Feeds


Last week, the CGIAR System-wide Livestock Programme (SLP) held its annual planning meeting in Addis Ababa.

In this short video, John McDermott, ILRI Deputy Director General for Research introduces the SLP. He argues that its focus on the intensification of crop-livestock systems is critical: More than a billion people in developing countries are involved in these smallholder systems.

The SLP brings together 12 CGIAR centers, and, he mentions, “one of the key things we’ve been struggling with is how to improve the performance of these [crop-livestock] systems” – so people can get more income and more benefits from them; also so the systems can be more sustainable.

Reflecting on the just-completed SLP meeting in Addis Ababa, he highlights one of the major issues under discussion: how the crop biomass from these systems can be used more effectively – as food, as animal feed, and as fuel. Furthermore, how the crop residues can be fed back into the soil.

“Now we are turning our attention more to this tradeoff between whether you actually feed these residues to animals or whether some of them should stay with the soil.”

Watch the video:

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ILRI India

A recently completed research project has, for the first time, systematically studied the trading of fodder in Bihar with a view to determining the importance of fodder trading and marketing as a means of mitigating fodder scarcity. The study has also identified differences in the nutritive value of traded fodders.

Dr Iain Wright of the International Livestock Research Institute (ILRI) which led the study explained, “Scarcity of fodder is one of the key constraints to the development of the livestock sector in Bihar as well as India generally. We know that trading of fodder is important within villages, between villages and even between states, but until now we have not known much about the volumes traded nor the importance of fodder trading in supplying fodder to areas where there is a scarcity. We now understand more about the way in which fodder is moved within Bihar and even outside the state and how the marketing of fodder could be made more effective.”

Crop residues make up almost 50% of the fodder that is fed to livestock in India, and are even more important in Bihar where over 60% of all feed is contributed by wheat and rice straw, with rice straw especially important. Dr Wright explained that recent research by ILRI had shown that there were big differences in the nutritive value of straw from different varieties of rice. ‘We wanted to see whether these differences in the feeding value of rice straw are reflected in the prices paid for straw in the markets.’

The results of the study show the diversity of the supply and demand for fodder in different parts of Bihar. Areas with intensive cereal production supply dry fodder to the rest of Bihar. Dr Nils Teufel an ILRI researcher explained that farmers with small land-holdings have to purchase dry fodder to feed their animals while farmers with surplus fodder are selling about 45% of their dry fodder production. “Within villages, more than 80% of trade in fodder is usually directly between producer and consumers but trade between districts generally involves up to four trade transactions,” he added. Urban dairy producers are major buyers of fodder – they buy about 73% of dry fodder sold by traders.

The type of fodder used also depends on the intensity of production: with increasing intensification of dairy production, the share of wheat straw being fed to dairy animals increases.

Laboratory analysis of fodder samples showed the expected superior nutritional quality of wheat straw compared to paddy straw. In fact, the analysed paddy straw samples showed below average quality characteristics.

Traders and consumers evaluate straw by its appearance, but neither appearance nor the nutritional quality characteristics seem to have a strong effect on prices. This is in contrast to some other parts of India where prices are higher for fodder with better nutritional quality.

A workshop at which the key findings of the project will be presented and discussed is being organized by ILRI on 27 October 2009 at the ICAR Research Complex for the Eastern Region, Patna. The guest of honour will be Sri Anil Kumar Singh, Director, Dairy, Department of Animal Husbandry and Fisheries, Government of Bihar. Participants will include representatives of the primary stakeholders, i.e. fodder producers, traders and livestock owners of the state as well as research scientists and officials from different government departments. Members of the Press are cordially invited to attend.

For further information
contact Dr Iain A Wright, Regional Representative, Asia. Tel: 987 187 7038, email: i.wright@cgiar.org

The International Livestock Research Institute (ILRI) is one of 15 International Agricultural Research Institutes which are part of the Consultative Group on International Agricultural Research. ILRI carries out research to alleviate poverty through the development of the livestock sector in Africa and Asia. Its headquarters are in Nairobi, Kenya. It has a team of scientists based in Hyderabad working to alleviate problems of feed scarcity and an Asia Regional Office in New Delhi. For further information on ILRI see www.ilri.org

The research project was funded by the OPEC Fund for International Development (OFID) Vienna, Austria.

