Genebanks needed to save farm animal diversity of the South—and assure the world’s future food supply

Carlos Sere amongst farm animals

Opinion piece in SciDev.net by Carlos Seré, Director General ILRI

Today, scientists are reconstructing the genomes of ancient mastodons, found in the frozen north. Dreams of resurrecting lost species rumble in the collective imagination. At the same time, thousands of still-existing farm animal breeds—nurtured into being by generations of farmers attuned to their environments—are slipping into the abyss of extinction, below the wire of awareness.

Livestock genetic diversity is highly threatened worldwide, but especially in the South, where the vast majority of remaining diversity resides. This diversity—of cattle, goats and sheep, swine and poultry—is as essential to the future world food supply as is the crop diversity now being stored in thousands of collections around the world and in a fail-safe crop genebank buried in the Arctic permafrost. But no comparable effort exists to conserve the animals or the genes of thousands of breeds of livestock, many of which are rapidly dying out.

Hardy and graceful Ankole cattle, raised across much of East and Central Africa, are being replaced by black-and-white Holstein-Friesian dairy cows and could disappear within the next 50 years. In Viet Nam, the percentage of indigenous sows declined from 72 per cent of the total population in 1994 to only 26 per cent just eight years later. In some countries, national chicken populations have changed practically overnight from genetic mixtures of backyard fowl to selected uniform stocks raised under intensive conditions.

Some 20 per cent of the world’s 7,616 breeds of domestic livestock are at risk, according to the Food and Agriculture Organization of the United Nations. And change is accelerating. Holstein-Friesian dairy cows are now raised in 128 countries in all regions of the world, and an astonishing 90 per cent of all cattle in the North are of just six tightly defined breeds.

Most endangered livestock breeds are in developing countries, where they are herded by pastoralists or tended by farmers who grow both crops and livestock on small plots of land. With survival a day-to-day issue for many of these small-scale farmers, they are unlikely to make conservation of their rare breeds a priority, at least not without significant assistance. From Africa to Asia, farmers of the South, like the farmers of Europe, Oceania and the Americas before them, are increasingly choosing the breeds that will produce more milk, meat and eggs to feed their hungry families and raise their incomes.

They should be supported in doing so. At the same time, the breeds that are being left behind not only have intrinsic value, but also may possess genetic attributes critical to addressing future food security challenges, in developed or developing countries, as the climate, pests and diseases all change. Policy support for their conservation is needed now. This support could be in the form of incentives that encourage farmers to keep traditional animals. For example, policies could support breeding programs that increase the productivity of local breeds, or they could facilitate farmers’ access to niche markets for traditional livestock products. And policymakers should take the value of indigenous breeds into account when designing restocking programs following droughts, disease epidemics, civil conflicts or other disasters that deplete animal herds.

But even such assistance will not enable developing-world farmers to stem all the losses of developing-world farm animals. A parallel, even bigger, effort, linking local, national and international resources, must be launched to conserve livestock genetic diversity by putting some of it ‘in the bank’. The cells, semen and DNA of endangered livestock should be conserved—frozen—and kept alive. The technology is available and has been used for years to aid both human and animal reproduction. It should also be used to conserve the legacy of 10,000 years of animal husbandry. Furthermore, such collections must be accompanied by comprehensive descriptions of the animals and the populations from which they were obtained and the environments under which they were raised.

We should know the type of milking goat that is able to bounce back quickly from a drought. We should know the breeds of cow that resist infection with the animal form of sleeping sickness. We should know the native chickens that can survive avian flu.

We should do all we can to assist farmers and herders in the conservation of these endangered animals—especially now, in the midst of rapid agricultural development. And if some of these treasured breeds fail to survive the coming decades of change, we should at least have faithfully stored and recorded their presence, and have preserved their genes. It is these genes that will help us keep all our options open as we look for ways to feed humanity and to cope with coming, yet unforeseen, crises.

US$4.4 million awarded for research to build a climate model able to predict outbreaks of infectious disease in Africa

Cow suffering from trypanosomosis

Scientists at the University of Liverpool, in the UK, and the International Livestock Research Institute (ILRI), in Kenya, are working with 11 other African and European partners on a US$4.4-million (UK£3 million-) project to develop climate-based models that will help predict the outbreak and spread of infectious diseases in Africa.

The researchers are working to integrate data from climate modelling and disease-forecasting systems so that the model can predict, six months in advance, the likelihood of an epidemic striking. The research, funded by the European Commission Seventh Framework, is being conducted in Ghana, Malawi and Senegal. It aims to give decision-makers the time needed to deploy intervention methods to stop large-scale spread of diseases such as Rift Valley fever and malaria, both of which are transmitted by mosquitoes.

It is thought that climate change will change global disease distributions, and although scientists know a lot about the climate triggers for some diseases, they don’t know much about how far into the future these disease events can be predicted. This new project brings together experts to investigate the links between climate and vector-borne diseases, including ‘zoonotic’ diseases, which are transmissible between animals and humans.

ILRI veterinary researcher Delia Grace says that diseases shared by people and animals are under-investigated although they are critically important for public health. ‘Fully 60% of all human diseases, and 75% of emerging diseases such as bird flu, are transmitted between animals and people,’ she said.

