Integrating livestock and water management

Women washing and cow drinking at a river in Rajasthan, India

Livestock are often neglected in water management policies, yet demand for livestock products is predicted to soar, placing even greater pressure on scarce water supplies. A new brief outlines strategies and opportunities to double livestock water productivity.

Water management policies tend to focus on water productivity in crop production and industrial and domestic use. Livestock are given little attention. A new brief entitled ‘Integrating livestock and water management to maximize benefits’, highlights the important contributions livestock make to livelihoods, particularly in developing countries, and the need for livestock to be fully considered in water management policies in order to maximize benefits.

Demand for livestock products are predicted to double over the next twenty years and this will place greater pressure on already scarce water supplies. Livestock contribute to the livelihoods of at least 70% of the world’s rural poor, providing many benefits including food, fuel, fertilizer and transportation. According to ILRI scientist Don Peden, ‘integrating livestock and water could bring big benefits, but it is receiving little attention in the livestock and water sectors.’

Livestock water productivity
Livestock water productivity is the amount of water depleted or diverted to produce livestock and livestock products and services. Livestock require a great deal of water – not for drinking – but for their feed. Livestock water productivity can be increased by identifying areas where water efficiency gains can be made to free up scarce water for other uses.

Many people in industrial countries eat more food than is necessary and healthy.
‘Health experts and environmentalists in industrial countries are calling for people to reduce their consumption of meat and dairy products. In the developing world, nutritionally deprived people could benefit from consumption of more animal products’ says Peden.

‘The challenge is to enable poor livestock keepers to get more from their animals, while using less water and reducing degradation of land and water resources.’ The convergence of high livestock densities and poverty occurs mostly in South Asia and sub-Saharan Africa. To help the greatest number of livestock-dependent rural poor, these two regions would therefore be priority regions for integrating livestock and water development.

Distribution of poor livestock keepers (no.km3)

https://www.ilri.org/Link/Publications/Publications/Theme%201/Kruska%20et%20al%20Livestock%20systems%20Ag%20systems.pdf

Strategies for improving livestock water productivity

The brief outlines four strategies for improving livestock water productivity, to reduce the amount of water used in livestock production and to increase the benefits from livestock per unit of water used. The authors argue that by taking a balanced site-specific approach, that combines all four strategies, it should be possible to at least double livestock water productivity.

  • Strategic sourcing of animal feeds – Reducing the amount of water depleted to produce animal feed may be one of the most effective ways to improve water productivity globally. Three basic ways of accomplishing this are (i) promoting non-grain food sources with high water productivity, (ii) use of crop residues and by-products as feed, and (iii) practices that encourage more efficient grazing.
  • Enhancing animal productivity and reducing herd sizes – In much of the developing world livestock productivity is less than 50% of genetic potential. Milk production is low – often less than two litres per cow per day – as opposed to 15 litres or more. Promoting better health, genetics, nutrition and animal husbandry practices would enable livestock keepers to get more from fewer animals.
  • Reducing negative environmental impacts – Loss of vegetation due to overgrazing results in increased soil erosion, downslope sedimentation and reduced water infiltration. Research indicates that low to moderate grazing pressure has little negative impact on hydrology. Managing animals in ways that reduce land and water degradation, for example, by restricting animal access to certain areas and more integrated management of grazing land will help to reduce negative environmental effects.
  • Strategic provision of drinking water – The amount, quality and location of livestock drinking water can have a big impact on livestock water productivity. Water deprivation reduces feed intake and can greatly lower milk production. Providing adequate quality drinking water – strategically placed – enables animals to reach otherwise inaccessible grazing areas, keeps them from contaminating domestic water sources, and enhances production of meat and milk. Given the high value of animals, particularly to poor households, and the relatively small amount of water animals drink, strategic provision of drinking water is a good investment.

The authors argue that the livestock water productivity opportunities identified in the brief can only be realized if livestock and water are fully integrated and location-specific adjustments are made, for example, at the community level and integration of pasture management and water users associations.

Vaccine agency to reduce loss of human and animal life in developing countries is launched

The Global Alliance for Livestock Veterinary Medicine (GALVmed) recently unveiled animal health projects it will tackle over the next ten years.

GALVmed announced progress on vaccine and treatments for Newcastle disease in poultry and East Coast fever and Rift Valley fever in cattle at its international launch at the Kenya Agricultural Research Institute (KARI), in Nairobi, on Friday 9 March 2007. This marked the beginning of a 10-year program aimed at creating sustainable solutions to the loss of human and animal life caused by livestock diseases, which threaten 600 million of the poorest people in developing countries in Africa, Asia and Latin America.

GALVmed, a non-profit organization funded by the UK Department for International Development (DFID), is partnering with private and public-sector organizations around the world. It has identified 13 livestock diseases as key targets for development of livestock vaccines and animal health diagnostics and medicines. Founder members of the agency include the International Livestock Research Institute (ILRI), FARM-Africa, Pfizer, Intervet and Merial. GALVmed exists to broker partnerships among pharmaceutical companies and other public and private-sector organizations to develop accessible and affordable animal vaccines for the whole world’s poorest farmers.

Zoonotic diseases, which are transmitted between animals and humans, mainly afflict the poorest households, as evidenced by the recent outbreak of Rift Valley fever in livestock in Kenya, which killed 150 people. Brian Perry, a senior scientist at ILRI, warns that ‘Today, combating livestock diseases is everybody’s business – tropical animal diseases are no longer “just a local problem”. For example, there is a threat that diseases like Rift Valley fever will follow bluetongue into Europe.’

GALVmed’s chief executive Steve Sloan explains that ‘Every year, poor farmers worldwide lose an average of a quarter and in some cases half, of their herds and flocks to preventable disease. This devastates developing economies. Many of these are zoonotic and so also cause human deaths.

Livestock play a critical role in helping people escape poverty. Livestock disease is one of the greatest barriers to development for poor livestock keepers. Flocks and herds die every year from diseases for which vaccine simply do not exist or are beyond the reach of the poor. John McDermott, ILRI’s deputy director general for research says, ‘ILRI scientists and partners have done ground breaking science to develop an experimental vaccines to protect cattle against East Coast fever. The next steps are to conduct trials to facilitate the delivery of this vaccine to the farmers. To do that, we need specialist partners who will test, manufacture and market the vaccine and make it accessible and affordable to the thousands of livestock keepers afflicted by this cattle killing disease.

