An important problem in spatial ecology is to understand how population-scale patterns
emerge from individual-level birth, death, and movement processes. These processes …

We consider a single-species model which is composed of several habitats connected by
linear migration rates and having logistic growth. A spatially varying, temporally constant …

This paper is concerned with a reaction–diffusion system modeling the fixation and the
invasion in a population of a gene drive (an allele biasing inheritance, increasing its own …

Throughout recorded history, nonindigenous vectors that arrive, establish, and spread in
new areas have fomented epidemics of human diseases such as malaria, yellow fever …

Living species, ranging from bacteria to animals, exist in environmental conditions that
exhibit spatial and temporal heterogeneity which requires them to adapt. Risk-spreading …

The dispersal of organisms in a heterogeneous environment is rarely random as individuals
can sense and respond to local environmental cues by moving towards favourable habitats …

Evolutionary processes play an important role in shaping the dynamics of range expansions,
and selection on dispersal propensity has been demonstrated to accelerate rates of …

Epigenetic mechanisms are increasingly recognised as integral to the adaptation of species
that face environmental changes. In particular, empirical work has provided important …

Most of the fundamental elements of ecology, ranging from individual behavior to species
abundance, diversity, and population dynamics, exhibit spatial variation. Partial differential …

Invasion processes are ubiquitous throughout cell biology and ecology. During invasion,
individuals can become isolated from the bulk population and behave differently. We …