ILRI geneticist Steve Kemp said that the project is making use of ILRI’s advanced genomics capacities to analyse pathogens from the field and to integrate the data collected on both pathogen distribution and climatic factors. ‘From ILRI’s point of view,’ Kemp said, ‘this project is particularly exciting because it brings strong climate and weather expertise that complements systems recently built by ILRI and its partners to detect outbreaks of Rift Valley fever and to determine its spread.’

The new project also complements ILRI’s ongoing work to better control trypansomosis in West African livestock, a disease transmitted by tsetse flies. Trypanosomosis, which is related to sleeping sickness in humans, causes devastating losses of animals—along with animal milk, meat, manure, traction and other benefits—across a swath Africa as big as continental USA. Members of the new modeling project will conduct research in some of the same locations as ILRI’s West African trypanosomosis project, Kemp explained, and work with some of the same partner organizations, which should generate synergies that benefit both projects.

The risk of epidemics in tropical countries increases shortly after a season of good rainfall—when heat and humidity allow insects, such as mosquitoes, to thrive and spread diseases. Matthew Baylis, from Liverpool’s School of Veterinary Science, explained how this works with Rift Valley fever: ‘Rift Valley fever can spread amongst the human and animal population during periods of heavy rain, when floodwater mosquitoes flourish and lay their eggs. If this rainfall occurs unexpectedly during the dry season, when cattle are kept in the villages rather than out on the land, the mosquitoes can infect the animals at the drinking ponds. Humans can then contract the disease by eating infected animals. Working with partners in Africa, we can bring this information together to build a much more accurate picture of when to expect epidemics.

Andy Morse, from Liverpool’s School of Environmental Sciences, said the project combines historical and contemporary climate data with disease incidence information, including that for vector-borne diseases, as well as integrating monthly and seasonal forecasts. The resulting single, seamless, forecast system, Morse said, should allow projections of disease risk to be made beyond the conventional predictable time limit. ‘All this information will be fed into a decision-support system to be developed with decision-makers on national health issues’ in the three target countries.

The project was launched at a conference at the University of Liverpool on 19 April 2010.

For more information, contact ILRI scientist Steve Kemp. ILRI email contacts are formatted as follows: f.surname@cgiar.org: replace ‘f’ with the staff member’s first initial and replace ‘surname’ with the staff member’s surname.

The 13 research partners:
Abdus Salam International Centre for Theoretical Physics (Italy), Centre de Suivi Ecologique (Senegal), Consejo Superior de Investigaciones Cientificas (Spain), European Centre for Medium-Range Weather Forecasts (UK), Fundació Privada Institut Català de Ciències del Clima (Spain), Institut Pasteur de Dakar (Senegal), International Livestock Research Institute (Kenya), Kwame Nkrumah University of Science and Technology (Ghana), Universitaet zu Koeln (Germany), University Cheikh Anta Diop de Dakar (Senegal), University of Liverpool (UK), University of Malawi (Polytechnic & College of Medicine), University of Pretoria (South Africa)

Biologists in Nairobi to take part in two new animal health projects announced this week by the US National Science and Gates foundations

East Coast Fever

The National Science Foundation (NSF) of the United States announced on 12 May 2010 that the Foundation, in partnership with the Bill & Melinda Gates Foundation, is awarding 15 grants worth US$20 million in support of basic research for generating sustainable solutions to big agricultural problems in developing countries.

These are the first grants in a new five-year Basic Research to Enable Agricultural Development (BREAD) program, which is jointly funded by NSF and the Gates Foundation.

The awards in this first year of funding will allow leading scientists worldwide to work together in basic research testing novel and creative approaches to reducing longstanding problems faced by smallholder farmers in poor countries.

Scientists from the Nairobi, Kenya, animal health laboratories of the International Livestock Research Institute (ILRI) will participate in 2 of the 15 projects selected among the many submitted to BREAD for funding.

Biologists at New York and Michigan State universities and Regeneron Pharmaceuticals (USA), the Roslin Institute and the University of Edinburgh (UK) and ILRI (Kenya) will test a novel approach to developing cattle that are resistant to trypanosomosis, a deadly cattle disease that is closely related to sleeping sickness in humans and that holds back animal agriculture across a swath of Africa as large as continental USA.

In another project, scientists from the University of Vermont and Plum Island Animal Disease Center (USA) will work with the University of Copenhagen (Denmark) and ILRI on use of advanced genetics to develop vaccines for East Coast fever and other cattle diseases that threaten the livelihoods of millions of smallholder farmers in sub-Saharan Africa.

Go here for a 12 May 2010 news release from the US National Science Foundation: http://www.nsf.gov/news/news_summ.jsp?cntn_id=116932

A complete list of 2010 BREAD awards can be accessed at: http://www.nsf.gov/bio/pubs/awards/bread10.htm

New paper quantifies the global role of livestock as a nutrient source for the first time