Click here for the GALVmed News release.

To find out more about GALVmed visit the website
www.galvmed.org

Marking International Women’s Day: Thursday 8 March 2007

Marking International Women's Day: Thursday 8 March 2007
 
 
This year's theme for International Women's Day is "Ending Impunity for violence against women and girls".
 

Violence against women and girls continues unabated in every continent, country and culture. No one can dispute the evidence. Violence takes a devastating toll on the lives of women, their families and society as a whole. Gender equality and human rights for all are essential to advancing development, peace and security.

 

 International Women's Day 2007
Take action to end impunity for violence against women and girls

•   Violence against women is the most common but least punished crime in the world.

•   It is estimated that between 113 million and 200 million women are demographically "missing." They have been  the victims of infanticide (boys are preferred to girls) or have not received the same amount of food and medical attention as their brothers and fathers.

• The number of women forced or sold into prostitution is estimated worldwide at anywhere between 700,000 and 4,000,000 per year. Profits from sex slavery are estimated at seven to twelve billion US dollars per year. • Globally, women between the age of fifteen and forty-four are more likely to be maimed or die as a result of male violence than through cancer, malaria, traffic accidents or war combined.

• At least one out of every three women has been beaten, coerced into sex or otherwise abused in her lifetime. Usually, the abuser is a member of her own family or someone known to her. Domestic violence is the largest form of abuse of women worldwide, irrespective of  region, culture, ethnicity, education, class and religion.

• It is estimated that more than two million girls are genitally mutilated per year, a rate of one girl every fifteen seconds.

• Systematic rape is used as a weapon of terror in many of the world's conflicts. It is estimated that between 250,000 and 500,000 women in Rwanda were raped during the 1994 genocide.

• Studies show the increasing links between violence against women and HIV and demonstrate that HIV-infected women are more likely to have experienced violence, and that victims of violence are at higher risk of HIV infection.

 

 

Source: Vlachovà, Marie and Biason, Lea, Eds. (2004) Women in an Insecure World: Violence Against Women – Facts, Figures and Analysis. Geneva Centre for the Democratic Control of Armed Forces


Ending Violence Against Women: Advancing Development

 

“Violence against women has yet to receive the priority and resources needed at all levels to tackle it with the seriousness and visibility necessary”
                                                                 Secretary-General’s in-depth study on violence against women (2006)


To find out what ILRI is doing to address gender in Ethiopia click here

Ending violence against women is essential to advancing development. To mark International Women’s Day 2007, the International Livestock Research Institute (ILRI), World Agroforestry Centre (ICRAF) and other Nairobi-based Centers under the umbrella of the Consultative Group on International Agricultural Research (CGIAR), visited the Nairobi Women’s hospital which runs a Gender Violence and Recovery Center (GVRC) for battered women and rape victims. The hospital was opened on 5 March 2001 and receives an average of 6-7 patients per day – most of them rape victims.

‘Ending Violence Against Women, is an initiative of the United Nations Population Fund (UNFPA). An interactive, multimedia online exhibit tells the stories of women throughout the world in their battle to bring equality and stop violence to women, as well as the efforts of the UNFPA and other like-minded NGOs in these endeavors.
http://www.unfpa.org/endingviolence/index.html

For more information on International Women’s Day, including its origins, visit http://www.internationalwomensday.com/about.asp

Genebank community wins science partnership award

Research centres are honoured for their work to preserve the diversity of the world’s key food and forage crops.

Twelve centres of the Consultative Group on International Agricultural Research (CGIAR) recently won the CGIAR’s Outstanding Partnership Award for their management of genebanks and effective stewardship of plant genetic resources they hold in trust for the world community.

The Partnership’s genebanks are vital for achieving food security and protecting plant genetic diversity and represent the most important international effort to safeguard the world’s agricultural legacy. ILRI and the other 11 centres of the CGIAR hold more than 600,000 samples of crop-plant diversity. These include wild relatives and more than half of the global total of farmer-created varieties, which are a rich source of sought-after characteristics.

Base genebanks are used for long-term security storage of original germplasm collections. They act as a repository of materials that have been reasonably characterized and which may or may not have current interest or use by plant breeders. Collected materials are preserved until such time as there are enough resources available for them to be characterized and evaluated. Active genebanks are used for current research and distribution of seeds, with all seeds in active collections freely available in small quantities to all research workers and distributed both directly and through networks.

Jean Hanson, a plant geneticist working at the Addis Ababa campus of the International Livestock Research Institute (ILRI), said, ‘This Outstanding Partnership Award recognizes almost 20 years of collaboration between staff of the CGIAR genebanks, first as an ad hoc working group and community of practice and later as the formal steering committee for the CGIAR System-wide Genetic Resources Programme.

‘Partnerships involving staff of 12 CGIAR centres are rare. This award recognizes an active and collegial partnership that has stood the test of time and changes in staffing and funding within the CGIAR genebank community.’

This Outstanding Partnership Award, announced at the CGIAR’s Annual General Meeting in Washington, DC, in December 2006, recognizes the teamwork that provided stewardship of global public goods central to the CGIAR’s work and also provided leadership to the whole plant genetic resources community. While discharging its duties as custodians of the CGIAR in-trust collections, the Partnership has advanced research in the many scientific disciplines providing leadership for germplasm conservation and use, raised awareness world-wide of the importance of genetic resources to development, and represented the CGIAR in important international fora, from the Earth Summit, held in Rio in 1992, to the first meeting of the Governing Body the International Treaty for Plant Genetic Resources for Food and Agriculture, in 2006. For more on organizing impactful events that highlight achievements like this, check out this resources at https://awardceremonyorganisers.co.uk/.

Collective action by the Partnership generated common policies and practices with which to administer the CGIAR collections under legal agreements governing their in-trust status. Employing these common policies and practices has ensured the highest standards in germplasm conservation and dissemination of that germplasm and related information. Achieving these two objectives demanded combining conservation and information science with smart legal and policy know-how, skillful negotiation and tactful diplomacy.

