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Analysis of FMD control strategies using contact network simulations

Analysis of FMD control strategies using contact network simulations Darren M. Green * , Istvan Z. Kiss, & Rowland R. Kao University of Oxford, Dept. of Zoology OX1 3PS. * darren.green@zoo.ox.ac.uk. Networks. Upper: low k , high D ; lower: high k , low D.

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Analysis of FMD control strategies using contact network simulations

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  1. Analysis of FMD control strategies using contact network simulations Darren M. Green*, Istvan Z. Kiss, & Rowland R. Kao University of Oxford, Dept. of Zoology OX1 3PS. *darren.green@zoo.ox.ac.uk Networks. Upper: low k, high D;lower: high k, low D. Epidemic trees from simulated epidemics. Left: clustered network: right, random network. Tree index B2 versus epidemic size for simulated epidemic data and that from UK 2001 Cumbria. Total removals (out of 1000) v.k for different culling levels c. Upper: CP; Lower: DC cull. Clustered networks. █ Good fit █Poor fit Average connection length, D. NW group Number of connections, k. SE group

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