Mario Herrero, systems analyst at the Africa-based International Livestock Research Institute (ILRI), is co-author of a paper to be published today in the prestigious US Proceedings of the National Academy of Sciences (PNAS). The paper quantifies the role of livestock as a nutrient source globally for the first time. The paper, ‘A high-resolution assessment on global nitrogen flows in cropland’, reports results of an investigation of the sources of nitrogen for crop production globally. ‘We quantified the role of manure in different continents and in different agricultural production systems,’ says Herrero. ‘We found large differences in manure levels. In large parts of Africa and South Asia, which have the greatest numbers of poor people in the world, most of whom make a living by farming, manure can represent 35-40% of the nitrogen needed for growing crops, making it a major source of needed nutrients in these regions,’ Herrero. Elsewhere, he explained, where farmers have ready access to chemical fertilizers, manure plays a less important role in crop production. The paper shows that livestock manure is as important a nutrient contributor as (and in some regions, is even more important than) the stalks, leaves and other wastes of crops after harvesting, which are often fed back into soils to help enrich them for the next cropping season. But those crop residues are becoming increasingly scarce due to their competitive uses. And one of the biggest competitive uses is as animal feed. Many farmers are loath to put their crop residues back into their soils because they need them to feed their animals. In South Asia and sub-Saharan Africa, crop wastes represent between 40 and 60% of all the feed for the cattle, sheep, goats and other ruminant animals raised. ‘Crop residues are a hugely important resource,’ says Herrero. ‘And needing to keep these resources to feed their animals stops many farmers from adopting conservation agriculture, which requires putting the residues back into the ground.’ Of course, the animals consuming crop residues deposit their manure on the ground. This analysis by Hererro and colleagues suggests that, globally speaking, livestock manure and crop residues make similar levels of contributions to nutrient levels. ‘In developing countries,’ he says, ‘the best solution is often for a farmer to feed her crop residues to her ruminant animals and then fertilize her soils with the manure they produce.’ That’s because these farm animals provide poor farmers with many other essentials as well, including highly nourishing animal-source foods for the household, much-needed year-round cash incomes, and draught power, transport and other inputs for successful cropping. ‘The bad news,’ says Herrero, ‘is that the amount of manure we have in Africa and South Asia is not nearly enough to increase levels of crop production. And to feed the world’s growing human populations, we’re going to have to increase the amount of nutrients we’re providing the soils in these regions.’

ILRI’s Alan Duncan on livestock and poor people in Ethiopia

In October 2009, Danielle Nierenberg of the Worldwatch Institute’s ‘Nourishing the Planet‘ project began a visit to Africa to document agricultural innovations. Her aim: “to tell stories of hope and success in food production from all over Africa.”

Early in the trip she visited the ILRI campus in Addis Ababa; she has subsequently been in Kenya, Uganda, Tanzania, Mozambique, Zambia and South Africa … reporting on the project blog. This month, Danielle’s blog includes a profile of ILRI’s Alan Duncan, member of the project’s advisory group.

Responding to a question on the association between livestock production and climate change and other negative environmental impacts, Alan argues that “the blanket condemnation of livestock as ‘polluters of the planet’ misses the nuances of differences between livestock’s role in the rich North and the poor South. Limiting intensive livestock production which oversupplies protein to those in developed countries is probably good for the planet. But in places like Ethiopia, livestock are a crucial element of poor people’s livelihoods and their nutrition. They utilize byproducts of cereal production (straw) and turn them into high-quality protein (meat and milk) for hungry people. They also serve as a source of security in marginal environments, acting as a buffer against disaster in drought-prone environments. Reducing livestock numbers in Africa would have a relatively minor effect on global GHG emissions but would have many negative consequences for the world’s poorest.”

Read more … (Nourishing the Planet Blog)

Follow Danielle on the the Nourishing the Planet project blog

Alan Duncan’s Blog

Swedish International Development Agency grants US$10.67 million to improve African bioscience


Virus greenhouse at the ILRI Addis

Bio-resources Innovations Network for Eastern Africa Development (Bio-Innovate) announce USD10.67 million grant from the Swedish International Development Agency (Sida).

The New Partnership for Africa’s Development (NEPAD) and the International Livestock Research Institute (ILRI) today announced a SEK80 million (USD10.67 million) grant from the Swedish International Development Agency (Sida) to support the set up of a multidisciplinary competitive funding mechanism for  biosciences and product-oriented innovation activities in eastern Africa (Burundi, Ethiopia, Kenya, Rwanda, Tanzania and Uganda).

The Bio-Innovate Program will focus on delivering new products through bioscience innovation systems involving a broad sector of actors, including scientists, the private sector, NGOs and other practitioners. The program will use modern bioscience to improve crop productivity and resilience to climate change in small-scale farming systems, and improve the efficiency of the agro-processing industry to add value to local bio-resources in a sustainable manner. Bio-Innovate will be user-, market- and development-oriented in order to make a difference on the ground in poverty alleviation and sustainable economic growth.

Ibrahim Assane Mayaki, Chief Executive Officer of the NEPAD Planning and Coordinating Agency, says: “African governments have recognized the importance of regional collaboration in science and technology to enable the continent to adapt the rapid advances and promises of modern biosciences. In 2005, under the auspices of the Africa Union (AU) and NEPAD, African countries designed and adopted Africa´s Science and Technology Consolidated Plan of Action (CPA). The plan puts emphasis on improving the quality of African science, technology and innovation through regional networking and developing more appropriate policies. Biotechnology and biosciences are prioritized areas in the plan, as has been demonstrated by the work of a high-level AU/NEPAD African Panel on Biotechnology, whose findings are in the publication Freedom to Innovate—Biotechnology in Africa´s Development.”

An Africa-based and Africa-led initiative, Bio-Innovate will draw upon existing expertise and resources from Africa, while forming connections with both African and global institutions to add value to Africa’s natural resources and develop sound policies for commercializing products from biosciences research.

