African wild dog genetic connectivity between isolated populations is a welfare necessity — fragmented populations suffer inbreeding depression that impairs individual immune function.
African wild dog genetic welfare operates at the interface of individual and population welfare — inbreeding depression causes individual health deterioration (immune dysfunction, reproductive failure) that aggregates to population-level welfare decline. Translocation programs that move individuals between isolated subpopulations restore genetic exchange that landscape fragmentation has prevented, improving individual immune competence and reproductive welfare in receiving populations. The welfare case for genetic management of fragmented populations is strong: without intervention, isolated populations accumulate inbreeding effects that progressively reduce individual welfare before the population collapses. Vaccination of domestic dog border populations simultaneously protects wild dog welfare from disease spillover and builds community support for wild dog conservation.