Most organisms show substantial changes in size or morphology
after they become independent of their parents and have to find
their own food. Furthermore, the rate at which these changes occur
generally depends on the amount of food they ingest. In this book,
Andre de Roos and Lennart Persson advance a synthetic and
individual-based theory of the effects of this plastic ontogenetic
development on the dynamics of populations and communities.
De Roos and Persson show how the effects of ontogenetic
development on ecological dynamics critically depend on the
efficiency with which differently sized individuals convert food
into new biomass. Differences in this efficiency--or ontogenetic
asymmetry--lead to bottlenecks in and thus population regulation by
either maturation or reproduction. De Roos and Persson investigate
the community consequences of these bottlenecks for trophic
configurations that vary in the number and type of interacting
species and in the degree of ontogenetic niche shifts exhibited by
their individuals. They also demonstrate how insights into the
effects of maturation and reproduction limitation on community
equilibrium carry over to the dynamics of size-structured
populations and give rise to different types of cohort-driven
cycles.
Featuring numerous examples and tests of modeling predictions,
this book provides a pioneering and extensive theoretical and
empirical treatment of the ecology of ontogenetic growth and
development in organisms, emphasizing the importance of an
individual-based perspective for understanding population and
community dynamics."
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