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The ILRI-IFPRI Joint program on Livestock (ILRI's Theme 3)

   

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This research area focuses on how investments in livestock research and development can have major impacts on poverty reduction and economic growth in ways that are socially equitable and ecologically sound. It addresses questions of where and by what means livestock can make a major contribution to alleviating poverty. Increased demand for livestock products in developing countries, coupled with land use change, climate change, human population growth, globalisation, and more open trade in some areas is transforming the nature of livestock production and livestock ecosystems, and placing pressures on natural resources and coping strategies of the poor. This project examines those changes and models their driving forces, measures the consequences in terms of poverty, growth opportunities, social equity and the environment, and applies that knowledge to provide both strategic and applied targeting for research and development interventions. This understanding of livestock systems evolution, the role of livestock in sustainable poverty alleviation, and its consequences for both people and the environment, is translated with development partners into improved policy and technology options, investment priorities, livestock development strategies, and capacity strengthening.

 
     

Although systematic approaches for generating and disseminating technologies from research through extension have worked well for certain clients and in certain settings, the traditional linear paradigm has often failed to address the needs or have significant impact among the poor. This has been attributed in part to a failure to fully engage poor livestock keepers and other stakeholders in such processes, and to understand their circumstances and realities, thus failing to create an environment that would facilitate the identification, adaptation and dissemination of promising technological and institutional innovations.  For this reason, under ILRI’s new strategy, priority is being given to efforts to gain a clear understanding of the mechanisms that make research more effective and efficient, knowledge more contagious, processes more inclusive and outcomes more in favour of livestock-dependent poor people. Consequently, the Enabling innovation Theme focuses on the development and testing of approaches and partnerships that

  1. enable the identification of agreed, prioritised, researchable constraints that affect livestock-dependent poor people under the three ILRI-identified development pathways
  2. ensure the implementation of research in a manner which effectively and efficiently addresses those constraints and
  3. guarantee the use of media and pathways to facilitate knowledge flows amongst all stakeholders that enable pro-poor outcomes.
 
     

This is a Joint Program between ILRI and IFPRI with a research focus that seeks to increase participation of the poor and disadvantaged, both as producers and consumers, in more remunerative and safe livestock input and produce markets. It brings together ILRI's Theme 3 "Market Opportunities", one of the five main pillars of ILRI's research programs and IFPRI's Global Research Program 27 on "Participation in High-Value Markets."

Program overview

Marketing of livestock and their products has long been an essential pathway for income generation and livelihoods for the poor. Research has consistently shown that even the poorest can gainfully participate in livestock markets. Rapidly growing livestock markets in the developing world provide real opportunities, but also significant threats to participation of the poor due to structural changes associated with globalization, the increasing concentration of population and production around cities, and changing regulatory environments.

The landless poor and smallholder farmers in developing countries typically face very high barriers to accessing the productive assets and the knowledge necessary to participate in a fast-changing sector. Institutional innovations to help the poor overcome these barriers are necessary. Other constraints also need to be addressed, such as policies that subsidise capital-intensive production, inadequate access of smallholders to knowledge and technologies needed to meet sanitary and phyto-sanitary (SPS) standards (both domestic and international), and lack of capacity of the poor to gain market recognition from credible certification of compliance with standards. Beyond this, smallholder farmers will need to enhance their competitiveness relative to large-scale enterprises.

In line with their mandates for sustainable poverty reduction, ILRI and IFPRI have developed a Joint Program (JP) to counter these threats and improve the market access of poor livestock keepers. The JP brings together the institutes' policy and technical capacities from macro to micro level. It combines the efforts of both institutes in the area of research on livestock, dairy and meat markets, market policies, market institutions and market technologies.

Program Objective

The objective of this project is to provide options for improving the impact of rapidly changing domestic and international livestock product markets on developing countries, with special reference to impacts on poor producers through market participation. Specific sub-goals are to increase the efficiency of livestock input and output markets, improve sanitary and phyto-sanitary (SPS) risk assessments and trade policy studies, develop innovations to allow the poor to enter higher value markets, and improve value-addition in developing country supply chains.

Research will identify opportunities for the poor, especially for women and other marginalized peoples, to exploit more effectively market opportunities at all levels and to reduce the associated transaction costs. The research will concentrate on policy issues related to improved marketing of livestock and livestock products in order to take advantage of the increasing demand (the Livestock Revolution) and opportunities that increased globalisation provides, bearing in mind the risks involved. This will include considering factors important at all levels, from local to international, with the latter including responses to WTO regulations and policies.