To secure the in-trust collections, the Partnership took an open, self-critical approach to meet the highest international standards. The Centres continue their work to take conservation technology forward by convening meetings to explore methodologies; publishing guidelines on field and in vitro genebank management and regeneration and other topics; scoping new areas for action, such as research on underutilized species and holistic approaches to agricultural biodiversity; and tackling research bottlenecks such as difficulties in storing clonal material. The Partnership has also conducted upstream research, examining the application of molecular genetics to genebanking, which led to wider developments such as the CGIAR initiation of a Generation Challenge Program.

Pulling technical, economic, policy and information components together, this Partnership helped materialize a vision of a co-ordinated global system for the conservation and use of plant genetic resources. This Partnership is providing coherent leadership of a global genetic resources system underpinning food security for humanity into the future.
Last October, world leaders in agricultural research signed agreements to guarantee long-term access to some of the world’s most important collections of agricultural biodiversity by placing all their ex-situ genebank collections under the International Treaty on Plant Genetic Resources for Food and Agriculture. The agreements require commercial users to share benefits with the global community. Eleven centres belonging to the Consultative Group on International Agricultural Research (CGIAR) were party to the agreements, which will allow breeders and other researchers to tap the collections for solutions to some of the world’s most pressing development problems, including drought, desertification and food and nutritional security. ‘World’s Most Diverse Forage Collection Comes under New Treaty’. (https://newsarchive.ilri.org/archives/452)ILRI maintains both an active and base genebank at its principal campus in Addis Ababa, Ethiopia. As part of its commitment to maintaining the collection as a global public good, ILRI claims no ownership nor seeks any intellectual property rights over the germplasm and related information. ILRI conserves its diverse forage collection to make it and relevant information freely available to scientists and the national agricultural research systems of developing and other countries.

CGIAR Genebank Community
The genebanks of the CGIAR Centres
01  International Center for Tropical Agriculture (CIAT), Colombia (represented by Daniel Debouck)
02  International Potato Center (CIP), Peru (represented by Willy Roca)
03  International Maize and Wheat Improvement Center (CIMMYT), Mexico (represented by Thomas Payne)
04  International Center for Research in the Dry Areas (ICARDA), Syria (represented by Jan Valkoun)
05  World Agroforestry Centre (ICRAF), Kenya (represented by Tony Simons)
06  International Centre for Research in the Semi-Arid Tropics (ICRISAT), India (represented by CLL  Gowda)
07  International Institute for Tropical Agriculture (IITA), Nigeria (represented by Dominique Dumet)
08  International Livestock Research Institute (ILRI), Kenya (represented by Jean Hanson)
09  Bioversity International, Italy (represented by Laura Snook)
10  International Rice Research Institute (IRRI), Philippines (represented by Ruaraidh Sackville Hamilton)
11  West African Rice Development Association (WARDA), Benin (represented by Ines Sanchez)

Related organizations
12  United Nations Food and Agriculture Organization (FAO), Italy (represented by Linda Collette)
13  International Food Policy Research Institute (IFPRI), Washington, DC (represented by Melinda Smale)
14  CGIAR Systemwide Genetic Resources Programme (SGRP) Secretariat, Italy, (represented by Jane Toll)

Wellcome Trust, Science seek to stem upsurge in animal disease emergencies hitting developing countries

Researchers are converging in Cambridge, UK, to find ways of translating research findings faster into pro-poor animal health policy and practice.
 
Rift Valley fever, which continues to spread in East Africa, killing more than 90 people in Kenya alone, brings into sharp focus the inadequacies of animal health delivery systems in developing countries and the role of the global community in redressing these. This mosquito-transmitted disease is also hurting the livelihoods of poor people by killing their young cattle and sheep and causing ‘abortion storms’ in their pregnant stock.

Brian Perry, a veterinary epidemiologist at the Nairobi-based International Livestock Research Institute (ILRI), argues today (19 January 2007) in Science, a leading scientific journal, that animal diseases impeding livestock enterprises in developing countries are being ignored by the global community, leaving developing countries stranded with outmoded disease control systems that serve neither the needs of the poor nor the global community. In his article, ‘Science for Development: Poverty Reduction through Animal Health’, Perry and co-writer Keith Sones argue that the global community needs to give greater thought and investment to building scientific capacity in animal health research within developing countries.

Perry’s article explores opportunities afforded by science to help resolve this mismatch. Perry also points out high-priority areas requiring new funding. The article sets the tone for a high-level conference on animal health research taking place in Cambridge, UK, next week, at which Dr Perry and other ILRI colleagues will be presenting their research findings to an international group of experts. The conference is co-sponsored by the Wellcome Trust (UK) and Science.

To obtain the article by Brian Perry, ‘Science for Development: Poverty Reduction through Animal Health’ (Science, Vol. 315. no. 5810, pp. 333–334), please contact the American Association for the Advancement of Science (AAAS) at +1 202-326-6440 or scipak@aaas.org. Or get the article online (subscription required) at: http://www.sciencemag.org/cgi/content/summary/315/5810/333.

For interviews, contact Catherine Mgendi at +254 20 422 3035 or cell: +254 726 243 046; c.mgendi@cgiar.org.
Or contact Brian Perry direct at +254 20 422 3000; b.perry@cgiar.org

ILRI hosts consultations on World Development Report 2008

ILRI's director general opens a two-day consultation on the World Development Report 2008.

The theme of the 2008 World Development Report is Agriculture for Development. ILRI and the World Bank are hosting a two-day consultation, starting 13 November 2006, to inform this flagship policy publication, by discussing key issues and challenges that confront agriculture and how it can be the real engine for development.

The World Development Report (WDR) is the annual flagship development policy publication of the World Bank which serves as an invaluable guide to the economic, social and environmental state of the world today and is widely read by the broader development community. As the last WDR dedicated to agriculture was produced over two decades ago (WDR 1982), the 2008 report offers a major opportunity to provide new thinking on agriculture for development. The 2008 report seeks to assess where, when and how agriculture can be effective instruments for economic development, especially development that favours the poor.

The International Livestock Research Institute (ILRI) is one of many players in this consultative process that will set the stage for World Development Report 2008.  ILRI and the World Bank are hosting a two-day consultation at the ILRI campus in Nairobi, Kenya (13-14 November 2006). The WDR 2008 aims to explore pathways out of rural poverty and how to make these pathways more effective through rational public policies directed to agriculture. Consultation participants include academics, researchers, development practitioners, policy-and decision-makers, donors organizations, government, NGOs and the private sector.