Bio-Innovate builds on the achievements of the BIO-EARN program funded by Sida from 1999 to 2009 and has been developed by a team appointed by BIO-EARN governing board. “The program will benefit a lot from the facilities available at the Biosciences eastern and central Africa (BecA) Hub”, says Hassan Mshinda, Chair of the BIO-EARN Governing Board.

“We recognize the importance of the Bio-Innovate initiative to complement and strengthen the biosciences research in eastern and central Africa,” says Carlos Seré, Director General of ILRI. “We appreciate the support from Sida and are convinced that this innovative program will strengthen Africa’s capacity in using biotechnology for economic development.”

“Sida sees the Bio-Innovate Program as an important platform for pooling eastern African expertise through a regional bioscience innovation network, enabling cross-sectoral and interdisciplinary R&D and policy and sustainability analysis. The Bio-Innovate Program will be integrated into ongoing regional programs and structures and promote bioscience innovation in support of sustainable development in the region”, says Gity Behravan, Senior Research Advisor at Sida.

Notes:
New Partnership for Africa’s Development (NEPAD): The New Partnership for Africa’s Development (NEPAD) is a socioeconomic development program of the African Union (AU).  The objective of NEPAD is to stimulate Africa’s development by filling gaps in agriculture, health, education, infrastructure, science and technology. NEPAD explicitly recognizes that life sciences and biotechnology offer enormous potential for improving Africa’s development. Through NEPAD, African countries have committed themselves to establish networks of centres of excellence in biosciences. Four sub-regional networks have been established: the Southern African Network for Biosciences (SANBio), the Biosciences Eastern and Central Africa Network (BecANet), the West Africa Biosciences Network (WABNet) and the North Africa Biosciences Network (NABNet). A recent AU decision to integrate NEPAD into structures and processes of the AU gives the NEPAD Planning and Coordinating Agency (NPCA) the mandate to facilitate, coordinate and implement the NEPAD agenda.

International Livestock Research Institute (ILRI): The Africa-based International Livestock Research Institute (ILRI) works at the crossroads of livestock and poverty, bringing high-quality science and capacity building to bear on poverty reduction and sustainable development. ILRI is one of 15 centres supported by the Consultative Group on International Agricultural Research (CGIAR). It has its headquarters in Kenya and a principal campus in Ethiopia. It also has teams working out of offices in Nigeria, Mali, Mozambique, India, Thailand, Indonesia, Laos, Vietnam and China. ILRI hosts the Biosciences eastern and central Africa (BecA) Hub at the invitation of the African Union/New Partnership for Africa’s Development (AU/NEPAD), as part of the AU/NEPAD’s Africa Biosciences Initiative. The BecA Hub is part of a shared research platform on the ILRI campus in Nairobi. The BecA Hub has been established over the past two years, with strong support from the Government of Canada, through the Canadian International Development Agency (CIDA), and ILRI. For more information, please visit our website: www.ilri.org

Moving from project mode to innovations systems thinking?

Reflecting on some ILRI experiences in Ethiopia, Alan Duncan explores some challenges associated with innovation systems approaches that focus less on promoting a specific technical solution and more on facilitation of innovation, learning and joint actions among groups of people and organizations. He poses two important generic questions:

  • facilitating stakeholder platforms is quite demanding of time and resources in itself. Is the use of stakeholder platforms just another project-led approach? Who will take responsibility for facilitating these platforms when we are gone?
  • Is our focus on planted fodder and improving feed supply for production of livestock commodities untenable in a food insecure area?

Read more and comment … (ILRI Fodder Adoption Project)

See his video interview on this topic (Blip.tv)

Satellite images of remote African lands to be used to insure herders from devastating droughts

ILRI, Equity Bank, and UAP Insurance Launch First-ever Project to Insure Cows, Camels, and Goats in Kenya’s Arid North Thousands of herders in arid areas of northern Kenya will be able to purchase insurance policies for their livestock, based on a first-of-its-kind program in Africa that uses satellite images of grass and other vegetation that indicate whether drought will put their camels, cows, goats, and sheep at risk of starvation. The project was announced today in northern Kenya's arid Marsabit District by the Nairobi-based International Livestock Research Institute (ILRI), microfinance pioneer Equity Bank and African insurance provider UAP Insurance Ltd. “The reason this system can work is that getting compensation does not require verifying that an animal is actually dead,” said Andrew Mude, who is the project leader at ILRI. “Payments kick in when the satellite images, which are available practically in real time, show us that forage has become so scarce that animals are likely to perish.” Droughts are frequent in the region—there have been 28 in the last 100 years and four in the past decade alone—and the losses they inflict on herders can quickly push pastoralist families into poverty. For example, the drought of 2000 was blamed for major animal losses in the district. “Insurance is something of the Holy Grail for those of us who work with African livestock, particularly for pastoralists who could use insurance both as a hedge against drought—a threat that will become more common in some regions as the climate changes—and to increase their earning potential,” said ILRI Director General Carlos Seré. For more information, please contact: Jeff Haskins at +254 729 871 422 or +254 770 617 481; jhaskins@burnesscommunications.com or Muthoni Njiru at +254 722 789 321 or m.njiru@cgiar.org Background Materials Project Summary

Promising technologies not enough on their own to bring about widespread change in livestock systems

In this short video, ILRI’s Alan Duncan introduces the IFAD-funded ‘Fodder Adoption Project’ based at ILRI.

He outlines the approach followed in the project – trying to strike a balance between the technological and institutional angles.