Poor livestock keepers in the drylands point to feed shortages as one of their biggest animal production constraints. Research in India is demonstrating that sweet sorghum's traditional use as a dual-purpose food and feed crop and its modern day use as a bio-fuel need not be mutually exclusive

Sweet sorghum: utilizing every 'drop'

Sweet sorghum (Sorghum bicolor (L.) Moench) is well adapted to the semi-arid regions of the tropics. One of its main advantages is that it is very water-use efficient  It has long been used by farmers as a multi-purpose crop from which they extract grain for human consumption and stover for livestock feed. Today, sweet sorghum is becoming increasingly used in industrial bio-fuel production in India. It is one of the most efficient dryland crops to convert atmospheric CO2 into sugar and is therefore a viable alternative for the production of ethanol.

 

 

Sweet sorghum’s role in India’s bio-fuel plans
‘All countries, including India, are grappling with the problem of meeting the ever-increasing demand for fuel within the constraints of international commitments, legal requirements, environmental concerns and limited resources. In this connection fuels of biological origin have drawn a great deal of attention during the last two decades.
 
‘India wishes to consider the use of bio-diesel and ethanol for blending with petro-diesel and petrol. Oil provides energy for 95% of transportation and the demand for transport fuel continues to rise. The extract from the third assessment of the Intergovernmental Panel on Climate Change (IPCC) estimates that global oil demand will rise by 1.68% from 75 million barrels per day (mb/d) in the year 2002 to 120 mb/d in 2030. Energy input in agriculture is also increasing. Part of this energy should come from bio-based fuel, which is short term renewable.
 ‘Ethanol is used as a fuel or as an oxygenate to gasoline. In India, raw material used for producing ethanol varies from sugar, cereals (sweet sorghum), sugar beet, and molasses. Brazil uses ethanol as 100% fuel in about 20% of vehicles. Use of a 5% ethanol gasoline blend is already approved by the Bureau of Indian Standards (BIS) and is in a progressive state of implementation in India.’

Excerpted from: ‘Development of Value Chain for Bio-fuel in India’, National Agricultural Innovation Project (NAIP). NAIP website: http://www.naip.icar.org.in

 

Win-win situation
Increasing industrial usage of sweet sorghum for ethanol production does, on one hand, provide important income for dryland farmers, but it can also divert biomass away from livestock, thus adding to the feed scarcity problem being faced by livestock keepers. However, scientists are demonstrating that full use of all parts of the sweet sorghum plant can meet both industrial and livestock feed needs.
Collaborative work between the International Crop Research Center for the Semi-Arid Tropics (ICRISAT), the Rusni Distillery in Sanga Reddy Medak District, the Indian Council of Agricultural Research’s National Research Center for Sorghum (NRCS), in Hyderabad, and the International Livestock Research Institute (ILRI) is demonstrating the feasibility of manufacturing marketable sweet sorghum feed blocks using the stripped leaves and the crushed stalks (bagasse) remaining after juice extraction for ethanol. A bagasse-based feed block has been manufactured in collaboration with Miracle Fodder and Feeds in Hyderabad and is currently being tested with large and small ruminants with very promising results.Sweet sorghum: utilizing every 'drop'
Full utilization of crops and their by-products in the balanced production of food, feed and industrial products is likely to become increasingly important in developing countries. Total utilization of all parts of the sweet sorghum plant for use in the manufacturing and food industries would help compensate for fodder loss and provide an additional source of income for farmers.

Value-added products from by-products

Surveys of fodder markets in Hyderabad showed that stover from ordinary grain sorghum is widely traded as livestock fodder. This stover is sourced from several Indian States, transported over distances of more than 350 km and fetches retail prices that are about half the value of the sorghum grain. Higher quality stover fetches premium prices ranging from 3.1 to 3.9 Indian rupees per kilogram of dry stover.
  The fodder quality of feed blocks made from sweet sorghum leaf strippings and bagasse is similar to premium stover made from grain sorghum. Scientists estimate that this feed could fetch prices of 6 rupees per kg and more. The manufacturing of feed blocks could therefore offer attractive additional income along a sweet sorghum utilization chain. The feed blocks could be made more nutritious by adding sorghum grain distillery by-products—where the grain is used for biofuel production—and/or by targeted fortification with other supplements. The end product would be an attractive sweet sorghum by-product based feed block of good quality and with a high density, making

ILRI and partners recently unveiled a new action plan to help the poor in Assam improve their livelihoods through the dairy sector.