ILRI’s role in agriculture for development
World demand for food is expected to double within the next 50 years, while the natural resources that sustain agriculture will become increasingly scarce, degraded and vulnerable to the effects of the climate change. The potential of livestock to reduce poverty is big. Livestock contributes to livelihoods of more than two-thirds of the world’s rural poor, and it can be an important lever for reducing poverty and boosting the economy in developing countries, a priority of WDR 2008.

In 2002, ILRI revised its strategy to focus its livestock research efforts on poverty reduction. ILRI and its partners maintain strength in the mixed crop-livestock system practised by poor livestock keepers. In view of an ongoing using increase in demand for livestock products in developing world, a shift to more work with peri-urban and landless systems is proposed.
 

Livestock—A Pathway out of Poverty: ILRI’s Strategy to 2010

World Development Report 2008: Agriculture for Development


Growth in agriculture makes a disproportionately positive contribution to reducing poverty. More than half of the population in developing countries lives in rural areas, where poverty is most extreme. By illuminating the links between agriculture, economic growth, and poverty reduction, this report offers a timely and nuanced assessment of how and where agriculture can best foster development.
                                 – François Bourguignon, Sr. Vice President, Chief Economist, The World Bank

The World Bank recognizes that ‘a reconsideration of agriculture’s role in development has been long overdue. Developing-country agriculture is caught up in the far-reaching changes brought by globalization, the advent of highly sophisticated and integrated supply chains, innovation in information technology and biosciences, and broad institutional changes—especially in the role of the state and in modes of governance and organization.’

Publication of WDR 2008 is expected in September 2007. In the meantime, the WDR 2008 website will contain the report outline, various drafts, and information on the consultations.
Detailed information about World Development Report 2008 and the team preparing it are available at the link below:
 

World Development Report 2008: Agriculture for Developement

Click here to view the presentation given by ILRI's director general Dr. Carlos Seré, during the opening of the two-day consultation.
 

Climate change research by ILRI informs Stern Review on the economics of climate change

Livestock systems analysts pinpoint communities most vulnerable to the double threat of climate change and severe poverty.
 
In July 2005, the British finance minister asked Sir Nicholas Stern to lead a major review of the economics of climate change, to understand more comprehensively the nature of the economic challenges and how they can be met in the UK and globally. Stern is a Head of the Government Economics Service and Adviser to the Government on the economics of climate change and development. The report calls for urgent action on climate change and a raft of new ‘green’ measures were announced at the launch of the report earlier this week.

Innovative analyses by agricultural systems analysts working at the International Livestock Research Institute (ILRI) and partner institutions were used in development of the seminal Stern Review on The Economics of Climate Change, published on 30 October 2006 and available online at  http://www.hm-treasury.gov.uk/Independent_Reviews/stern_review_economics_climate_change/sternreview_index.cfm)

A report ILRI published in August 2006 for the UK Department for International Development (DFID), Mapping Climate Vulnerability and Poverty in Africa, as well as an earlier study by two of the leading authors of the report, ‘The potential impacts of climate change on maize production in Africa and Latin America in 2055’ (written by Peter Jones and Philip Thornton and published in Global Environmental Change in 2003) are cited in part 2 of the Stern Review.

ILRI produced its 200-page Mapping Climate Variability report in partnership with the African Centre for Technology Studies (ACTS) and The Energy Research Institute (TERI). Mapping Climate Vulnerability locates the African communities likely to be most vulnerable to the double threats of climate change and poverty. Regions likely to be hurt by climate change include the mixed arid-semiarid systems in the Sahel; arid-semiarid rangeland systems, the Great Lakes and Coastal regions of eastern Africa; and many drier zones of southern Africa.

Several other high-level assessments are using ILRI’s report and maps. These include a report of a UK Foresight project on Detection and Identification of Infectious Diseases in April 2006, the July 2006 UK White Paper on International Development, and an August 2006 review draft of the IAASTD Global Report (International Assessment of Agricultural Science and Technology for Development).

These reports stress that farmers in many places will need to adapt to climate change, by investing in alternative crops and livestock, adjusting their management regimes, or by diversifying their income-generating activities (particularly off-farm activities). Raising awareness about the possible impact of climate change, and improving consultation between all levels of government and civil society, will be essential.

The Stern Review argues that climate change could devastate the global economy on a scale of the two world wars and the depression of the 1930s if left unchecked. Introducing the report by Nicholas Stern, the British Government also said Monday that the benefits of coordinated action around the world to tackle global warming will greatly outweigh any financial costs.

Sir Nicholas Stern, former Chief Economist at the World Bank, who oversaw production of the 700-page report commissioned by the British Government, concludes that ignoring climate change could lead to huge economic upheaval.

‘Our actions over the coming decades could create risks of major disruption to economic and social activity, later in this century and in the next, on a scale similar to those associated with the great wars and the economic depression of the first half of the 20th century,’ he said. The report said global warming could result in melting glaciers, rising sea levels, falling crop yields, drinking water shortages, higher death tolls from malnutrition and heat stress, and outbreaks of malaria and dengue fever.

And richer nations must be prepared to pay more than poor ones to counter their higher emissions output, for example by green taxes or carbon trading schemes.

The poor countries will be hit earliest and hardest . . . It is only right that the rich countries should pay a little more,’ Stern said.
The report spells out key elements of future international frameworks, which include:

  • Technology cooperation: Informal co-ordination as well as formal agreements can boost the effectiveness of investments in innovation around the world.
  • Adaptation: The poorest countries are most vulnerable to climate change. It is essential that climate change be fully integrated into development policy, and that rich countries honour their pledges to increase support through overseas
  • development assistance. International funding should also support improved regional information on climate change impacts, and research into new crop varieties that will be more resilient to drought and flood.Key messages from the section of the Stern Review informed by ILRI’s systems research are provided below. For the full section or book, go to ILRI’s latest research findings on climate change, Mapping Climate Vulnerability and Poverty in Africa, published in July 2006, are found on ILRI’s website in full at: The conclusions are reproduced in a briefing of the same title found at:

African animal feeds: Two decades of research now freely available on the web

The most comprehensive and authoritative web-based resource on the nutritional values of livestock feeds in African agriculture has just been launched.
 