The project helps groups of stakeholders – farmers, private sector, dairy coops, the government – get together in ‘innovation platforms’ where they can develop joint actions that address livestock fodder problems.

Initially the project went with a traditional approach, focusing on technologies. As the process evolved, other issues came in, more actors joined the platforms, and the technologies – growing improved fodder – acted more as a catalyst for people to come together to discuss a wide range of other issues (dairying, health, etc).

Fodder proved to be a useful ‘engine’ for the group to identify a much wider range of issues to address – along the whole value chain.

He explains that this type of work facilitating stakeholder platforms is “not trivial.” But it is essential: “Technology is only one small part of the equation and really a lot of it is about human interactions and how organizations behave.”

He concludes: “We have lots of promising technologies, but in themselves they are not enough to bring about widespread change in livestock systems.”

See his presentation with Ranjitha Puskur

More information on this project

View the Video:

[blip.tv ?posts_id=2966914&dest=-1]

Ethiopian president bestows his nation’s highest award on Ethiopian sorghum breeder and 2009 world food prize winner, Gebisa Ejeta

Scientist whose work has enhanced the food supply of hundreds of millions of people
in sub-Saharan Africa is honoured in Ethiopia

Prof. Gebisa accepting a medal from the President of Ethiopia

At a reception at the National Palace in Addis Ababa, Ethiopia, following a ‘Dialogue on Agricultural Development in Ethiopia’ on 12 November 2009, Ethiopia’s president, H.E. Ato Girma Woldegiorgus, bestowed his country’s highest award for achievement on Prof Gebisa Ejeta, an Ethiopian-born sorghum breeder and recent World Food Prize Laureate. In response, Prof Ejeta announced that he will use his USD250,000 World Food Prize award to establish a foundation that will help meet the educational needs of Ethiopian and other African children and to establish an annual dialogue in honour of his friend and mentor, Dr Berhane Gebre-Kidan, formerly of Ethiopia’s Alemaya College of Agriculture.

At his Palace reception, Ejeta was visibly moved by his country’s honour.

‘To receive from my country the highest recognition any Ethiopian can receive is overwhelming,’ said Ejeta. ‘All other recognitions I have received I have taken on behalf of the causes I have served. But I am happy to take this particular recognition personally.’

Ejeta, a self-described ‘typical Ethiopian’, said he had spent his life working to serve three principles: humility, integrity and loyalty. ‘I have always tried to remain in check with myself, my own sense of purpose,’ he said. ‘You have to have some cause bigger than yourself. Mine has been to work in service of humanity and the poor.’

Ejeta said, ‘With the money I received from the World Food Prize, I am putting together a foundation. We will use this award money to help meet the educational needs of Ethiopia and other African children.’

He then went on to make a second announcement.

‘Dr Berhane Gebre-Kidan has served as a friend and mentor since I met him at my alma mater, the Alemaya College of Agriculture. I want to establish an annual dialogue, the “Berhane Gebre-Kidan Dialogue”. I cannot think of a better venue to make this announcement, honouring my mentor.’

The 2009 World Food Prize was presented to the Ethiopian-born plant scientist, now an American citizen conducting research at Purdue University, in ceremonies in Des Moines, Iowa, on 15 October 2009. The prize, which comes with a USD250,000 award, is given annually to people who have helped address the world’s food needs. This year’s prize honours Ejeta’s life-long work to improve the production of sorghum, one of the world’s most important grain crops. It also honours his efforts to make his discoveries matter to the farmers who need them the most.

Humility
Ejeta’s desire to help others is rooted in his own childhood poverty. He grew up in a one-room thatched hut in rural Ethiopia. His mother’s commitment to his education helped make him a standout. Poor as she was, she found a place for Ejeta to study, and a place to stay, in a town 20 kilometres away. Ejeta walked there. He studied there. He worked hard there. He excelled there.

Lowell Hardin, an emeritus professor at Purdue University who has known Ejeta for 25 years, says, ‘Because he grew up in very, very modest circumstances — a single mother in a remote village in Ethiopia — he knew poverty. He knew hunger. And when he was fortunate enough to get an education thanks to his mother’s pushing, he decided he was going to apply his talents in this direction.’

Integrity
Ejeta has spent his entire professional life in research to reduce threats to Africa’s food crops. He applied his talents to fighting a weed called Striga, or witchweed, which threatens crops that feed more than 100 million people across sub-Saharan Africa. Ejeta says the parasitic weed can ruin fields of sorghum, a major staple in hot, dry regions of Africa.

‘If you grow a crop susceptible to infection by the parasite,’ he says, ‘and if your soil is contaminated, you have no chance of growing a crop. And most of these soils are becoming contaminated.’

Researchers had tried for years to control the weed without much success. Its seeds can lie dormant in the soil for decades. But Ejeta and his team at Purdue University discovered the chemical signals produced by the sorghum plant that ‘wakes up’ the Striga seeds. They then found sorghum varieties that didn’t produce the signals, and bred a line of Striga-resistant plants that thrived in a broad range of African growing conditions. These new varieties produced up to four times more grain than local types, even in drought-plagued areas.

Loyalty
With this research breakthrough, Ejeta immediately set about ensuring that his disease- and drought-resistant varieties were made available to the African farmers who needed them most. Once the new variety was developed in 1994, he worked with non-profit groups to distribute eight tons of seed to twelve African nations.