Assam is located in the far North-East corner of India and shares its borders with six Indian States and two countries. The majority of milk is produced by rural smallholders using indigenous cattle and buffalo, but productivity is low in comparison with other States in India. Further, most milk is marketed through traditional and informal channels, estimated at 97% of locally marketed milk, compared to some 80% nationally.  In spite of these constraints, Assam displays strong production potential and inadequate milk supply, so there are many opportunities to grow the dairy sector and help the poor improve their livelihoods.

In 2005, the International Livestock Research Institute (ILRI), was invited by the Directorate of Dairy Development (DDD) of the Government of Assam, to collaborate in a comprehensive study on the dairy sector in Assam to identify opportunities to boost the milk sector and improve the livelihoods of smallholder producers.

About Assam

Assam is situated in the far, North-East corner of India. The total geographical area of the State is 78,438 sq kms which accounts for about 2.4% of the country’s total geographical area. In 2001, the population of Assam stood at 26.64 million – representing 2.59% of the total population of India.

The percentage of poor in Assam is the highest among the seven sister States of the North East. Around 36.09% of the State’s population continues to live below the poverty line, a figure considerably above the national average of 26.1% (1999-2000). There is a rural-urban divide: four out of ten people in rural Assam are likely to be below the poverty line, while in urban Assam, the incidence is less than one in ten.

Cattle constitute the largest livestock group followed by goats, pigs and buffaloes. Livestock in Assam are mainly indigenous breeds but the average productivity is poor in comparison with other States of India. The production of milk in Assam in 2002-2003 was estimated at 773 million litres as against 750 million litres in 2001-2002 indicating a nominal increase of 3.06 per cent over.

Action plan presented to stakeholders
On Wednesday 30th May, ILRI and the DDD presented their findings and a draft action at a final stakeholders’ meeting in the Assam capital Guwahati convened by the Assam Minister for Animal Husbandry and Veterinary, the Hon. Khori Singh Enghti. The action plan is based on surveys of 1500 consumers, 600 traditional and formal market agents and 3000 dairy producers in eight districts of Assam. It also includes an analysis of the successes and failures in the formal sector in Assam and an analysis of the quality and safety of milk and dairy products in both the traditional and formal sectors. The data were gathered and analyzed in collaboration with local partners in Assam.

New Strategy for Pro-Poor Dairy Development

Assam Action Plan Highlights

Demand outstrips supply
The report found dairy production to be a feasible option for raising incomes and improving livelihood opportunities, particularly for the rural poor. According to Steve Staal, ILRI’s markets theme director, ‘Our study shows that there is a huge gap between demand and supply. To meet the demand, which is mostly for good quality raw milk, dairy interventions that address productivity, access to livestock services and markets, and improved milk quality in the traditional sector, would result in more income and more employment for rural smallholders.’

Improved productivity and increased production essential
Besides large market potential in rural Assam, the survey also found many farmers expressed a desire to become involved in increased marketed milk production, but low milk yields and lack of a basic marketing infrastructure were identified as major obstacles. The action plan highlights opportunities to increase farm-level production and productivity through improved animals such as cross-breeds, improved fodder and feed technology, and by providing access to livestock services. The action plan also incorporates actions to provide smallholder access to reliable markets to absorb more milk at remunerative prices. The government of Assam have already made efforts to bring smallholders into collective market mechanisms, but marketing of milk through the processed milk channel remains relatively insignificant and smallholders receive little remuneration.

Pro-poor interventions critical
The plan highlights that dairy systems in Assam may be too diverse to have a singular policy thrust. It states: ‘We need to recognize such diversities of the system and place them within pro-poor dairy intervention designs and enable poor households to take part in the process.’

According to the report, no dairy development is possible in Assam unless it addresses the problems faced by the traditional sector. Most of the milk consumed in Assam is ‘raw’ unpasteurized milk supplied by smallholders. The survey found that demand for pasteurised milk was low and its consumption was limited almost entirely to urban areas. Staal emphasised the need for an inclusive plan ‘Any development plan that focused mostly on pasteurised milk is unlikely to yield the desired results. The idea is not to have a parallel competitive system to beat the traditional sector but to strengthen the existing system and help build a blend of modern infrastructure and professionalism.’