This month sees the launch of the ‘Sub-Saharan Africa Feed Information System’. This new web-based resource provides free access to a comprehensive database providing the nutritional values of feedstuffs used by small-scale farmers in 14 countries in sub-Saharan Africa. SSA Feeds provides data on 14,571 samples of 459 livestock feeds, including herbaceous forages, fodder trees and shrubs, cereals and legumes, roots and tubers, other food crops, concentrate feeds and agro-industrial by-products, mineral supplements and other less common feeds. These feeds were analyzed in the animal nutrition laboratories of the International Livestock Research Institute (ILRI) in Addis Ababa, Ethiopia, and the information made available through an initiative of the Systemwide Livestock Programme (SLP) of the Consultative Group on International Agricultural Research (CGIAR).

SSA Feeds: Authoritative, comprehensive and freely available online
This unique resource is the culmination of 26 years of extensive research and data collection. The newly launched product makes available twelve years of initial data collection that started in 1981. This resource is now being updated with thousands of additional entries encompassing 14 years of subsequent research. This makes SSA Feeds the Web’s most comprehensive and authoritative resource on the nutritional values of livestock feeds in African agriculture.

Salvador Fernández-Rivera, a Mexican livestock nutritionist based at ILRI’s principal campus in Addis Ababa, Ethiopia, who coordinates SSA Feeds, is excited. ‘This is the first time that we have pulled together more than two decades of our research on animal feeds. SSA Feeds will be an invaluable resource for extension and development agents as well as livestock researchers. SSA Feeds will help them design optimal and scientifically based feeding systems for meat, dairy and draft animals. Better nourished and healthier livestock will enable Africa’s small-scale farmers improve their food and economic security.’

What the experts have to say about SSA Feeds
SSA Feeds was developed in conjunction with world experts in animal nutrition. These experts are already using the new resource and benefiting from having access to such depth and breadth of critical information on African animal feeds.

Adugna Tolera, an expert in animal nutrition and associate professor at the University of Hawassa, Ethiopia, advises his country’s feedlot industry on use of local feed resources. 

SSA Feeds is an important and rich source of information on the nutritive value of a wide range of sub-Saharan African feed resources. It is user-friendly for searching and summarizing the data on a given feed and enables the user to see the average value as well as the variability (range and standard deviation). 

It would be useful if the database were further enriched by including similar data accumulated in many of the national agricultural research systems in this region of Africa.

 Hank Fitzhugh, former director general of ILRI and its Addis Ababa-based predecessor, the International Livestock Centre for Africa (ILCA), is an animal geneticist and livestock production systems specialist. He is leading a project to improve meat and livestock exports from Ethiopia. The project, which is funded by the United States Agency for International Development (USAID) and implemented by Texas A&M University, will fund the upgrading of the SSA Feeds database.

SSA Feeds demonstrates impacts from research.

This important database moves over 20 years of research off the shelf and into use by African livestock producers responding to the ‘livestock revolution—the huge increase in demand for meat and milk by consumers in developing countries.

— Dr Hank Fitzhugh

David Hutcheson is a worldwide expert on beef cattle nutrition, involved in projects in several countries in Africa, Asia and Latin America. With a long and distinguished career in the university system and US beef industry, he also served on the Committee of the National Research Council (NRC) of the United States that established the current “Nutritional Requirements of Beef Cattle".

I have used SSA Feeds to develop a “Best Cost” ration concept for Ethiopia Feedlots. The database is user friendly and easily adapted to the “Best Cost” Excel program. The arrangement of the nutrient analyses and summary statistics allow for easy manipulation and export of the data into different programs, for applications in both research and producer situations.

— Dr David Hutcheson

 Click on the graphic to visit the SSA Feeds website

Send us your feedback by emailing: SLPOffice@ILRIETH.EXCH.CGIAR.ORG

Building African bioinformatics skills and expertise locally

Specialists at a new-age computing facility are seeking partnerships with international universities to develop world-class bioinformatics capacity in Africa – and Africa's first generation of bioinformaticians.
 
One of the great recent successes of African biosciences was mapping the genetic code of a parasite known as Theileria parva. This single-celled parasite is transmitted to cattle by biting ticks and causes East Coast fever, which kills a million cattle a year in 11 countries of Africa and is responsible for up to half of all deaths of calves kept by pastoralists there. Much of the work that contributed to this world-class scientific breakthrough, published in the prestigious journal Science, was undertaken in Africa by scientists at the International Livestock Research Institute (ILRI), in Nairobi, Kenya, in partnership with scientists at The Institute for Genomic Research (TIGR), based in the Maryland, USA.

Working with ILRI, scientists at TIGR first sequenced the genome of the T. parva parasite. Most of the subsequent work in annotating the sequence by identifying genes and assigning gene functions was performed by two bioinformatics specialists at ILRI— South African Etienne de Villiers and Kenyan Trushar Shah—using ILRI’s new high-performance computing facility at its Nairobi laboratories.

de Villiers, Shah and colleagues are hoping to build on this breakthrough to strengthen bioinformatics capacity in Africa. They are forming partnerships with leading universities worldwide with the aim of offering post- and under-graduate training in bioinformatics in and for Africa until African universities begin offering masters and doctoral degrees in this new discipline.

Genomics is the molecular characterization of all the genes in a species. It is concerned with sequencing and mapping all of the genes—together known as the genome—that make up a given species, and from this information, establishing what makes the species and the individuals within the species unique. Those working in genomics are interested to discover, for example, how genetic make up is responsible for making some species and individuals susceptible to disease while otheres tolerate or resist the same disease. The prospect of discovering such important biological factors makes genomics one of the most exciting fields in science today. Developments are rapid and new insights are being gained daily.

Bioinformatics is a combination of computer, information and biological sciences. Bioinformatics takes advantage of new computing and information technologies and exploits these to help scientists answer complex biological questions. Specialist databases and tools are used to manage the huge amounts of complex biological data being generated by genomics.

 High-performance computing in and for Africa
The high-performance computing facility on ILRI’s campus in Nairobi provides local scientists with access to state-of-the-art technologies to enable them to conduct extensive and large-scale genomics research fast and cost-effectively for the first time. The facility has been established in Nairobi to serve the bioinformatics needs of ILRI and the eastern and central African scientific community. It is being managed as a shared facility by a new regional science platform called ‘Biosciences eastern and central Africa’ (BecA), whose hub is at ILRI’s Nairobi laboratories.

