Improving Livestock Production In Africa

Agro-ecological zones of sub-Saharan Africa; ILCA in Africa; Important mile-stones in ILCA's history; Origins and mandate; The proposed shape of the Centre; Location of the Centre; Task forces and their reports; The early years: focus on systems descriptions; Systems research; Agro-ecological zones; Zonal research programmes; Studies in the highlands; Studies in the humid zone; Studies in the subhumid zone; Studies in the semi-arid zone; Monitoring development projects; Complementary studies; Training and information; First quinquennial review of ILCA; Systems description and component research: ILCA's programme matures; Highlands; Humid zone; Subhumid zone; Semi-arid zone; Ethiopian rangelands; Kenyan rangelands; Central research and support units; Training and information; A new focus to ILCA's research; ILCA's strategy and long-term plan; From strategy to medium-term plan; ILCA's programme, 1987-93; Cattle milk and meat thrust; Small ruminant meat and milk thrust; Animal traction thrust; Animal feed resources thrust; Trypanotolerance thrust; Livestock policy and resource use thrust; ILCA's second medium-term plan, 1994-98; Factors influencing ILCA's second medium-term plan; Developing the programme; ILCA's seven programme themes; MTP reviewed and approved; Moves towards a global livestock research institute; Livestock steering committee; Moves towards a new shape; Benefits for livestock producers world-wide.

Focusing on mixed crop-livestock farming systems of sub-Saharan Africa, this review brings together the available knowledge in the various components of the livestock and water sectors. Through an analysis of livestock-water interactions, promising strategies and interventions to improve Livestock Water Productivity are proposed. In the biophysical domain, the numerous interventions relate to feed, water and animal management. These are interlinked with interventions in the socio-political-economic domain. The paper identifies critical research and development gaps in terms of methodologies for quantifying water productivity and integrating different scales, and also in terms of institutions and policies.

The book provides critical information and knowledge on the importance of livestock in the global effort to alleviate poverty and promote human health. It describes and evaluates case studies, examines theoretical frameworks, and discusses key global policy development issues, challenges and constraints related to smallholder livestock-production systems around the globe. The book is written for academic professionals, industry experts, government officials and other scholars interested in the facts and issues concerning the contribution of livestock to the social and economic progress of developing countries.

Meat, Milk & More: Policy Innovations to Shepherd Inclusive and Sustainable Livestock Systems in Africa highlights options for sustainably promoting growth in the livestock sector, drawing from what four African countries—Ethiopia, Mali, South Africa, and Uganda—have done successfully in terms of institutional and policy innovation as well as programmatic interventions. By adapting these lessons to countries’ specific contexts and scaling them up across the continent, African governments can meet their national and international commitments to agricultural growth and transformation.

This paper develops the structural Ricardian method, a new approach to modeling agricultural performance using cross-sectional evidence, and uses the method to study animal husbandry in Africa. The model is intended to estimate the structure beneath Ricardian results in order to understand how farmers change their behavior in response to climate. A survey of over 5,000 livestock farmers in 10 countries reveals that the selection of species, the net income per animal, and the number of animals are all highly dependent on climate. As climate warms, net income across all animals will fall, especially across beef cattle. The fall in net income causes African farmers to reduce the number of animals on their farms. The fall in relative revenues also causes them to shift away from beef cattle and toward sheep and goats. All farmers will lose income but the most vulnerable farms are large African farms that currently specialize in beef cattle. Small livestock and large livestock farms respond to climates differently. Small farms are diversified, relying on dairy cattle, goats, sheep, and chickens. Large farms specialize in dairy and beef cattle. Estimating a separate multinomial logit selection model for small and large farms reveals that the two types of farm choose species differently and specifically have different climate response functions. The regressions of the number of animals also reveal that large farms are more responsive to climate. The results indicate that warming will be harmful to commercial livestock owners, especially cattle owners. Owners of commercial livestock farms have few alternatives either in crops or other animal species. In contrast, small livestock farms are better able to adapt to warming or precipitation increases by switching to heat tolerant animals or crops. Livestock operations will be a safety valve for small farmers if warming or drought causes their crops to fail.