A hostparasitoid system with overlapping generations is considered. The dynamics of the system is described by differential equations with a control parameter describing the behavior of the parasitoids. The control parameter models how the parasitoids split their time between searching for hosts and searching for non-host food. The choice of the control parameter is based on the assumption that each parasitoid maximizes the instantaneous growth rate of the number of copies of its genotype. It is shown that optimal individual behavior of parasitoids, with respect to time sharing between hosts and food searching, may have a stabilizing effect on the hostparasitoid dynamics.] 1997 Academic Pres
Building from a continuous-time host\u2013parasitoid model introduced by Murdoch et al. (Am Nat 129:...
We explore the problem of persistence of multiple obligate parasitoids on a single host in a discre...
There are many well-documented cases in which multiple parasitoids can coexist on a single host spec...
In this paper we develop a novel discrete, individual-based mathematical model to investigate the ef...
This study examines the influence of various host-feeding patterns on host-parasitoid population dyn...
A two-component differential equation model is formulated for a host–parasitoid interaction. Transie...
In this article, we propose the host-parasitoid model that takes into account the duration of develo...
Parasitism can influence many aspects of the host’s behaviour and physiology, which in turn can have...
The role of evolutionary dynamics in understanding host-parasitoid interactions is interlinked with ...
To study the interaction of parasitoids and their insect hosts in laboratory environment, we propose...
Natural parasitoid systems exhibit considerable variation in their life history properties yet littl...
In this paper we develop a general mathematical model describing the spatio-temporal dynamics of hos...
All animals and plants are, to some extent, susceptible to disease caused by varying combinations of...
Motivated by the biological control of pests, we present discrete-time models of host-parasitoid in...
A mathematical model of the spatio-temporal dynamics of a two host, two parasitoid system is present...
Building from a continuous-time host\u2013parasitoid model introduced by Murdoch et al. (Am Nat 129:...
We explore the problem of persistence of multiple obligate parasitoids on a single host in a discre...
There are many well-documented cases in which multiple parasitoids can coexist on a single host spec...
In this paper we develop a novel discrete, individual-based mathematical model to investigate the ef...
This study examines the influence of various host-feeding patterns on host-parasitoid population dyn...
A two-component differential equation model is formulated for a host–parasitoid interaction. Transie...
In this article, we propose the host-parasitoid model that takes into account the duration of develo...
Parasitism can influence many aspects of the host’s behaviour and physiology, which in turn can have...
The role of evolutionary dynamics in understanding host-parasitoid interactions is interlinked with ...
To study the interaction of parasitoids and their insect hosts in laboratory environment, we propose...
Natural parasitoid systems exhibit considerable variation in their life history properties yet littl...
In this paper we develop a general mathematical model describing the spatio-temporal dynamics of hos...
All animals and plants are, to some extent, susceptible to disease caused by varying combinations of...
Motivated by the biological control of pests, we present discrete-time models of host-parasitoid in...
A mathematical model of the spatio-temporal dynamics of a two host, two parasitoid system is present...
Building from a continuous-time host\u2013parasitoid model introduced by Murdoch et al. (Am Nat 129:...
We explore the problem of persistence of multiple obligate parasitoids on a single host in a discre...
There are many well-documented cases in which multiple parasitoids can coexist on a single host spec...