Etienne de Villiers explains that, ‘Exploitation of the latest genome technologies requires scientists skilled in bioinformatics and with access to high-performance computing infrastructure. The strategy behind high-performance computing is “divide and conquer”. Dividing a complex problem into smaller component tasks, that can be worked on simultaneously by computer, saves time, physical and human resources and money.

‘Bioinformatics is a relatively new specialist area. We need to raise awareness of the field here in Africa and expose people to its potential. The West has spent millions of dollars sequencing the genomes of humans, animals, plants and parasites and the resulting data are freely available on the internet. This is a vast body of knowledge that local scientists can use to solve their specific problems or to answer research questions. All scientists in Africa need to make use of these data are a computer, good internet access and bioinformatics skills.’

Raising awareness and building capacity in Africa
ILRI/BecA training courses and research projects are already taking advantage of the high-performance computing facility, which was commissioned in January 2005. In association with the Swedish University of Agricultural Sciences and the Linnaeus Centre for Bioinformatics, in Uppsala, Sweden, ILRI and BecA recently ran a three-day training workshop that introduced 30 scientists and students from eastern and central Africa to the field of bioinformatics.

BecA scientist Trushar Shah says that ‘bioinformatics is a new and dynamic field that young African scientists should be getting involved in, whether as a specialist or a user exploiting the technology to help answer a complex research question. Our recent short training course was very successful and we are organizing a further course in April 2007.’

 

African bioinformatics skills and expertise

Participants at the Bioinformatics introductory course, August 2006
 

Home grown strategies and interim partnerships
de Villiers is an advocate of home-grown strategies that take into consideration local needs to build capacity in Africa. ‘One of our primary goals is to grow the number and competence of bioinformatics developers and users in the east and central Africa region. To do that, we have to be responsive to local needs. We are raising awareness of the importance and utility of bioinformatics, providing introductory training for early-career scientists, and giving skilled bioinformaticians in the region ready access to advanced tools, support and expertise. We are also considering the longer term and how best we can contribute to building bioinformatics skills and expertise throughout Africa.

‘Local universities are working hard to build capacity but at the moment are unable to award degrees in bioinformatics. Our thrust now is to explore partnerships with leading bioinformatics institutes to enable us to make undergraduate and postgraduate training possible. We are working to link up with universities with well-established training programs in bioinformatics to offer East and Central African students masters and doctoral degree training in bioinformatics, possibly through distance learning.
 
‘We are also planning to link up with universities and institutes that can host these students for a few months so they can gain practical experience in the applications of bioinformatics. This way we are also training future local trainers.’

de Villiers was recently made Extraordinary Lecturer at the Bioinformatics and Computational Biology Unit of Pretoria University, in South Africa. This appointment enables him to supervise students from eastern and central Africa who are affiliated with the high-performance computing facility and wish to pursue higher degrees in bioinformatics through Pretoria University.

Innovative and collaborative veterinary organizations make vaccine available to Kenyan livestock keepers

A group of determined Kenyan livestock keepers set in motion an innovative collaboration that has benefited cattle-keeping communities throughout Kenya
 
Starting in 2000, word started getting out among Kenyan pastoralists that a vaccine being administered in Tanzania was succeeding in protecting cattle against East Coast fever. Kenya at that time did not condone use of this vaccine due to perceived safety and other issues, and so Kenya ’s livestock keepers could not get hold of it. In response, they began to walk their calves across the Kenya border into Tanzania to get them vaccinated.

‘East Coast fever is responsible on average for half of the calf mortality in pastoral production systems in eastern Africa . This vaccine represented a much needed lifeline for many pastoralists, and livestock keepers in Kenya wanted access to it,’ Evans Taracha, head of animal health at at ILRI explained.

‘ILRI faced a dilemma. We had produced a vaccine right here in Nairobi, at the International Livestock Research Institute (ILRI), that could protect pastoral and other cattle against East Coast fever, but, due to government regulations, our beneficiaries could not get access to it in Kenya.’

Kenya’s livestock keepers then started lobbying national authorities and called upon Vétérinaires sans Frontières (VSF)-Germany, an international veterinary NGO based in East Africa , to help them. Thus began a highly successful multi-partner collaboration.

Besides VSF-Germany, the collaboration includes ILRI, the Kenyan Agricultural Research Institute (KARI), the African Union-InterAfrican Bureau for Animal Resources (AU/IBAR), the Director of Veterinary Services (DVS), the NGO VetAgro, and the community-based Loita Development Foundation.

Gabriel Turasha, field veterinary coordinator for VSF-G said, ‘The demand for this vaccine was evident from the farmers’ actions. What we needed to prove – to the authorities restricting its use – was that the vaccine was safe, effective and a superior alternative to the East Coast fever control strategy already being used in Kenya .’

Armed with scientific evidence, the collaboration successfully lobbied the Kenyan government and then facilitated local production and local access to the vaccine. Three vaccine distribution centres have been established in Kenya and more than 10,000 calves vaccinated.

John McDermott, ILRI’s deputy director general of research, said, ‘This collaboration illustrates how the research from “discovery to delivery” can be facilitated by collaboration between research institutes, which are in the business of doing science, and development partners, which are in the business of on-the-ground delivery. This has been a great success story—and a great win for Kenya ’s pastoralists.’

This innovative collaboration has been selected as a finalist in the Consultative Group on International Agricultural Research (CGIAR) ‘Innovation Marketplace Awards’. These awards recognize outstanding collaborative efforts among CGIAR-supported centres and civil society organizations. Four winners will be announced at the CGIAR’s Annual General Meeting, to be held in Washington, DC , in December 2006.

Carlos Seré, director general of ILRI, said, ‘We are delighted to learn that this partnership has received recognition. ILRI is involved in a host of innovative collaborations and continues to seek new partners—from civil society organizations to the private sector to local research institutions—to help us deliver on our promises to poor livestock keepers in developing countries.’

ollaborative Team Brings Vaccine against Deadly Cattle Disease to Poor Pastrolists for the First Time

Related Articles on Innovation Collaborations
ILRI recently collaborated with VSF-Belgium, VSF-Switzerland and two Italian NGOs in an Emergency Drought Response Program in Kenya.

