A new species of bush‐shrike is described on the basis of the only known individual. The bird was captured in a disturbed Acacia thicket near the town of Bulo Burti by the Shabeelle River in central Somalia. Believed to represent a species near extinction, the bird was kept alive, studied in captivity and then released. The type material comprises moulted feathers, blood samples and DNA extracted from feather quills. For comparison, DNA from other bush‐shrikes was obtained from old museum skins and three live birds. Comparisons of base sequences from the cyt‐b gene of mitochondrial DNA support the judgement that the bird represents a full species and is not a colour morph or hybrid of examined taxa. This procedure confirms that, in situations where collecting is not desirable, tissue from live individuals can be used to define taxa, and for comparisons with DNA from museum specimens of other taxa.

PDF Titles in the Working Paper Series aim to disseminate interim results on agroforestry research and practices and stimulate feedback from the scientific community. Other publication series from the World Agroforestry Centre include: Technical Manuals, Occasional Papers and the Trees for Change Series.

There is an increased recognition of the threat status of the African lion (Panthera leo), once a widespread top predator of open African habitats. However, our knowledge about the biology of the species is often based on a few study sites in South and East Africa, and the present subspecific taxonomy developed by the IUCN reinforces an idea of homogeneity of the species in Africa. A synthesis of available knowledge regarding the lions of Southern Somalia, formerly proposed as a distinct subspecies, Panthera leo somaliensis is presented. Particular attention is paid to the issue of manelessness in males, a phenomenon that has been studied in Tsavo (N.E. Kenya) but it is highlighted for the first time for the Southern Somalia region. Although our data cannot lead to a definitive answer about the taxonomic status of Somali lions, there is enough evidence to call for further studies and conservation efforts, also in the light of the increased evidence of genetic discontinuity in lions associated with strong ecological barriers.