The program's research is organized along 3 Operating Projects:

Smallholder competitiveness in changing markets - research seeks to enhance competitiveness and improve market access of the poor...more

Changing demand and market institutions - research seeks to provide options for dealing with changing market demands and industrial organization...more

Animal health and food safety for trade - research seeks to provide options for making the impact of changing sanitary and phyto-sanitary (SPS) regulations and practices, and trade policies more generally, more favourable for the poor...more

The JP's research activities are currently located in the Horn of Africa (Kenya, Tanzania, Uganda and Ethiopia), Southern Africa (Botswana, and Namibia), Central America (Costa Rica, Guatemala, Honduras and Nicaragua), the Near East and North Africa Region (Jordan, Tunisia, Sudan, and Syria), South Asia (India and Bangladesh) and Southeast Asia (Laos, the Philippines, Vietnam, and China).

 
     

Securing and building the assets of the poor is a cornerstone of poverty alleviation. Disease is a major factor threatening the livestock assets of the poor in low input systems and also limits productivity of, and contribution to income by, these assets. Livestock genetic resources have evolved in diverse environments and carry unique genes that define productive and adaptive capabilities. Use of locally adapted and disease resistant livestock, and development of appropriate interventions, such as diagnostics for disease surveillance, and vaccines and therapeutics for disease prevention and treatment are effective routes to help secure livestock assets of the poor. Approximately one-third of known breeds of livestock worldwide, the majority in developing countries, are threatened with extinction. This project aims to apply biotechnology to deliver greater security of, and access to, livestock germplasm through improved health and survival, improved animal genotypes, and development of molecular tools to support forage and food-feed crop germplasm characterisation and genetic enhancement. Specific applications of biotechnology in the project include better understanding of the diversity and enhanced use of indigenous animal genetic resources and reduction in disease risk and environmental risks through vaccines, better feeds and genetic traits.

 
     

Holistic, integrated and community-based approaches that encompass health and nutrition of the poor, the increasing pressure on the natural resources that sustain their livelihoods and options to increase agricultural productivity suitable to their resource endowment, are required to effectively reduce rural poverty. By using such approaches in addressing opportunities at the interface of human well-being, livestock production and the environment, this project provides an entry point to enhance human health and nutrition, ensure the sustainability of agro-ecosystems and improve livestock production. The research takes an integrated natural resource management approach, considering both the positive and negative effects of livestock and their products on the health of livestock keepers, agro-ecosystems and changing land use systems. Central to this approach is the application of sustainable production practices in which the synergies from croplivestock integration are captured. Forages and foodfeed crops are used as targeted inputs in smallholder systems, to enhance productivity, natural resource management efficiency and human well-being.

 
     Sustaining Water and Nutrient Productivity
Role of livestock in human health and nutrition
Food–feed and forage crops
Forage diversity 
     

Outputs

  • Livestock-related options such as feed sourcing, watering practices, grazing and animal waste management strategies for improved use and conservation of water and soil are available for adoption by institutions and livestock keepers

  • Policy makers, national and community organisations and household members use improved information, strategies, and processes to develop better policies, innovate new solutions, and strengthen their capacity to improve livelihoods and land management in smallholder livestock systems

  • Strategies to reduce health risks and improve nutritional benefits associated with livestock keeping designed and applied to improve human health and well-being

  • Fodder constraints facing resource poor crop-livestock farmers are alleviated to improve livelihoods

  • Forage diversity saved, studied and used to contribute to agricultural sustainability of smallholder farming systems


Gains (impact)

This project will identify strategies based on research of sustainable livestock production practices to enhance livelihoods of the poor through their contribution to better natural resource management and agro-ecosystem health. An important contribution will be to address, in a holistic manner, the links between livestock and human health, water, nutrition, agricultural production and land use change. The strategic use of animal-source foods to improve the nutrition of the poor, particularly young infants and children, will be confirmed and promoted. It will also provide a unique opportunity to bridge the gap between veterinary and medical perspectives regarding zoonotic and food-borne diseases. The productivity and sustainability of crop-livestock systems will be increased through improving the animal feed value of residues from major crops and the targeted use of forages.