Carrying research to the next level is typical of Gebisa Ejeta, who has always understood the importance of getting technology into the hands of African farmers. Just out of graduate school, he bred a high-yielding, drought-tolerant variety of sorghum. When the new hybrid variety was introduced in 1983, Ejeta worked with Sudanese farmers’ cooperatives to scale up production of his drought-resistant sorghum.

Today, Ejeta is working with local partners to connect brewers, bakers, and flour millers with farmers growing the improved sorghum. By working along the entire chain, from farmers’ seeds to consumers’ plates, his work is helping to lift people out of poverty—and providing a powerful weapon in the war on hunger.


Dialogue

The 12 November 2009 ‘Dialogue on Agricultural Development in Ethiopia’ was organized by the Ethiopian Ministry of Agriculture and Rural Development in Ejeta’s honour. Supported by the International Livestock Research Institute and other organizations, the Dialogue was opened by H.E. Ato Girma Woldegiorgis, President of the Federal Republic of Ethiopia.

President Woldegiorgis called Ejeta ‘an Ethiopian champion whose prize is a commitment to others. Through much of our history, we have made scientific discoveries. With this recognition of Dr Gebisa, we reclaim that history.’

In his welcome address, H.E. Ato Teferra Derebew, Minister of Agriculture and Rural Development, noted how much the Ethiopian Government has emphasized agriculture in its development program and said, ‘Gebisa represents a new generation of agricultural researchers. The farming and pastoral societies of Ethiopia are grateful.’


Ejeta on Ethiopia’s challenges and opportunities

In his presentation, Prof Ejeta spoke about Ethiopia’s role in enhancing science-based development in Africa. Whereas most African governments have invested too little to create impact, he said, Ethiopia is an exception.

‘No other African country has committed more internal resources to agricultural development,’ Ejeta said. ‘I have grown positive about Africa lately. Ethiopia is at the cusp of a major agricultural revolution. Ethiopians are among the most resourceful people I know. They can focus and get it done.’

He extolled two great examples of technology transfer in Ethiopia: the Chilalo Agricultural Development Unit in 1970s and the work of Sasakawa Global 2000 in 1990s. ‘Neither,’ he said, ‘was sustained.’ Why not?

‘I am defined,’ Ejeta said, ‘by the modest background that I come from and the great education that I have received in both Ethiopia and the United States.’ In his experience, he said, both Alemaya College of Agriculture and Purdue University shared a ‘land grant university model’ that takes the results of research and delivers it to communities.

‘More buildings and more students don’t make a college,’ he warned. ‘The quality of education in Africa needs to be improved. We need to go back to the model we used 40–50 years ago. We need to get our colleges linked to outstanding universities overseas. The most significant mark that we can make is capacity strengthening.’

Among his worries, Ejeta said, were an uncoordinated national agricultural research framework and what he called the ‘seasonality and fragmentation of development efforts.’

‘For too long we have relied on external funding,’ he said. He warned of the tendency of non-governmental organizations to lobby for boosting social service spending and the susceptibility of donors to embracing paradigm shifts, from sustainable agriculture in the 1990s, for example, to today’s integrated value chain approach. Such frequently changing paradigms, he said, ‘have led to a series of failed starts and are partly responsible for our lack of traction on the ground in agricultural research for development.’

‘African science-led agricultural development needs to be country led,’ he said. ‘Our country programs must be front and centre, with international agricultural research institutes and non-governmental organizations working to support them.’

Ejeta advised the Ethiopian agricultural research-for-development community to ‘Loosen up, be open and take risks’ and to focus on three things: accelerating technological development, investing in institutions and pushing for policy and ownership.

Panel on climate change and African agriculture
Three other presentations on the achievements and future of Ethiopian agriculture and agricultural research were followed by a panel discussion. Several of the panel members spoke on the new challenges Ethiopian and African food producers face with climate change. Dr Mata Chipeta, working for the Food and Agriculture Organization of the United Nations in its Ethiopia sub-regional office, said, ‘Climate change is likely to worsen our food security problems. Climate change could become just the latest excuse for Africa not to be food sufficient. Last year’s fuel price hikes and then fertilizer, food and financial crises are all interlinked. Africa must become master in its own house. It must stop feeling entitled to free assistance. It must invest its own resources. Only then will we get a future that we drive.’

Dr Carlos Seré, director general of the International Livestock Research Institute (ILRI), whose principal campuses are located in Ethiopia and Kenya, spoke of the need to enhance the capacity of societies to learn quickly and respond to climate and other changes. ‘I don’t think there is a trade-off between climate change and food security,’ Seré said. ‘Our agricultural and climate challenges have much in common. Agriculture has to be central to climate change discussions.’

The ILRI director general remarked on Ethiopia’s rare agricultural, biological, human and institutional diversity: ‘There will be a lot of variability in how the climate changes. Ethiopia has greatly diverse farming regions. It has great biodiversity. How can we use cutting edge science to understand that diversity and use it better? Lessons learned in one place may be valuable in another. We need to empower people at the local level to provide solutions. Science can quicken this work. The centres of the CGIAR have been working side by side with the Ethiopian Institute of Agricultural Research and other institutions in this country. We stand ready to deepen our cooperation with the diversity of institutions in Ethiopia.’


Regular dialogue begins

Fittingly, the person whose remarks closed the Dialogue was Prof Ejeta’s mentor, Dr Berhane Gebre-Kidan, who had attended the October World Food Prize ceremony in Iowa, where he watched his protégé be honoured.

