Author: Luis, Angela D.; O'Shea, Thomas J.; Hayman, David T. S.; Wood, James L. N.; Cunningham, Andrew A.; Gilbert, Amy T.; Mills, James N.; Webb, Colleen T.
Title: Network analysis of host–virus communities in bats and rodents reveals determinants of cross-species transmission Document date: 2015_8_24
ID: yqc8r3ll_52
Snippet: A recent study examining the sharing of parasites in primates using similar network methods used an overall metric for network centrality which included weighted degree, betweenness and several other network measures of the importance of a node (G omez et al. 2013) . In this study, the authors found that hosts with denser populations living in larger groups and having broad distributions had higher centrality. Although overall, degree and between.....
Document: A recent study examining the sharing of parasites in primates using similar network methods used an overall metric for network centrality which included weighted degree, betweenness and several other network measures of the importance of a node (G omez et al. 2013) . In this study, the authors found that hosts with denser populations living in larger groups and having broad distributions had higher centrality. Although overall, degree and betweenness were correlated in our study, the metrics were different enough to be best predicted by different covariates in batsgregariousness for degree, and migration for betweenness. However, in rodents, the most important factor was the same for the different metricssympatry best predicted the number of viruses, degree and betweenness.
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