Invented by J. Monod, and independently by A. Novick and L. Szilard, in 1950, the
chemostat is both a micro-organism culturing device and an abstracted ecosystem managed …

We consider a two-competitor/one-prey model in which both competitors exhibit a general
functional response and one of the competitors exhibits a density-dependent mortality rate. It …

We propose a model of competition of n species in a chemostat, with constant input of some
species. We mainly emphasize the case that can lead to coexistence in the chemostat in a …

Inventé par J. Monod, et indépendamment par A. Novick et L. Szilard en 1950, le chémostat
est à la fois un dispositif de laboratoire de culture en continu de micro-organismes et une …

We study a nonlinear system of differential delay equations describing a model of a chain of
two chemostats, where one contains two microbial species in competition for a single …

An ecological model describing the competition for a single substrate of an arbitrary number
of species is considered. The mortality rates of the species are not supposed to have all the …

Resource-based competition between microorganisms species in continuous culture has
been studied extensively both experimentally and theoretically, mostly for bacteria through …

In $1993 $, Holt and Lawton introduced a stochastic model of two host species parasitized
by a common parasitoid species. We introduce and analyze a generalization of these …

We design feedback controllers for two species chemostats so that an equilibrium with
arbitrary prescribed positive species concentrations becomes globally asymptotically stable …

This technical note studies the global output feedback stabilization problem for a chemostat
with an arbitrary number of species competing for a single nutrient source. It is shown that …