In this paper, the model of Chattopadhyay and Bairagi has been modified by considering the horizontal incidence as standard incidence in lieu of mass action incidence. Our observations indicate that the modified system around the positive equilibrium is stable for a wider range of force of infection. Numerical experiments are performed to observe the effect of disease transmission on different types of functional responses. We finally conclude that the mechanistic nature of disease transmission should be known for predicting the dynamics of such systems
AbstractThe aim of this paper is to show in explicit detail that, due to the effects of waning and b...
Two new ecoepidemic models of predator–prey type are introduced. They feature prey that gather in he...
AbstractThe transmissible nature of communicable diseases is what sets them apart from other disease...
Ecology and epidemiology are two major fields of study in their own right, but they have some common...
A predator-prey model with disease in the prey population is proposed and analysed. The mode of dise...
We propose and analyze a simple mathematical model for susceptible prey (S)-infected prey (I)-predat...
We propose and analyze a simple mathematical model for susceptible prey (S)-infected prey (I)-predat...
Abstract. In this article we review some recent results for an S-I-R type epdemic model which has ex...
Host–pathogen models are essential for designing strategies for managing disease threats to humans, ...
Epidemic is considered as one of the primary causes of species extinction, especially it also can i...
The biological system relies heavily on the interaction between prey and predator. Infections may sp...
In this paper, we discuss the dynamical behavior of eco-epidemiological mathematical model consistin...
Mathematical modelling is a valuable tool for the analysis of the infectious diseases spread. Dynami...
The transmissible nature of communicable diseases is what sets them apart from other diseases modele...
All animals and plants are, to some extent, susceptible to disease caused by varying combinations of...
AbstractThe aim of this paper is to show in explicit detail that, due to the effects of waning and b...
Two new ecoepidemic models of predator–prey type are introduced. They feature prey that gather in he...
AbstractThe transmissible nature of communicable diseases is what sets them apart from other disease...
Ecology and epidemiology are two major fields of study in their own right, but they have some common...
A predator-prey model with disease in the prey population is proposed and analysed. The mode of dise...
We propose and analyze a simple mathematical model for susceptible prey (S)-infected prey (I)-predat...
We propose and analyze a simple mathematical model for susceptible prey (S)-infected prey (I)-predat...
Abstract. In this article we review some recent results for an S-I-R type epdemic model which has ex...
Host–pathogen models are essential for designing strategies for managing disease threats to humans, ...
Epidemic is considered as one of the primary causes of species extinction, especially it also can i...
The biological system relies heavily on the interaction between prey and predator. Infections may sp...
In this paper, we discuss the dynamical behavior of eco-epidemiological mathematical model consistin...
Mathematical modelling is a valuable tool for the analysis of the infectious diseases spread. Dynami...
The transmissible nature of communicable diseases is what sets them apart from other diseases modele...
All animals and plants are, to some extent, susceptible to disease caused by varying combinations of...
AbstractThe aim of this paper is to show in explicit detail that, due to the effects of waning and b...
Two new ecoepidemic models of predator–prey type are introduced. They feature prey that gather in he...
AbstractThe transmissible nature of communicable diseases is what sets them apart from other disease...