AbstractIn this paper we consider a quasilinear equation with a nonlinear boundary condition modelling the dynamics of a biological population structured by size. We suppose vital rates depending on the total population. This hypothesis introduces some nonlinearities on the equation and on the boundary condition. We study the existence and uniqueness of solution of the initial value problem and the existence of stationary solutions. After we calculate the spectrum of the linearization at an equilibrium and we study its (local) stability
We review the state-of-the-art concerning a mathematical framework for general physiologically struc...
AbstractA kind of size-dependent age-structured single species population equation with a random ges...
We consider a general nonlinear age-structured population model with n interacting species. We deduc...
We consider a class of physiologically structured population models, a first order nonlinear partial...
AbstractIn the present paper a nonlinear size-structured population dynamical model with size and de...
AbstractA general model of structured population dynamics with logistic-type nonlinearity is conside...
In this work a size structured juvenile-adult population model is considered. The linearized dynamic...
We consider a linear size-structured population model with diffusion in the size-space. Individuals ...
We investigate steady states of a quasilinear first order hyperbolic partial integro-differential eq...
AbstractWe study a general model of size-dependent population dynamics with nonlinear growth rate. T...
In the present paper a nonlinear size-structured population dynamical model with size and density de...
The principle of linearized stability for size-structured population dynamics models is proved givin...
We consider the interaction between a general size-structured consumer population and an unstructure...
The object of my research was the mathematical analysis of a class of population models in which the...
The stability of some size-structured population dynamics models are investigated. We determine the ...
We review the state-of-the-art concerning a mathematical framework for general physiologically struc...
AbstractA kind of size-dependent age-structured single species population equation with a random ges...
We consider a general nonlinear age-structured population model with n interacting species. We deduc...
We consider a class of physiologically structured population models, a first order nonlinear partial...
AbstractIn the present paper a nonlinear size-structured population dynamical model with size and de...
AbstractA general model of structured population dynamics with logistic-type nonlinearity is conside...
In this work a size structured juvenile-adult population model is considered. The linearized dynamic...
We consider a linear size-structured population model with diffusion in the size-space. Individuals ...
We investigate steady states of a quasilinear first order hyperbolic partial integro-differential eq...
AbstractWe study a general model of size-dependent population dynamics with nonlinear growth rate. T...
In the present paper a nonlinear size-structured population dynamical model with size and density de...
The principle of linearized stability for size-structured population dynamics models is proved givin...
We consider the interaction between a general size-structured consumer population and an unstructure...
The object of my research was the mathematical analysis of a class of population models in which the...
The stability of some size-structured population dynamics models are investigated. We determine the ...
We review the state-of-the-art concerning a mathematical framework for general physiologically struc...
AbstractA kind of size-dependent age-structured single species population equation with a random ges...
We consider a general nonlinear age-structured population model with n interacting species. We deduc...