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[A discrete-events computer model of fox rabies]
Revue D'Epidemiologie Et De Sante Publique
|January 1, 1985
Summary
A discrete event simulation model was developed to study vulpine rabies, an epizootic disease. This model accurately reflects the spatial and temporal dynamics of rabies transmission in French fox populations.
Area of Science:
- Veterinary Epidemiology
- Disease Modeling
- Ecological Dynamics
Context:
- Vulpine rabies poses a significant threat to wildlife and potentially domestic animals.
- Understanding the spatial and temporal dynamics of epizootic diseases is crucial for effective control strategies.
- Previous models may not fully capture the complexities of rabies transmission in fox populations.
Purpose:
- To develop and validate a discrete event simulation model for vulpine rabies.
- To incorporate spatial and temporal factors influencing disease transmission.
- To accurately simulate the current epizootic of rabies in France.
Summary:
- A discrete event simulation technique was employed to create a model of vulpine rabies.
- The model effectively integrates spatial and temporal characteristics of fox population dynamics and rabies transmission.
- The simulation results align well with the observed epizootic patterns of rabies in France.
Impact:
- Provides a valuable tool for predicting and managing vulpine rabies outbreaks.
- Enhances understanding of epizootic disease dynamics in wildlife populations.
- Informs public health and wildlife management strategies for rabies control.