Summarizes a baseline study of the traditional livestock production system of central Mali, classifying production systems in the study in the study zone according to the degree of dependence on livestock products for gross revenue or food supply of the household or production unit, and according to types of agriculture associated w. livestock. Describes primary resources available for livestock production; livestock numbers & movement patterns; the agropastoral system; and the pastoral system associated w. rice cultivation in the Niger innundation zone.

Discusses how low level aerial survey can be used to diagnose constraints within pastoral systems and the relative cost effectiveness of such operations, with particular reference to flight & sample procedures and information collection and analysis; presents some results from low-altitutde aerial survey undertaken by ILCA in Nigeria, Mali, Niger and Ethiopia.

Presents results of a 6 year study on the livestock production systems, management practices herd & flock demography in an agropastoral system in central Mali as well as reproductive performance growth rate, weights, mortality, offtake and productivity in terms of meat & milk yield of cattle & small ruminants; includes recommendations on means of improving the system and future research.

The first chapter gives a brief description of a pastoral production system, as envisaged by the study team and outlines the multi-disciplinary approach of the study, its sampling design and the data collected. Chapters 2 & 3 describe Kenya's biophysical and socio-economic environments, within which the Maasai livestock production system operates. The biophysical environment of the study site is described in detail in Chapter 4. Chapter 5 describes the social organization of the Maasai and how it affects their use of livestock and grazing resources.

In Cameroon, rangelands occupy about 20 % of surface area; provide critical habitat to many animal and

plant species; offer many vital goods and services to society and are home to pastoralists, agropastoralists,

crop farmers, fishermen and hunter-gatherers, who for centuries co-existed peacefully. In

recent years this harmony is being threatened by changing land use patterns, poor land use planning and

poor recognition of ownership rights. Despite efforts by state and non-state actors to improve pastoral

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

Shows mixed species stocking in Northern tropical Africa w., particularly emphasis on the African traditional animal production systems; w. data on reproduction, growth and viability for five species in the region; herd & flock structures for dif. species; and the use of livestock to increase the human food supply.

There is consensus that pastoral mobility is beneficial for both pastoralists and the environment. However, rapid change arising from multiple factors, including landscape fragmentation, sedentarization, and demographic drivers might affect the effectiveness of this pastoral coping strategy in times of drought. We investigate livestock mortality rates following the 2005 drought in four areas in Maasailand: the Maasai Mara, the Kitengela plains, the Amboseli, and the Simanjiro plains.

Mohamed Said, Scientist, ILRI, at the side event, “Measuring and Evaluating Resilience in Drylands of East Africa.” IFPRI 2020 conference on Building Resilience for Food and Nutrition Security, May 15-17, 2014, Addis Ababa, Ethiopia. More information "http://www.2020resilience.ifpri.info"