AbstractIn this paper, we consider the effect of diffusion on the species that live in changing patches environment. Different from the former studies [1–4], we pay attention to the more important situation in conservation biology that species live in a weak patches environment, in the sense that species in some of the isolated patches will be extinct without the contribution from other patches. We obtain an interesting result: the identical species can persist for some diffusion rates, and can also vanish for another set of restriction on diffusion rates
We study a reaction-diffusion model in a binary environment made of habitat and non-habitat regions....
AbstractWe consider a single species population obeying a saturated growth model with spatial diffus...
AbstractWe analyze a two species discrete competition model in which one species diffuses between tw...
AbstractIn this paper, we consider the effect of diffusion on the species that live in changing patc...
AbstractIn this paper, we consider the effects of habitat fragmentation and ecological invasion of e...
AbstractDeclines in species richness or population are primarily attributed to habitat destruction a...
AbstractIn this paper, we consider a periodic predator-prey system where the prey can disperse betwe...
In this paper we consider a logistic equation with nonlinear diffusion arising in population dynamic...
The habitat loss and fragmentation is almost the greatest threat to the survival of the wild giant p...
We analyze the influence of stochastic perturbations on a single-species logistic model with the pop...
summary:We consider a single-species stochastic logistic model with the population's nonlinear diffu...
We revisit the question of when can dispersal-induced coupling between discrete sink populations cau...
International audienceThis paper is concerned with the study of the stationary solutions of the equa...
Identifying the steady states of a population is a key issue in theoretical ecology, that includes t...
Many populations of animals or plants, exhibit a metapopulation structure with close, spatially-sepa...
We study a reaction-diffusion model in a binary environment made of habitat and non-habitat regions....
AbstractWe consider a single species population obeying a saturated growth model with spatial diffus...
AbstractWe analyze a two species discrete competition model in which one species diffuses between tw...
AbstractIn this paper, we consider the effect of diffusion on the species that live in changing patc...
AbstractIn this paper, we consider the effects of habitat fragmentation and ecological invasion of e...
AbstractDeclines in species richness or population are primarily attributed to habitat destruction a...
AbstractIn this paper, we consider a periodic predator-prey system where the prey can disperse betwe...
In this paper we consider a logistic equation with nonlinear diffusion arising in population dynamic...
The habitat loss and fragmentation is almost the greatest threat to the survival of the wild giant p...
We analyze the influence of stochastic perturbations on a single-species logistic model with the pop...
summary:We consider a single-species stochastic logistic model with the population's nonlinear diffu...
We revisit the question of when can dispersal-induced coupling between discrete sink populations cau...
International audienceThis paper is concerned with the study of the stationary solutions of the equa...
Identifying the steady states of a population is a key issue in theoretical ecology, that includes t...
Many populations of animals or plants, exhibit a metapopulation structure with close, spatially-sepa...
We study a reaction-diffusion model in a binary environment made of habitat and non-habitat regions....
AbstractWe consider a single species population obeying a saturated growth model with spatial diffus...
AbstractWe analyze a two species discrete competition model in which one species diffuses between tw...