Biodiversity conservation is becoming increasingly urgent. It is important to find
mechanisms of competitive coexistence of species with different fitness in especially difficult …

The paradox of biological diversity is the key problem of theoretical ecology. The paradox
consists in the contradiction between the competitive exclusion principle and the observed …

Complex systems may be mechanistically modelled by white-box modeling with using logical
deterministic individual-based cellular automata. Mathematical models of complex systems …

Ecological hypotheses of ‘limiting similarity’ and ‘limiting dissimilarity’ formulate the alleged
conditions for implementing the competitive exclusion. The limiting similarity hypothesis …

The biodiversity paradox has been a long-standing enigma in theoretical ecology. It emerged
as a contradiction between the competitive exclusion principle and the natural species …

Investigation of logical deterministic cellular automata models of population dynamics
allows to reveal detailed individual-based mechanisms. The search for such mechanisms is …

Background The long-standing contradiction between formulations of the competitive exclusion
principle and natural diversity of trophically similar species is known as the biodiversity …

Background. Integration of reductionist and holistic approaches is one of the great challenges
for mathematical modeling. Mathematical models of complex systems are divided into …

There was a long standing contradiction between formulations of the competitive exclusion
principle and natural species richness, which is known as the biodiversity paradox. Here we …

The biodiversity paradox is the central problem in theoretical ecology. The paradox consists
in the contradiction between the competitive exclusion principle and the observed …