Product info
| Product title : | Models in the management of animal diseases |
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| Author(s) : | P. Willeberg, Ed.: 2011 | |
Summary :The purpose of this issue of the Review is to encourage and facilitate worldwide improvement in the understanding of the ways in which national Veterinary Services and their partners can make use of models in the prevention and control of animal diseases. | ||
List of items associated with the product
| List of associated articles | Languages | Format | Price | Availability | Add |
|---|---|---|---|---|---|
| R30-2 | TRILINGUAL |  |
60.00 € | Available |  |
Free access to the PDF version of each paper can be obtained by clicking on its title and then on the PDF link at the bottom left-hand side of the box.
- Contents Vol. 30 (2)
- Preface
- The World Organisation for Animal Health and epidemiological modelling: background and objectives
- Principles of epidemiological modelling
- Stochastic, spatially-explicit epidemic models
- Introduction to network analysis and its implications for animal disease modelling
- Disease spread models in wild and feral animal populations: application of artificial life models
- Models of macroparasitic infections in domestic ruminants: a conceptual review and critique
- Atmospheric dispersion models and their use in the assessment of disease transmission
- Estimation of foot and mouth disease transmission parameters, using outbreak data and transmission experiments
- Destructive tension: mathematics versus experience – the progress and control of the 2001 foot and mouth disease epidemic in Great Britain
- Approaches for evaluating veterinary epidemiological models: verification, validation and limitations
- A sensitivity analysis of the New Zealand standard model of foot and mouth disease
- Foot and mouth disease model verification and ‘relative validation’ through a formal model comparison
- The role of models in estimating consequences as part of the risk assessment process
- Lexicon of disease spread modelling terms
- The use of modelling to evaluate and adapt strategies for animal disease control
- Epidemiological models to assist the management of highly pathogenic avian influenza
- Adapting existing models of highly contagious diseases to countries other than their country of origin
- Using simplified models to communicate the importance of prevention, detection and preparedness before a disease outbreak
- Epidemiological models to support animal disease surveillance activities
- Stochastic models to simulate paratuberculosis in dairy herds
- Simulating the bovine spongiform encephalopathy situation in Japan
- Modelling the feasibility of bovine tuberculosis eradication in Argentina