VSF, ILRI, Italian NGOs, and Kenya Collaborate to Mitigate the Effects of Drought in Northern Kenya

The ILRI collaborative effort described in this Top Story was featured in the Journal of International Development (July 2005) as an example of a ‘potentially new model of research and development partnership’ with a more ‘complete’ approach to innovation.

 

Further Information
VSF-Germany is a nongovernmental, not-for-profit organization engaged in veterinary relief and development work. VSF-Germany's primary role involves the control and prevention of epidemics; the establishment of basic veterinarian services and para-veterinarian programs with high involvement of local people; the improvement of animal health, especially among agriculturally useful animals; food security through increases in the production of animal-based food and non-food products; and the reduction of animal diseases that are transferable to humans. VSF-Germany carries out emergency as well as development operations. The organization's area of operation is East Africa.

Website: http://www.vsfg.org/eng.php

Battling bird flu: Taking developing countries and their contexts into account is an imperative for success

Fighting deadly bird flu in the developing world is more complex and difficult than in the industrialized west. To be effective, global control strategies must take developing-country contexts and perspectives into account.

A recent consultation on highly pathogenic avian influenza (HPAI) highlighted the complexities of fighting bird flu in the South. The consultation, held in Nairobi 14–16 June 2006, was organized by the International Livestock Research Institute (ILRI) and the International Food Policy Research Institute (IFPRI). Participants worked towards identifying how the research community can best assist developing countries and frontline personnel in the fight against bird flu both now and in the medium to longer terms.

 

The consultation report, How Research Can Support Efforts to Control Avian Influenza in Developing Countries: First Steps Toward a Research Action Plan, is now available. The report contains a comprehensive list of service and research needs identified by participants. The next step will involve validating and prioritizing these lists in a broader email-based consultation.

Battling Bird Flu: Developing Country Context & Perspectives
Developing countries have large numbers of widely dispersed small-scale and backyard poultry keepers. This makes detecting and controlling the disease difficult. In addition, these countries generally have insufficient numbers of professional in disease control and communication work and insufficient institutional support for controlling disease. All of this makes it difficult to communicate the risks of the disease and to get people to comply with control efforts. ‘Stamping-out’ (mass culling of poultry infected or suspected to be infected) is routinely adopted in industrialized countries, but this approach is likely to be impractical in developing countries. If our strategies to fight bird flu don’t take developing-country contexts into account, we will fail to control bird flu globally.

As important, John McDermott, ILRI’s Deputy Director General for Research, warns, ‘In the battle against bird flu, the world’s poorest people could become the main victims of the disease. They have little voice in how we control the disease and the burden of controlling it falls disproportionately on the rural poor, who both consume their own poultry and rely on it for their livelihoods.’

McDermott and his colleagues at ILRI and partner institutions in Africa and Asia are saying, in effect, that ‘one size does not fit all’. What works in the North will not necessarily work in the South. To fight bird flu successfully, we must attend to social as well as to economic and technical issues, we must learn from frontline experience, and we must understand the developing-country context for disease control. If we do these things, we will help develop control strategies that countries can tailor to their conditions and circumstances.

The Consultation: Experiences from the Front Line
The Nairobi Consultation opened with interviews of scientists with direct field experience in Asia and Africa. These experts with first-hand knowledge of fighting the disease identified illegal cross-border trade and live bird markets as key vehicles for the spread of bird flu within and between countries. Constraining early notification of disease outbreaks and subsequent control of the disease, they reported, were insufficient or total lack of compensation for lost birds, lack of trust in governments, and the common  farmer experience of losing lots of birds to Newcastle Disease and other, endemic, diseases.

Key Issues Highlighted
Compensation

  • Well-publicized and carefully thought out compensation plans are critical to achieving early notification of outbreaks and effective control of bird flu. Lessons from the front-line tell us that compensation plans should consider more than just direct compensation for birds lost to the disease or culling operations. While some countries have provided poultry owners with compensation, others have not done so or do not intend to offer any form of compensation. A key message from the experts at this consultation was that compensation matters, and it matters a great deal to millions of poor small-scale farmers.
  • In India, for example, although farmers received compensation within a few hours of their birds being culled, they were compensated for no associated investments. Many farmers had cash tied up in grain bought to feed their chickens and had no other use for the grain once their chickens were gone. India’s experience suggests that a broader view of compensation is required. The bird flu scare in India caused people to panic, poultry prices plummeted, and those directly and indirectly involved with poultry and grain lost their livelihoods as their industry crashed.
  • Implementing different compensation levels for different sizes and/or ages of birds lost could create new problems. Farmers might be tempted, for example, to hide their young birds until they grew to a size that would attract the highest price, thus putting people and animals at greater risk of the disease.


Major threats

  • Migrating birds: Many participants believed that migrating wild birds were not the greatest threat to the spread of bird flu in developing countries. Although southern Africa had not at the time of the consultation had any confirmed cases of the highly pathogenic H5N1 virus, different forms of bird flu have been present there for some years, typically infecting ostriches. Experts there are concerned about possible introduction of new strains from ostriches and introduction by illegal cross-border movement of people, birds, and avian products, as well as the wild birds who migrate from nothern Europe to this region.

 

  • Trade: Illegal cross-border transfers of both live poultry and carcasses was identified as one of the biggest threats to the spread of bird flu and a key route for transmission within and between countries. Live birds and poultry carcasses are already being smuggled across borders and this is likely to increase if widespread culling is implemented and little or no compensation is offered. The borders of many developing countries are large and porous with only certain parts patrolled, making illegal cross-border transportation of birds relatively easy.
  • Markets: Live bird markets represent another key route for transmission of bird flu. In some countries, farmers are being advised not to take home any live birds that they are unable to sell at market to avoid infecting flocks at home, but what they should do with their live unsold birds is not specified. And where live bird markets are being made illegal, some are simply going underground.


