The aim of this paper is to study the cropping system as complex one, applying methods from theory of dynamic systems and from the control theory to the mathematical modeling of the biological pest control. The complex system can be described by different mathematical models. Based on three models of the pest control, the various scenarios have been simulated in order to obtain the pest control strategy only through natural enemies' introduction. © 2008 World Scientific Publishing Company
In this paper, we describe a hybrid dynamical model incorporating residual and delayed effects of pe...
Pest problems are complex and a systems view contributes to understanding their causes and assessing...
In this paper, based on a predator-prey model with Holling’s type III functional response, a pest ma...
Issues of development for mathematical models are considered on development and dissemination of har...
The aim of this paper is to apply methods from optimal control theory, and from the theory of dynami...
The paper presents a comprehensive numerical study of mathematical models used to describe complex b...
In this work, we construct simple models in terms of differential equations for the dynamics of pest...
Pest insects represent a major threat to public health, to food security as well as to the economy. ...
Even with recent improvements, the agricultural production is still highly affected by pathogens. In...
We present an analytic framework where biological pest control can be simulated. Control is enforced...
International audiencePlants and Insects are studied since decades, but, most of the time, separatel...
The use of chemical pesticides frequently causes minor pests to become serious problems by disturbin...
The use of chemical pesticides frequently causes minor pests to become serious problems by disturbin...
This thesis presents the mathematical analysis of models in augmentative biological control, from wh...
Pest insects represent a major threat to public health, to food security as well as to the economy. ...
In this paper, we describe a hybrid dynamical model incorporating residual and delayed effects of pe...
Pest problems are complex and a systems view contributes to understanding their causes and assessing...
In this paper, based on a predator-prey model with Holling’s type III functional response, a pest ma...
Issues of development for mathematical models are considered on development and dissemination of har...
The aim of this paper is to apply methods from optimal control theory, and from the theory of dynami...
The paper presents a comprehensive numerical study of mathematical models used to describe complex b...
In this work, we construct simple models in terms of differential equations for the dynamics of pest...
Pest insects represent a major threat to public health, to food security as well as to the economy. ...
Even with recent improvements, the agricultural production is still highly affected by pathogens. In...
We present an analytic framework where biological pest control can be simulated. Control is enforced...
International audiencePlants and Insects are studied since decades, but, most of the time, separatel...
The use of chemical pesticides frequently causes minor pests to become serious problems by disturbin...
The use of chemical pesticides frequently causes minor pests to become serious problems by disturbin...
This thesis presents the mathematical analysis of models in augmentative biological control, from wh...
Pest insects represent a major threat to public health, to food security as well as to the economy. ...
In this paper, we describe a hybrid dynamical model incorporating residual and delayed effects of pe...
Pest problems are complex and a systems view contributes to understanding their causes and assessing...
In this paper, based on a predator-prey model with Holling’s type III functional response, a pest ma...