The theoretical literature on human population dispersal processes at the large time and
space scale is reviewed, including references to and discussions of relevant empirical data …

This book is an introduction to the dynamics of reaction-diffusion systems, with a focus on
fronts and stationary spatial patterns. Emphasis is on systems that are non-standard in the …

This paper provides an up-to-date history of archaeological computer simulation, starting
with the early 1970s simulation models, but paying particular attention to those developed …

Competition for water between humans and ecosystems is set to become a flash point in the
coming decades in many parts of the world. An entirely new and comprehensive quantitative …

There is a long-standing controversy between two models of the Neolithic transition. The
demic model assumes that the Neolithic range expansion was mainly due to the spread of …

If the overall expansion of the farming system was determined by the Neolithic Demographic
Transition (NDT), ie by demographic pressure, what determined the rate of expansion? What …

In previous research, the SE-NW time-trend in the age of the earliest Neolithic sites across
Europe has been treated as a signal of a global-scale process that brought farming/herding …

Space competition effects are well-known in many microbiological and ecological systems.
Here we analyze such an effect in human populations. The Neolithic transition (change from …

In this article, we examine a variety of quantitative models for describing archaeological
networks, with particular emphasis on the maritime networks of the Aegean Middle Bronze …

We have derived reaction–dispersal–aggregation equations from Markovian reaction-
random walks with density-dependent jump rate or density-dependent dispersal kernels …