Quality standards to be raised
The report also highlights the need to raise quality and hygiene standards. According to Delia Grace, an epidemiologist and food safety specialist at ILRI, ‘Most of the samples analysed did not meet general bacteriological quality standards causing a potential risk to human health. There is an urgent need to create awareness among farmers and distributors to address the problem.’ The report suggests taking immediate steps to provide training packages to milk farmers and distributors and to raise awareness among consumers that all ‘raw’ milk should be boiled before consumption – a practice that is generally followed in Assam.

Assam action plan soon ready for implementation
According to Iain Wright, ILRI’s representative for Asia ‘the report was well received by stakeholders and we are currently incorporating their comments. The final action plan will be released within a month.’

ILRI Assam Dairy Project Staff

Liza and Patro

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.

—Dr Adugna Tolera


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

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

Poor households in Sichuan are doubling their incomes by adopting research-based methods to store sweet potato leaves and vines to feed their backyard pigs almost year-round.
 
The online magazine New Agriculturist published the following article in its March 2006 issue;
http://www.new-agri.co.uk/06-2/focuson/focuson6.html.
Further information on this topic can be found on ILRI's website and its 2004 annual report;
http://www.ilri.org/home.asp?CCID=61&SID=1.

New pig feed technologiesThe southwest province of China is a world of contradictions. Amidst brand new cars and tall glass buildings, horse carts slowly wind their way through the bustle and the traffic, carting vegetables for sale. Commuters on bicycles peddle ferociously against the onward torrent of buses and motorcycles, and stop on the way to buy pancakes from a wooden stall propped up by the side of the road. The rich and poor live side by side in small cities and towns, in the growing network of China's metropolis. But with the growth of the economy and endless construction sites has come the growing gap between the rich and the poor.

While business is booming in China's cities, the poverty gap is growing between the urban and rural areas, with roughly 100 million rural people living on less than US$1 a day. Income for rural people has increased, but at a much lower rate than the urban industrial incomes which have underpinned a national GDP growth of about nine per cent every year since 1978. The real challenge is east-west and rural-urban inequality. The view from green paddy fields on the city outskirts is astonishing, as the speed of development merges the surrounding landscape into new high rises and roads every day. Between 40-50 million farmers are estimated to have partially or fully lost their land to development in the past decade, and that number is set to double in the next ten years.

Demand and supply
China's rural people rely heavily on agriculture and their livestock to provide food security amidst uncertain and rapid change; it is estimated that almost 70 per cent of the Chinese are dependent on agriculture. But China also has a very strong agricultural heritage. The Chinese were the first to use an iron plough, and wereCredit:Stevie Mann/ILRI thousands of years ahead of the West in methods of winnowing grain. Today, they are leading producers of pigs, poultry, rice, potatoes and sweet potatoes. And while demand for livestock products is increasing, livestock research can help mitigate the impacts that increasing demand will have on small-scale producers. With rapid change, knowledge about how to adapt farming systems is essential.

New pig feed technologiesThere are many challenges ahead: how to feed increased numbers of livestock, the risk to public health, and the impact on natural resources. To address some of these issues, the Sichuan Animal Science Academy (SASA), has worked with the International Livestock Research Institute (ILRI) and the Sichuan Animal Husbandry Bureau to help farmers make the most of sweet potato as a feed for pigs. In 2001, pig production accounted for four fifths of total meat production in China. The province of Sichuan produces more pigs than any other region, and most of this is small-scale production, largely in poorer, hilly terrain. The pigs are fed on sweet potato but as a feed source the crop presents two problems: it becomes rotten within three weeks after harvest, and it can be harvested only once a year.

To address these constraints, the International Potato Center (CIP) worked to improve sweet potato varieties with Chinese institutions, and ILRI joined them to assist with feed supplementation and silage-making technology for sweet potato roots and vines. As a result, the extra biomass that farmers have been able to conserve has radically changed the pig production system. After harvesting, the vines are wilted to reduce moisture content. The roots and vines are then chopped, mixed with supplements and stored in airtight plastic bags, providing a nutritious feed that can support pig herds for up to nine months of the year. Improved feed has also allowed farmers to keep high-yielding cross-bred pigs, replacing much smaller and slower growing scavenging pigs that spread zoonotic, diseases such as cystercercosis. Other improvements have also been observed, including better husbandry practices, animal housing, and use of feed supplements and drugs, and these have increased the weight of pigs and greatly raised farm income.

