AbstractIf a system of several populations of microorganisms compete exploitatively for a single nonreproducing limiting nutrient which is introduced into and washed out of the system at a constant rate, then competitive exclusion results, Provided that there are no inhibition effects, the population requiring the lowest “break-even” concentration of nutrient will be the winner. This outcome can be changed if a predator population is introduced into the system. In this paper we explore some of the possibilities of coexistence and competition reversal that may arise
International audienceWe propose a model of competition of nn species in a chemostat, with constant ...
Classical chemostat models assume that competition is purely exploitative and mediated via a common,...
А. Чичурин, Х. Швычкина. Численное исследование модели хемостата для конкуренции с одним питательным...
AbstractIf a system of several populations of microorganisms compete exploitatively for a single non...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
A model of the chemostat involving two populations of microorganisms competing for two complementary...
Bifurcation analysis is presented for the dynamics of a nutrient-two-prey-predator bi-trophic food w...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
A food web in a chemostat is considered in which an arbitrary number of competitor populations compe...
Classical chemostat models assume that competition is purely exploitative and mediated via a common,...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
International audienceWe propose a model of competition of nn species in a chemostat, with constant ...
Classical chemostat models assume that competition is purely exploitative and mediated via a common,...
А. Чичурин, Х. Швычкина. Численное исследование модели хемостата для конкуренции с одним питательным...
AbstractIf a system of several populations of microorganisms compete exploitatively for a single non...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
A model of the chemostat involving two populations of microorganisms competing for two complementary...
Bifurcation analysis is presented for the dynamics of a nutrient-two-prey-predator bi-trophic food w...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
A food web in a chemostat is considered in which an arbitrary number of competitor populations compe...
Classical chemostat models assume that competition is purely exploitative and mediated via a common,...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
International audienceWe propose a model of competition of nn species in a chemostat, with constant ...
Classical chemostat models assume that competition is purely exploitative and mediated via a common,...
А. Чичурин, Х. Швычкина. Численное исследование модели хемостата для конкуренции с одним питательным...