Abstract

The data in brief provides a descriptive summary of the field data collected using Eco-health approach in order to support local effort aimed at creating information base for taking evidence-based decisions, especially in regard to wildlife conservation outside protected area and range resource management. The data were collected between June 2012 and July 2014 on a range of issues including wild animals, livestock, household income and cost of diseases control in cattle. In a nutshell the data article shows spatial pattern of a declining brucellosis prevalence in cattle linked to animal population density with increasing distance away from the Lake Mburo National Park (LMNP) boundary in southwestern Uganda. It is the trend of animal distribution in private land that the pastoralist communities perceived as influencing economic losses associated with diseases affecting cattle production. The pastoralists strongly believe that wild ungulates grazing with cattle outside the park on a daily basis present a potential risk of disease transmission which adversely affects their cherished source of livelihood. This article refers to “Brucellosis in cattle and micro-scale spatial variability of pastoral household income from dairy production in south western Uganda. Acta tropica”, Acta Tropica, 2018.

Highlights

  • The first set of data were collected through serological surveys where blood samples were collected from cattle at household level and analyzed for brucellosis in cattle [4]

  • Raw, filtered and analyzed Sera were collected from 1962 cattle between August 2012 and June 2013 from 330 homesteads that were proportionately distributed in samples of 55 across six zones along a distance gradient from Lake Mburo National Park (LMNP)

  • All blood samples were centrifuged and the sera stored at À 80 °C in the microbiology laboratory of Mbarara University, Mbarara before carrying out screening and subsequent confirmatory tests for brucellosis

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Summary

Introduction

Agricultural and Biological Sciences Ecohealth approach to disease control at wildlife-livestock nexus Tables, text file and a figure Two data sets were obtained one focusing on serological surveys and another on socio-economics of pastoralist households. The first set of data were collected through serological surveys where blood samples were collected from cattle at household level and analyzed for brucellosis in cattle [4]. Cattle blood sample were from the same homesteads selected for the interviews.

Results
Conclusion
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