Racing ahead
Over the past few decades, China has made its transition from a rural to an urban and market-based economy. The transition has occurred at remarkable speed, especially considering its population of over 1.3 billion people. The country has experienced one of the fastest rates of agricultural and overall economic growth, amid reforms leading to rapid progress in several areas, although agriculture – which was once a clear leader in reforms – now lags behind other sectors. China's economy grew by an average of 9.9 percent between 1993 and 2004, accelerating the demand for electricity and power networks, as well as food production.

In the outline of the national programme for science and technology development between 2006 and 2020, published by the State Council, China will give priority to technological development to solve problems, including those in the environmental and agricultural sectors. As labour costs rise, and many move to the cities in search of work, the agricultural sector will face challenges. Small-scale farmers are already adopting mechanical innovations in feed processing to overcome constraints and to continue to thrive. Commenting on the work being done in Sichuan, the Director of ILRI-IFPRI Joint Programme on Livestock Market Opportunities, Chris Delgado asks: 'What is the future of small-holders farming in this province? With the hard work of the people and their science institutions, and a little technology transfer from outside, it looks bright."

An 'explosion' in milk and meat consumption in developing countries is being predicted, which will, in turn, lead to an 'explosion' in demand for nutritious livestock feed. ILRI Director and economist Christopher Delgado, addressing 1,500 scientists at the 20th International Grassland Congress conference in Dublin this month, predicted an “explosion” in consumption of milk and meat in developing countries over the next 15 years, which, he says, is already causing a “livestock revolution”. Irish Times (Ireland) news article, 28 June 2005 - Explosion forecast in consumption in developing world This, ‘explosion’ will, in turn, create an ‘explosion’ in the demand for livestock feed in developing countries. Imports of livestock feeds are expected to grow exponentially to meet this demand, but it also presents opportunities for poor farmers to explore markets for ‘home-grown’ forages. ILRI researchers are assisting in the identification of grasses and legumes for tropical climates that have the greatest potential as nutritious feeds. Poor-quality feed and fluctuating feed supplies place huge constraints on livestock productivity in developing countries. Nutritious grasses, that are readily accessible and affordable, can play a key role in alleviating poverty. But, knowing which grasses best suit the particular climate and conditions is a prerequisite. At the Grassland Conference, ILRI and partners launched a new interactive decision support tool which will help growers in developing countries select the best forage grasses for their local environments. The new decision support tool has captured 50 years of documented knowledge on grasses and legumes for livestock food, suitable for tropical and subtropical climates. But this is not just a collection of papers. It has also captured decades of tacit knowledge – expertise and know-how – garnered from the world’s most experienced scientists in tropical forages, and made this available as a public resource. According to ILRI’s Forage Diversity Project Leader, Dr Jean Hanson “There are a diverse range of grasses that could be grown as new forage resources for livestock in the tropics. Growers need to know which grasses are going to be the most productive and most nutritious in relation to their particular environment and livestock. To a great extent, this software has removed much of the trial and error as it will help select the ‘best-bet’ options. Ultimately, this is going to be of great benefit to thousands of small farmers in developing countries." Tropical Forages Decision Support Tool Tropical Forages Decision Support Tool The Tropical Forages Decision Support Tool has been developed by an international team of forage experts led by the Commonwealth Scientific and Industrial Research Organization/Queensland Department of Primary Industry/University of Queensland, Australia, the Centro Internacional Agricultura Tropical (CIAT) and the International Livestock Research Institute (ILRI) with financial support from ACIAR (the Australian Centre for International Agricultural Research), BMZ (Germany), DFID (UK). The new information and selection tool is available online at: http://www.tropicalforages.info/ ILRI undertakes a host of forage diversity activities, with the purpose of identifying tropical grasses and legumes that have greatest potential as nutritious livestock feed in developing countries. ILRI Briefing Note - Forage diversity activities at ILRI

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