The problem of reconstructing nonlinear and complex dynamical systems from measured
data or time series is central to many scientific disciplines including physical, biological …

Spatially extended population dynamics models that incorporate demographic noise serve
as case studies for the crucial role of fluctuations and correlations in biological systems …

In two papers we review game theory applications in biology below the level of cognitive
living beings. It can be seen that evolution and natural selection replace the rationality of the …

Evolutionary dynamical models for cyclic competitions of three species (eg, rock, paper and
scissors, or RPS) provide a paradigm, at the microscopic level of individual interactions, to …

We study several variants of the stochastic four-state rock-paper-scissors game or,
equivalently, cyclic three-species predator-prey models with conserved total particle density …

Evolutionary games of cyclic competitions have been extensively studied to gain insights
into one of the most fundamental phenomena in nature: biodiversity that seems to be …

We study a class of the stochastic May-Leonard models, with three species dominating each
other in a cyclic nonhierarchical way, according to the rock-paper-scissors game. We …

We investigate the impact of cyclic competition on pattern formation in the rock-paper-
scissors game. By separately considering random and prepared initial conditions, we …

The spatiotemporal arrangement of interacting populations often influences the
maintenance of species diversity and is a subject of intense research. Here, we study the …

We study numerically domain growth and interface fluctuations in one-and two-dimensional
lattice systems composed of four species that interact in a cyclic way. Particle mobility is …