Diagnosis and control

  • Poor farmers are familiar with dead and dying chickens – this is a fairly regular occurrence for them. Newcastle disease is endemic in many developing countries and can kill many birds fast. Confusion in the diagnosis of poultry diseases – notably in distinguishing the Newcastle disease from HPAI and other diseases  – is a further obstacle to early notification and identification of bird flu. Needed are clear communication and information about the physical signs and symptoms of poultry diseases, what to do if the farmer sees these, and the risks the farmer faces if he or she does nothing about the disease.
  • People’s lack of trust in their governments and/or promises of compensation were identified as key constraints to implementing emergency response and control procedures such as mass culling. The utility of employing mass culling as a means to control the spread of bird flu in developing countries was also questioned by these experts.
  • Most smallholders keep only a few birds in their backyards. Mass culling of all poultry infected and suspected to be infected would be impractical. If no incentives are provided to the smallholders for complying with culling operations, and if most of the smallholders do not recognize the risks of not culling, it is likely that many of them would simply hide their chickens or try to sell them quickly. The incentives provided to poultry keepers have to be sufficient to encourage people to be extra vigilant and to report any suspected cases of bird flu immediately.


Poultry to human transmission

  • Many poor people live close to their livestock, with household members and their chickens often sharing the same small dwelling at night. This increases the potential for transmission of bird flu from poultry to humans. How do you educate people about the dangers of poultry-to-human transmission when practices such as sleeping in the same room with your chickens are widespread? What alternatives do people living in great material poverty have that will ensure their poultry are safe from predators or theft?


The value of chickens to the poor

  • For many small farmers, chickens are ‘coins’ in the bank used for small emergencies: the birds can be sold quickly to raise money for such essentials as food, school fees and medicines.
  • Chicken and eggs are relatively cheap sources of animal protein for the poor. If eggs and chicken become unavailable to the poor, the nutrition and health of many children, women of childbearing age, and other vulnerable groups will be put at risk.
  • Poor people value chickens for more than their market value. For many, chickens represent the first step on the ‘livestock ladder’ out of poverty. Compensation schemes based on market rates are thus unlikely to satisfy farmers or provide them with sufficient incentive to report suspected cases of bird flu.


Alternative investment strategies

  • If chickens are culled and people advised not to restock, what livestock can replace the chickens? Larger livestock are out of the reach of many poor people. And even financial compensation at market values for a small number of chickens would be insufficient to enable the poor to reinvest in other types of livestock. Thus, the living assets of the poor would be liquidized with few alternative (livestock) reinvestment options on offer; other livelihood options would have to be explored.


Information, education and communication

  • Information, Education and Communication has been the mantra working well in Vietnam, one of the first countries to suffer from bird flu. Vietnam has been continually developing, refining and improving its communications to make them relevant to the local communities.
  • Many communications concerning bird flu have been written in English and/or other European languages and do not translate well into local languages. To be effective, communications must consider social and cultural contexts and be open to continual revisions.
  • The bird flu outbreak in Laos highlighted the lack of basic science education and lack of veterinary infrastructure. No veterinarians had been trained there since 1975, leaving only nine veterinarians to serve the whole country. Laos is now working hard, however, to build capacity. The bird flu outbreaks in Laos were largely in commercial poultry farms in urban areas and there were only a few commercial poultry farmers with large numbers of birds. This is in stark contrast to other developing countries in Asia and Africa, where the poultry structure is made up of very large numbers of widely distributed small commercial operations.
  • Community and religious leaders were identified as key players to raise awareness of the dangers of bird flu. Having a series of clear, simple messages conveyed in local languages to communities by trusted sources was viewed as vital to preparedness, emergency response and control. Community action worked well in communities that were relatively stable, and where people were regularly informed and involved and had a vested interest in working together to protect the community as a whole.


According to Dr Carlos Seré, ILRI’s Director General: ‘The global fight against bird flu has to equitable as well as effective – protecting the livelihoods of the world’s poor as well as lives worldwide.

‘To be more effective, efficient and sustainable, bird flu control technologies and strategies must be adapted to the particular realities and constraints of developing countries, including the need to balance public health and poverty reduction objectives. Otherwise, bird flu control will not work in developing countries, and poor control there will continue to threaten the North.’

Short Movie
Robyn Alders of the Kyeema Foundation on The difficulties of diagnosing bird flu in developing countries.

New tools to improve utilisation of farm animal genetic resources in developing countries

The International Livestock Research Institute (ILRI) has recently launched important new information and training resources designed to improve utilisation of the full spectrum of animal genetic resources available in developing countries.


 improve utilisation of farm animal genetic resources
DAGRIS project team leader Tadelle Dessie among cattle in the Ghibe Valley of southwestern Ethiopia.

Throughout the developing world, rapidly increasing populations and changing lifestyles will continue to cause massive increases in demand for foods of animal origin. Key to meeting that demand – and to preventing widespread hunger and malnutrition – are the unique genetic resources found in thousands of locally adapted indigenous breeds of livestock. However, lack of accessible information on these breeds and a shortage of teachers and researchers specialising in animal genetic resources are currently major constraints. The result: in developing countries very few people are appropriately trained in animal breeding and genetics and many genetic conservation and livestock improvement programmes are unsuccessful; globally, a third of the world’s 5,000 breeds of livestock are at high risk of extinction and more than 700 have already been lost.
 
The Domestic Animal Genetic Resources Information System (DAGRIS) is a database which aims to assemble and make readily available in the public domain information – drawn from both formal publications as well as the ‘grey’ literature – on the origin, distribution, diversity, use and status of local breeds. Starting with African breeds of cattle, sheep and goats and recently adding pigs and chicken from Africa and Asia, it hopes to eventually expand its coverage to include geese, ducks and turkeys and also Latin America and the Caribbean. To further enhance capacity at the national level, ‘Country DAGRIS’ will also be established with local partners supported by ILRI to better meet their specific research and development needs. DAGRIS is available both on-line and via CD-ROM, and will be regularly updated as more information becomes available. Click here for a two page brief on DAGRIS.

The Animal Genetics Training Resource (AGTR) is a unique, ‘one-stop’, user-friendly, interactive, multimedia resource, targeted at both researchers and scientists teaching and supervising graduate and post-graduate students in animal breeding and genetics. It consists of core modules, case studies from developing countries, exercises, tools, a library and has links to many other information sources on and related to animal genetic resources, including DAGRIS. It covers established as well as rapidly developing areas, such as gene-based technologies and their application in livestock breeding programmes. Today’s university students are tomorrow’s researchers, lecturers, animal breeders and policy makers: by increasing the capacity of their teachers, AGTR aims to better equip them to rise to the challenge of effectively utilising indigenous animal genetic resources to achieve sustainable food and nutritional security.

For more information visit dagris.ilri.cgiar.org  and agtr.ilri.cgiar.org.