Estimated production losses attributable to brucellosis per infected animal per year, by production system (pastoral and non-pastoral), species (cattle, sheep, and goats), and model scenario (‘no increase in herd size’ and ‘unrestricted increase in herd size’).

<p>White dots indicate the median, black diamonds the mean, black boxes the inter-quartile range (50% UI), and black lines the 2.5 and 97.5 percentiles (95% UI). Uncertainty intervals were obtained from Monte Carlo simulation (50,000 iterations). The values in the y-axis are on the logarithmic...

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Bibliographic Details
Main Author:	Ângelo J. F. Mendes (20727333) (author)
Other Authors:	Daniel T. Haydon (7499906) (author), William A. de Glanville (7431773) (author), Rebecca F. Bodenham (11326851) (author), AbdulHamid S. Lukambagire (8824208) (author), Paul C. D. Johnson (9543637) (author), Gabriel M. Shirima (7251362) (author), Sarah Cleaveland (83792) (author), Emma McIntosh (787413) (author), Nick Hanley (591087) (author), Jo E. B. Halliday (7499909) (author)
Published:	2025
Subjects:	Medicine Biotechnology Ecology Cancer Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified per infected animal guide policy development economic modelling framework 2 – 211 2 – 17 economic impacts caused class analysis model 4 – 23 1 – 1 8 – 228 8 – 17 2 – 1 annual losses attributable 7 – 25 1 – 3 1 – 8 4 – 6 2 – 3 6 ), 1 div >< p 3 – 4 6 ), 6 9 ), 1 7 ), 9 pastoral production systems level brucellosis prevalence 8 ), level losses wide impacts pastoral systems growth model estimated losses livestock production 0 ), widespread distribution using tanzania uncertainty interval surveys conducted resource settings potential interventions many low international dollars inform cost human health derived income clustering algorithm classify households central tanzania brucella </ benefit analyses bayesian latent 541 households 384 classified
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Estimated production losses attributable to brucellosis per infected animal per year, by production system (pastoral and non-pastoral), species (cattle, sheep, and goats), and model scenario (‘no increase in herd size’ and ‘unrestricted increase in herd size’).

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