Milestones

2005

  • Map showing Nile basin hotspots and targets identified for focused R&D in relation to livestock water interactions produced (with Project 1)

  • Synthesis report distributed and recommendations submitted relating to emerging issues and trends on the contribution of livestock to water use efficiency in the Nile basin

  • At least 5 Masters degree thesis projects studying livestock-water interactions completed

  • Methodological guide and five policy briefs on causes of land use change, biodiversity loss and land degradation for East Africa completed and distributed

  • Research priorities on the links between livestock keeping and coping with HIV/AIDS in resource poor populations formulated in collaboration with various partners

  • Review of evidence relating livestock keeping and health and nutritional well-being in resource poor populations completed and published

  • Working paper drafted reviewing measures of health and nutritional status for use as outcome indicators in poverty studies (with Project 1)

  • Benefits and health risks associated with urban dairying in Nairobi characterized, health risks associated with relative importance of potential zoonoses described, and mitigation strategies proposed in project reports

  • A report characterising urban livestock systems in Kigali completed

  • A toolkit for urban and peri-urban health risk assessment methodologies prepared as a manual

  • Working paper on theoretical framework and data collection techniques for cysticercosis disease burden valuation

  • Econometric analysis of the viability of tsetse and trypanosomosis control strategies in Uganda reported in a Ph.D. thesis

  • 20% of the accessions in the forage genebank assessed for seed quality and regeneration programmed

  • Information about exploitable variations in fodder value of pearl millet and sorghum crop residues available to crop improvement, varietal releasing agents and seed industry

  • Strategies for high feed carbon and nitrogen efficiencies on diets designed from crop residues of sorghum, pearl millet and wheat and from bran and citrus and sugar beet pulp developed and validated

  • Superior dual purpose cultivars from already released cultivars of groundnut and pigeonpea identified

  • Strategy developed for increased information, dissemination and use of forage resources in relation to end user perceptions (with Project 2)

  • For at least 10 fodder options in Nigeria and India, technical and instructional information specific to service providers and their clients available for testing

  • SoFT, a user friendly database of forage resource information, launched and availed

  • Publication of characterization information on nutritional traits for cowpea and Napier grass

  • Agreements and procedures established for duplication of the forage germplasm collection

  • At least five seed and planting material delivery systems for fodder resources surveyed and evaluated in Nigeria and India

  • At least three graduate associates trained in fodder characterization methodology

2006

  • Case studies from two key livestock-water priority regions reported

  • A GIS decision support tool relating livestock production and water use developed and tested (with Project 1)

  • At least 40 working papers on the causes of land use change, biodiversity loss and land degradation for East Africa completed and distributed

  • At least two syntheses including assessments of land degradation, biodiversity conservation andclimate change in Sahelian ecosystems of southern Niger completed and made available for NARS and other partners

  • Case studies from Ethiopia about feeding practices, nutritional status and morbidity in children, and on the role of livestock keeping and use of animal-source foods completed and preliminary results reported

  • Priority health risks associated with cattle/dairy production in Nigeria described and quantified in project reports, and mitigation strategies developed in consultation with stakeholders

  • Relationship between laboratory fodder traits and livestock productivity determined, superior dual purpose cultivars identified and NIRS equations established for cowpea, maize and rice

  • Synthesis of approaches for determining and targeting appropriate options to address farmer needs for improved feed resources and feeding strategies completed and reported (with project 1)

  • Fodder value of crop residue considered under the "added value" concept in varietal releasing process in sorghum and pearl millet

  • Information about exploitable variations in fodder value of the crop residues available to crop improvement, varietal releasing agents and seed industry for groundnut and pigeonpea

  • At least one third of the accessions in forage genebank assessed for seed quality

  • Basic data for SINGER verified on 15,000 forage accessions

  • A forage image database developed using least 500 images

  • Synthesis of information on a range of multi-stakeholder partnerships appropriate for scaling up and out of fodder innovations in 3 production systems in each Nigeria and India completed and report distributed (with project 2)


2007

  • Synthesis paper on options to improve water productivity through livestock mediated strategies written and distributed

  • Policy recommendations formulated indicating implications of R&D options in Nile basin with respect to targeting of improved livestock and water management options

  • One high profile book on pastoralism and wildlife in East Africa in final draft

  • One global synthesis of the effects of intensification and loss of scale in rangelands in final draft

  • Five policy briefs on issues relating to land use change completed and distributed

  • Two assessments on herder-farmer conflicts for West and East Africa available for partners

  • Role of animal-source foods in the diets and nutritional status of Ethiopian children described in Ph.D. thesis

