This report describes an emergency drought mitigation program executed by the non-governmental organization (NGO) Vétérinaires Sans Frontières Belgium (VSF-Belgium) in Turkana District, northwestern Kenya, in early 2005. It consisted of purchasing drought-affected goats from pastoralists in the worse affected parts of the district and donating them to local schools and health centres, where the resulting meat was to be used to supplement the diet of students and in-patients.

This report characterises the extent of livelihood diversification in Turkana District, briefly surveys a range of options, identifies their relative strengths and weaknesses, and makes recommendations for supportive interventions by development actors. It relies on three main sources of information: a literature review, key informant interviews, and focus group discussions. A case study approach was used to gain further insights into selected diversification opportunities. The study team, however, noted that, when applying an agreed selection criteria (i.e.

This report focuses on the issues surrounding livestock marketing in Turkana District. The report 's authors undertook an extensive literature review and conducted field work in Turkana in early 2006. They characterized and described the livestock marketing systems operating in the district, identified problems and constraints, and made a series of recommendations intended to increase the number of pastoralists profitably accessing livestock markets. Finally, they identified researchable issues which would enable a better understanding of livestock marketing in Turkana District.

Nineteen microsatellite markers were used to investigate the genetic diversity, phylogenetic

relationships and herd structure of Ugandan Ankole cattle. A total of 304 animals from 8 herds in

Mbarara District were characterised. Across all loci, 200 alleles were observed. A high mean

number of alleles (MNA) per locus, ranging from 5.89 to 6.79 per herd, was observed. Polymorphic

information content (PIC) ranged from 0.403 (ILSTS013) to 0.817 (ILSTS036), with an overall

This paper investigates preferences for cattle traits among a pastoral community in a trypanosomosis prevalent area in Kenya. Choice experiments and mixed logit models are employed to estimate economic values of preferred traits which could be introduced through systematic breeding in breed improvement programs that utilise trypanotolerance trait. The findings suggest preference for traits linked to drought tolerance, high live weight, trypanotolerance and fecundity.

The livelihoods of pastoralists revolve around their indigenous livestock. Combining high

production with disease resistance using genetic engineering is a biotechnological intervention

hailed by some as a promising avenue to mitigate food insecurity and poverty. Considerable

human and financial resources have already been devoted to exploring this option. However, the

challenges are enormous. It is unlikely that such livestock would survive in the harsh ecosystems