Recalling that Ejeta had attended Jimma Agricultural Technical University, Alemaya Agricultural University and then Purdue University, Gebre-Kidan said that each of these institutions shared the land grant philosophy, which combines education, research, and extension, all involved in the development of its local communities.

‘I wait for the day,’ Gebre-Kidan said, ‘when this triangle is recognized in each of our colleges of agriculture. We are recognized as a country unable to feed itself. We have to change that image. We have a world-class scientist in the person of Prof Gebisa Ejeta, which we can exploit. We need to establish a think tank that will think outside the box about Ethiopian agriculture. We need to institute a regular dialogue to move Ethiopian agriculture forward.’

It appears from Gebisa Ejeta’s announcement at Ethiopia’s National Palace that that ‘regular dialogue’ is about to begin.

Support for the Dialogue honouring Prof Ejeta was provided by the Ethiopian Government as well as the Alliance for a Green Revolution in Africa, the Canadian International Development Agency, the International Development Research Centre (Canada), the International Livestock Research Institute, the Japanese International Cooperation Agency, OXFAM America, OXFAM Great Britain and the United States Agency for International Development.

For more information about the 12 November 2009 Dialogue in Addis Ababa, go to: www.ilri.org/ilrinews/index.php/archives/tag/dialogue

For more information about Prof Gebisa Ejeta, go to: World Food Prize Laureate.

Putting livestock food on the climate-change table

It’s time for climate negotiators to put meat on the bones
of the next climate agreement

By Carlos Seré, Director General, ILRI

Mozambique, Tete province, Muchamba village

Worldwide our climate is changing, and livestock, which are vital to food security and to agricultural systems in most marginal regions of the world, must adapt to survive, as must the herders and farmers who keep them.

Livestock systems are a major global asset. They occupy 45% of the earth’s surface, employ at least 1.3 billion people, and are valued at about 1.4 trillion US dollars. They provide 17% of the calories and a third of the protein we consume. According to FAO, milk is the world’s number one agricultural commodity, worth about $144 billion annually, and meat from cows, pigs and chickens rank 3, 4 and 5, respectively.

These statistics, however, hide stark differences in how livestock are raised. In poor countries, most livestock are raised on small farms or herded by pastoralists. Throughout their (usually long) natural lives, they survive largely on grass and other vegetation, including the stalks, leaves and other ‘wastes’ of food crops after the grain has been harvested.

In contrast, most livestock in wealthy countries are ‘factory-farmed’ using industrial processes. These short-lived animals are quickly fattened by feeding them vast quantities of corn and other grains – food that could be eaten by people.

Livestock contribute about 18% of the global greenhouse gas emissions generated by human activity. The vast majority of these emissions come from wealthy countries practicing factory farming. All of Africa’s ruminants combined, for example, account for only 3 percent of the global methane emissions from livestock.

Most farmers in developing countries practice either mixed-crop and-livestock farming or pastoral production on rangelands. These smallholders and herders leave tiny environmental footprints in terms of inputs. Even so, investments that increase their efficiency and productivity in terms of breeding and feeding could remove millions of tons of methane and carbon emissions from the atmosphere.

Livestock play central roles in the lives of the poor. If livestock are lost, households can slip into chronic “poverty traps”. Experts believe that climate change is particularly hurting Africa’s livestock and other food producers and the ecosystems on which they depend. And they predict things are going to get worse on the continent, probably much worse. The productivity of rain-fed cropping systems is likely to drop, and do so dramatically in some areas; water shortages will become more common; and important human, livestock and crop diseases are likely to spread to new regions and become more severe.

Many of the world’s small-scale livestock keepers will have to adapt, for example, by changing the mix of livestock species they keep and the types of crops they grow, or switching to new sources of feed for their animals. Some will probably have to get out of agriculture altogether.

When negotiators meet later this year in Copenhagen to finalize the global climate pact, they must pay attention to the many small farmers and herders who are already feeding most of the world’s poor. And they must begin to pay attention explicitly to farm animals that remain neglected by policymakers even as they become increasingly important to food security and raising smallholder incomes. African negotiators in particular need to be champion the cause of small-scale animal agriculture, which remains the backbone of their nations’ economies.

Food security and climate change are inextricably linked. Policymakers must become adept at moving on both fronts simultaneously. And if our climate negotiators hope to address the needs of more than a billion animal keepers n the world, they must begin to provide differentiated policies that support rather than neglect the multifarious small livestock enterprises that make food production possible throughout the developing world.

African meat for global tables

Mozambique, Maputo

As new channels for African exports become increasingly available, economists and policy makers are focusing more attention on how best to match producers to buyers in Europe and elsewhere, including Africa itself. A recent paper explores the potential and pitfalls of exporting African livestock products.

‘What can Africa contribute to global meat demand?’ recently appeared in Outlook on Agriculture (Vol 38 No 3, pp. 223-233, September 2009). It is authored by Karl M Rich, who works with both the International Livestock Research Institute (ILRI) and the American University in Cairo, and will move to the Norwegian Institute of International Affairs (NUPI) in Oslo, Norway, in February 2010.

Observing that global demand and prices for meat are currently at unprecedented highs, Rich cites International Food Policy Research Institute (IFPRI) data that project that annual per capita meat demand in Africa will double to 22 kg by 2050. This increase will necessitate corresponding rises in demand for cereals as well as livestock. Estimates from the Food and Agriculture Organization of the United Nations (FAO) suggest similar increases in demand throughout the developing world.

