The authors present a derivation, synthesis, and exposition of the consequences of juvenile-adult stage-structured models leading to biomass overcompensation with increasing mortality rates. They compile and elaborate upon their previous work, using the space afforded to provide a thorough explanation and examination of model variants. They argue the most important stage-structure element to include is, minimally, a model with juveniles and adults. Fundamentally, these elements are linked by maturation of juveniles to adults and the reproduction of adults to produce more juveniles. The major result is that, for the empirically justified set of parameters presented in the book, increasing the death rate of the consumer can lead to an increas...
Understanding evolutionary coordination among different life‐history traits is a key challenge for e...
Many populations collapse suddenly when reaching low densities even if they have abundant food condi...
Ontogenetic development is a fundamental aspect of the life history of all organisms and has major e...
We analyze a stage-structured biomass model for size-structured consumer-resource interactions. Matu...
We analyze a stage-structured biomass model for sizestructured consumer-resource interactions. Matur...
Understanding demographic responses to mortality is crucial to predictive ecology. While classic eco...
Ecological theory about the dynamics of interacting populations is mainly based on unstructured mode...
We formulate and analyze an archetypal consumer-resource model in terms of ordinary differential equ...
Recently developed theoretical models of stage-structured consumer–resource systems have shown that...
When intraspecific individuals differ in resource intake, scramble competition occurs among inferior...
We explore the consequences of metabolic theory for life histories and life history evolution. We us...
The standard dynamic energy budget model is widely used to describe the physiology of individual ani...
Most organisms show substantial changes in size or morphology after they become independent of their...
Body size (≡biomass) is the dominant determinant of population dynamical processes such as giving bi...
Patterns in biomass production are determined by resource input (productivity) and trophic transfer ...
Understanding evolutionary coordination among different life‐history traits is a key challenge for e...
Many populations collapse suddenly when reaching low densities even if they have abundant food condi...
Ontogenetic development is a fundamental aspect of the life history of all organisms and has major e...
We analyze a stage-structured biomass model for size-structured consumer-resource interactions. Matu...
We analyze a stage-structured biomass model for sizestructured consumer-resource interactions. Matur...
Understanding demographic responses to mortality is crucial to predictive ecology. While classic eco...
Ecological theory about the dynamics of interacting populations is mainly based on unstructured mode...
We formulate and analyze an archetypal consumer-resource model in terms of ordinary differential equ...
Recently developed theoretical models of stage-structured consumer–resource systems have shown that...
When intraspecific individuals differ in resource intake, scramble competition occurs among inferior...
We explore the consequences of metabolic theory for life histories and life history evolution. We us...
The standard dynamic energy budget model is widely used to describe the physiology of individual ani...
Most organisms show substantial changes in size or morphology after they become independent of their...
Body size (≡biomass) is the dominant determinant of population dynamical processes such as giving bi...
Patterns in biomass production are determined by resource input (productivity) and trophic transfer ...
Understanding evolutionary coordination among different life‐history traits is a key challenge for e...
Many populations collapse suddenly when reaching low densities even if they have abundant food condi...
Ontogenetic development is a fundamental aspect of the life history of all organisms and has major e...