none2A deterministic model considering the population dynamic of chamois and three parasite species (gastrointestinal nematodes) is presented. The model considers the logistic growth of host population, exploitation and/or interference competition among different parasite populations and intraspecific competition between parasite individuals. In vertebrates-parasites systems, intraspecific competition is well known and is probably mediated by host immunity. The sensitivity of the parameter alpha (representing the parasite induced host mortality) and the comparison with field data suggest that intraspecific competition plays an important role in determining host and parasites abundances and in stabilizing chamois-parasites relationship.n...
Several epidemiological models predict a positive relationship between host population density and a...
The role of diseases and parasites has received relatively little attention in modelling eco- logica...
The model developed for human parasites by Bottomley et al. (2007) [52] has been adapted to the dyna...
A deterministic model considering the population dynamic of chamois and three parasite species (gast...
The role that interspecific interactions play in shaping parasite communities is uncertain. To date,...
This work is inspired by multi-annual observations of helminth infection levels and population dens...
none2Host density is an important and widely accepted factor influencing microparasites epidemiology...
Parasitism can influence many aspects of the host’s behaviour and physiology, which in turn can have...
Macroparasites of vertebrates usually occur in multi-species communities, producing infections whose...
Intraguild competition is a complex phenomenon that shapes parasitoid communities. When several spec...
Parasite species often show differential fitness on different host species.We developed an equation-...
In this paper we consider models of two competing species that are both affected by a pathogen which...
Intraguild predation (IGP) is common in communities, yet theory suggests it should not often persist...
Vertebrate hosts are frequently infected with multiple helminth species. There is a body of experime...
International audienceHost-parasite systems offer such a complex behaviour that few quantitative ana...
Several epidemiological models predict a positive relationship between host population density and a...
The role of diseases and parasites has received relatively little attention in modelling eco- logica...
The model developed for human parasites by Bottomley et al. (2007) [52] has been adapted to the dyna...
A deterministic model considering the population dynamic of chamois and three parasite species (gast...
The role that interspecific interactions play in shaping parasite communities is uncertain. To date,...
This work is inspired by multi-annual observations of helminth infection levels and population dens...
none2Host density is an important and widely accepted factor influencing microparasites epidemiology...
Parasitism can influence many aspects of the host’s behaviour and physiology, which in turn can have...
Macroparasites of vertebrates usually occur in multi-species communities, producing infections whose...
Intraguild competition is a complex phenomenon that shapes parasitoid communities. When several spec...
Parasite species often show differential fitness on different host species.We developed an equation-...
In this paper we consider models of two competing species that are both affected by a pathogen which...
Intraguild predation (IGP) is common in communities, yet theory suggests it should not often persist...
Vertebrate hosts are frequently infected with multiple helminth species. There is a body of experime...
International audienceHost-parasite systems offer such a complex behaviour that few quantitative ana...
Several epidemiological models predict a positive relationship between host population density and a...
The role of diseases and parasites has received relatively little attention in modelling eco- logica...
The model developed for human parasites by Bottomley et al. (2007) [52] has been adapted to the dyna...