These increases bring new opportunities for alternative sources of supply. At first glance, it would seem that Africa would have a distinct advantage in meeting the increasing demand within the continent. However, Africa’s ability to compete with Europe, Asia and the Americas has historically been constrained by low productivity, prevalence of animal diseases and the difficulty of meeting high global standards for health and safety. These constraints must be addressed before Africa can become a major player, and Rich’s paper examines the possibilities of bringing this happy situation about.

Rich begins with an overview of Africa’s role in the global meat trade, both imports and exports. His efforts in this regard are nothing less than heroic. The data from each of Africa’s fifty-odd countries are accumulated in enormously different ways, and the most recent data for some countries are several years old. Nonetheless, the figures are important, and to date no other author has made comparable efforts to get a handle on the situation. Rich does not express a great deal of optimism for the short or medium term. He estimates, for example, that at present Africa provides only about 1% of global meat exports for beef, pork and chicken.

A comparison of regional export shares is even more daunting. Table 1, which presents FAO data, indicates that the overwhelming majority of products come from southern Africa, notably South Africa, Botswana and Namibia, while goat and pig products are sourced predominantly from East Africa. Sheep products come mainly from North Africa (mainly Sudan). Meat exports from the rest of Africa, especially Central and Western Africa, are miniscule. Eight other tables and five figures in the paper provide detailed information of the variety and amount of meat imports and exports among African countries. In the case of exports, information is provided concerning the countries importing African meat products.

Among significant competitor nations are the emerging giant economies of the developing world, especially Brazil and India. These two countries account for a huge slice of the African market, constituting the main source of beef imports—both frozen and fresh—to seven of the largest African customer countries.

Rich points out that one important advantage that India, Brazil and other Latin American countries (Argentina, Paraguay, Uruguay) have over Africa is scale. According to the most recent data from FAO (2006), the total stock of cattle in Africa is about 232 million head. By contrast, Brazil alone has over 207 million head, while India has 180 million as well as nearly 100 million head of buffalo. The African countries with the largest stocks are Ethiopia and Sudan, but neither comes close to those of Brazil or India, and both have fewer head than Argentina.

While African exporters will not be able to compete with Brazil or India in the short to medium term, inroads to foreign markets have been made by some southern African countries to the European Union (EU). This trade is driven by preferential access to the EU brought about through the Cotonou Agreement which provides tariff reductions for African and other developing economies. But even with such international agreements in place, African countries have been unable to fill the quotas provided, largely because of the rigourous standards for compliance with EU sanitary regulations. To retain access to European markets, for example, Botswana and Namibia have had to set aside areas free from foot and mouth disease (FMD)—an expensive arrangement that precludes raising cattle by traditional African husbandry methods. Furthermore, without these preferences it is unlikely that southern African producers could compete with the likes of Brazil.

Rich concludes his paper with a section entitled The road ahead: where and how can Africa contribute to global meat demand?  Before discussing the most likely methods for improving Africa’s competiveness with other meat-exporting nations, however, he cautions that ultimately, significant improvements in productivity, breeding, infrastructure and marketing will be required over and above the options he identifies.

The author identifies five options.

  1. Commodity-based trade. Diseases such as FMD persist in developing countries, limiting market access from developing markets to lucrative ones in the developed world. Commodity-based approaches focus on attributes of a product such as quality and safety rather than the disease status of its place of origin. It is argued that deboned and properly matured beef, for example, poses virtually no threat of transmission of diseases such as FMD. While commodity-based approaches could pave the way for increased trade from Africa, a number of gaps remain. In particular, will African countries be the major winners? If not, what further constrains Africa’s market access? A recent report by Karl Rich and Brian Perry to the UK Department for International Development explores this option further.
  2. Certification programs and disease-free compartments. Africa can raise its profile in global markets by demonstrating compliance with SPS standards. A compartment is a network of micro-level disease-free areas linked to each other and maintained through high levels of monitoring. A good example of this option is discussed in the paper mentioned in the box item above, a USAID-funded program currently under way in Ethiopia.
  3. Branded niche products. This option focuses on the strengths that Africa can offer global buyers by building and encouraging trade associations and marketing organizations. The author cites several examples—Farmer’s Choice of Kenya, Farm Assured Namibian Meat, the Kalahari Kid Corporation, the Namibian Meat Board, the South African Meat Industry Company and the National Emergent Red Meat Producers Organisation. These associations promote local products, engage in branding and quality assurance and build the capacity of emerging farmers.
  4. Regional integration and trade. Rich points out that despite the existence of regional cooperation agreements, barriers between member countries continue to hamper trade. Reducing these barriers will be crucial if Africa is to develop and harness the scale necessary to compete in international markets and lower costs. Investments in marketing and promotion among regional partners will be required for countries to enter and sustain effective trading in high-value markets.
  5. Domestic markets. Both formal and informal channels for meat products have been developed within each African country over the past several years. Because domestic prices in fact frequently exceed international prices, finding ways to deliver local products at competitive prices is an option with good potential, though these products will increasingly compete with low-cost imports. Competing effectively on price will be crucial for African producers to be successful in such channels.

The abstract of the paper can be accessed online.
For additional information, contact Karl Rich at k.rich@cgiar.org.