Artículo de publicación ISIIn this paper we study the asymptotic behavior of the following nonlocal inhomogeneous dispersal equation u(t)(x, t) = integral(R) J (x-y/g(y)) u(y, t)/g(y)dy - u(x, t) x is an element of R, t > 0, where J is an even, smooth, probability density, and g, which accounts for a dispersal distance, is continuous and positive. We prove that if g(vertical bar y vertical bar) similar to a vertical bar y vertical bar as vertical bar y vertical bar -> +infinity for some 0 2 there are no positive stationary solutions. We also establish the asymptotic behavior of the solutions of the evolution problem in both cases.FONDECYT, Basal project CMM U. de Chile, UMI CNR
International audienceIn this article, we analyse the non-local model:partial derivative U-t(t, x) =...
The scalar initial value problem [ u_t = ho Du + f(u), ] is a model for dispersal. Here $u$ represen...
We consider a model of spatial spread that has applications in both material science and biology. Th...
Artículo de publicación ISIIn this paper we study the asymptotic behavior of the following nonlocal ...
AbstractThis article in devoted to the study of the nonlocal dispersal equationut(x,t)=∫RJ(x−yg(y))u...
AbstractThis article in devoted to the study of the nonlocal dispersal equationut(x,t)=∫RJ(x−yg(y))u...
AbstractThis paper is concerned with a nonlocal evolution equation which is used to model the spatia...
In this article, we study the solutions of a nonlocal dispersal equation with a spatial weight repr...
AbstractThis paper is concerned with a nonlocal evolution equation which is used to model the spatia...
Abstract: This paper is concerned with the blow-up of solutions to some nonlocal inhomogeneous dispe...
In this work we studied a nonlocal spatial model on continuous time and space. Based on Levins’ meta...
Artículo de publicación ISIWe consider the following nonlocal equation integral J (x-y/g(y)) u(y...
Artículo de publicación ISIWe consider the following nonlocal equation integral J (x-y/g(y)) u(y...
The scalar initial value problem ut = ρDu+ f(u), is a model for dispersal. Here u represents the den...
We consider an integro-PDE model for a population structured by the spatial variables and a trait va...
International audienceIn this article, we analyse the non-local model:partial derivative U-t(t, x) =...
The scalar initial value problem [ u_t = ho Du + f(u), ] is a model for dispersal. Here $u$ represen...
We consider a model of spatial spread that has applications in both material science and biology. Th...
Artículo de publicación ISIIn this paper we study the asymptotic behavior of the following nonlocal ...
AbstractThis article in devoted to the study of the nonlocal dispersal equationut(x,t)=∫RJ(x−yg(y))u...
AbstractThis article in devoted to the study of the nonlocal dispersal equationut(x,t)=∫RJ(x−yg(y))u...
AbstractThis paper is concerned with a nonlocal evolution equation which is used to model the spatia...
In this article, we study the solutions of a nonlocal dispersal equation with a spatial weight repr...
AbstractThis paper is concerned with a nonlocal evolution equation which is used to model the spatia...
Abstract: This paper is concerned with the blow-up of solutions to some nonlocal inhomogeneous dispe...
In this work we studied a nonlocal spatial model on continuous time and space. Based on Levins’ meta...
Artículo de publicación ISIWe consider the following nonlocal equation integral J (x-y/g(y)) u(y...
Artículo de publicación ISIWe consider the following nonlocal equation integral J (x-y/g(y)) u(y...
The scalar initial value problem ut = ρDu+ f(u), is a model for dispersal. Here u represents the den...
We consider an integro-PDE model for a population structured by the spatial variables and a trait va...
International audienceIn this article, we analyse the non-local model:partial derivative U-t(t, x) =...
The scalar initial value problem [ u_t = ho Du + f(u), ] is a model for dispersal. Here $u$ represen...
We consider a model of spatial spread that has applications in both material science and biology. Th...