The aim of this paper is to investigate the evolution of body size of population subject to
dispersal and advection. For this purpose, we consider a reaction–diffusion system for …

We consider the ecological and evolutionary dynamics of a reactiondiffusion-advection
model for populations residing in a one-dimensional advective homogeneous environment …

We study a two-species competition model in a closed advective environment, where
individuals are exposed to unidirectional flow (advection) but no individuals are lost through …

We consider a one-dimensional reaction-diffusion equation describing single-and two-
species population dynamics in an advective environment, based on the modeling …

It is widely believed that the slowest dispersal strategy is selected in the evolutional if the
environment is temporally invariant but spatially heterogeneous. Authors claim in this paper …

To study evolution of conditional dispersal, a Lotka–Volterra reaction–diffusion–advection
model for two competing species in a heterogeneous environment is proposed and …

This paper mainly study the dynamics of a Lotka-Volterra reactiondiffusion-advection model
for two competing species which disperse by both random diffusion and advection along …

We study the dynamics of reaction-diffusion-advection models for single and two competing
species in one-dimensional periodic habitats, where the individuals are subject to both …

This paper considers the population dynamics of an invasive species and a resident
species, using a diffusive competition model in a radially symmetric heterogeneous …

Many ecologists and evolutionary biologists are attracted by the issue of why individuals
disperse for a number of years. So far, a great deal of researches are addressed to …