  • Econometric analysis of the associations between livestock-keeping, animal-source food expenditure patterns, animal-source food consumption, and child nutritional status characterized in the sample of Ethiopian households reported in Ph.D. thesis

  • Economic impact assessment of cysticercosis in eastern and southern Africa completed, reported and a peer-review publication for an integrated framework drafted

  • Methodology for evaluating the incidence and impact of zoonotic and food-borne diseases affecting the poor in representative livestock production systems developed and tested

  • Priority health risks associated with principal urban livestock production systems in Kigali described and quantified in project reports, and mitigation strategies developed in consultation with stakeholders

  • Capacity to support pig R&D strengthened in Eastern and Southern Africa through graduate students (7 Masters and 2 PhD) and on-the-job training among veterinary research and laboratory staff in 4 countries

  • Information about exploitable variations in fodder value of the crop residues available to crop improvement, varietal releasing agents and seed industry for cowpea maize and rice

  • Year round on-farm and purchased fodder resources quantified and quality established for selected NDDB-associated dairy cooperatives in India and appropriate supplementation strategies developed

  • Duplicate collection of key forage species located in another appropriate institute

  • Seed quality of all forage genebank accessions determined

  • General training materials and forage fact sheets for at least 20 best bet forages for management and seed multiplication developed and translated into local languages in 2 countries (with project 2)

  • At least 300 farmers and NARES partners trained in forage and forage seed production technologies

Users-Farmers, development agents, NARS, veterinary and public health agencies; policy makers and researchers


Collaborators

NARS partners:

Danish Bilharziasis Laboratory; Royal Veterinary and Agricultural University of Denmark, Denmark Ada Liben Wereda, Addis Ababa University, Alemaya University of Agriculture CARE-Ethiopia, EARO, Ethiopia Health & Nutrition Research Institute Regional authorities in Ethiopia, The Ethiopian Rainwater Harvesting Association, Mekele University, Oromia Agricultural Research Organization, Sasakawa Global 2000, Ethiopia; ANTHRA, BAIF Development Research Foundation, Indian Council of Agriculture Research, Indian Veterinary Research Institute, Izatnagar Angaru Agricultural University, Rural Development Trust, SAndhra Pradesh, India; KARI, KETRI, University of Nairobi, Kenya; FITCAUganda, LIRI, Makerere University, NARO,The Ugandan Rainwater Harvesting Association, Uganda; Bauchi State Agricultural Development Project, Federal Livestock Department, IAR, JDPC, KADP, Lake Chad Research Institute, NAPRI, NLPD, Nigeria; Ministry of Science and Technology, Sudan; Sokoine University, Tanzania; Cargill Animal Nutrition, United States of America.

ARI partners: CSIRO, Australia; Guelph University, Canada; University of Hohenheim, Germany; Swiss Federal Institute of Technology, Swiss Tropical Institute Switzerland; CTVM, University of Edinburgh, University of Reading, United Kingdom; Cornell University, United States of America.

CGIAR partners: CIAT, ICRAF, ICRISAT, IFPRI, IITA, IWMI, SLP, DMP, SGRP, CAPRi, SIMA, IRRI,WARDA, CIP, ICARDA, Urban Harvest.

Regional and ecoregional partners: APAARI, ASARECA, AU-IBAR, CAWMA, GMP, The African Highlands Initiative, CPWF, Etudes Pluridisciplinaires pour l'Habitation et Travaux Annexes (EPHTA), Rice-Wheat Consortium.

Private partners:
Cargill Animal Nutrition (USA).

Cost- US$ 6.7 million in 2005, increasing to US$ 7.3 million by 2007.

System linkages- Germplasm improvement, Germplasm collection, Sustainable production, Policy and Enhancing NARS.


 
     

This project will identify strategies based on research of sustainable livestock production practices to enhance livelihoods of the poor through their contribution to better natural resource management and agro-ecosystem health. An important contribution will be to address, in a holistic manner, the links between livestock and human health, water, nutrition, agricultural production and land use change. The strategic use of animal-source foods to improve the nutrition of the poor, particularly young infants and children, will be confirmed and promoted. It will also provide a unique opportunity to bridge the gap between veterinary and medical perspectives regarding zoonotic and food-borne diseases. The productivity and sustainability of croplivestock systems will be increased through improving the animal feed value of residues from major crops and the targeted use of forages.

 
     Duration - Ten years