of the
   interaction are predicted. An example of a three-species interaction is also
   presented. Variations of the graph are introduced, and it is shown that an
   otherwise unstable interaction may be stabilized by the presence of either an
   inviolable prey hiding place, or extremely low predation pressure at moderate
   predator and high prey densities, or another predator-limiting resource.
   Stability is always conferred when the predator is severely limited at its
   equilibrium density by one of its resources other than its supply of prey.
   Predators should tend to be limited at their equilibrium densities by more than
   one of their resources. When either of the two foregoing situations pertains,
   regular predator-prey oscillations should not be observable. The stability of the
   interaction close to equilibrium was found to depend exclusively, in the
   mathematically-continuous model, upon the slopes of two lines in the graph at
   equilibrium. Stability can be asymptotic rather than oscillatory in type. An
   equation for the period of oscillatory interactions is also advanced. The effects
   of Natural Selection on the isoclines, and thus the stability, is not clear-cut.
   Selection of the prey tends to stabilize the interaction; the opposite is true
   for selection on the predator.
   [journals.uchicago.edu.png] The University of Chicago Press
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  38. https://www.journals.uchicago.edu/doi/abs/10.1086/282272
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