Supplementary information for: Analysing livestock network data for infectious diseases control: an argument for routine data collection in emerging economies

Chaters, G. L.; Johnson, P. C. D.; Cleaveland, S.; Crispell, J.; de Glanville, W. A.; Doherty, T.; Matthews, L.; Mohr, S.; Nyasebwa, O. M.; Rossi, G.; Salvador, L. C. M.; Swai, E.; Kao, R. R.

doi:10.6084/m9.figshare.7945184.v1

rstb20180264_si_001.pdf (844.98 kB)

Supplementary information for: Analysing livestock network data for infectious diseases control: an argument for routine data collection in emerging economies

journal contribution

posted on 2019-04-03, 09:12 authored by G. L. Chaters, P. C. D. Johnson, S. Cleaveland, J. Crispell, W. A. de Glanville, T. Doherty, L. Matthews, S. Mohr, O. M. Nyasebwa, G. Rossi, L. C. M. Salvador, E. Swai, R. R. Kao

Network dynamics Eigenvector centrality and dynamic infection processes, Livestock movement permit data analysis methods Data source, Data processing, Data cleaning, Detection of missing data, Statistical model of inter-ward cattle movement, Predictor variables for the hurdle model, Simulation of livestock movement, Simulating disease outbreaks, Results