co-sponsored by
2. FORUM FOR THE REGIONAL CONSULTATION
| Monday - Nov 23 | Presentation of National, Regional and Global Strategy Reports
|
| Chairman - Pham Van Bien | |
| 0800-0815 | Welcome to participants by Dr. Vijai Nopamornbodi Deputy Director General, Dept. of Agriculture |
| 0815-0830 |
Background and objectives of meeting - Reinhardt Howeler |
| 0830-0915 | Present situation and future potential of cassava in Thailand - Chareinsuk Rojanaridpiched |
| 0915-1010 | Present situation and future potential of cassava in Guangxi, China - Jin Shu Ren and Tian Yinong |
| 1010-1020 | Coffee break
|
| Chairman: Tian Yinong | |
| 1020-1040 | Present situation and future potential of cassava in Indonesia - Suyamto H. and Soemarjo Poespodarsono |
| 1040-1100 | Present situation and future potential of cassava in India - E. Edison and C. Balagopalan |
| 1100-1115 | Present situation and future potential of cassava in Vietnam -Pham Van Bien |
| 1115-1130 | Present situation and future potential of cassava in the Philippines - Fernando Evangelio |
| 1130-1145 | Present situation and future potential of cassava in Malaysia - Tan Swee Lian |
| 1145-1230 | Discussion of the various country reports |
| 1230-1330 | Lunch
|
| Chairman: Suyamto H | |
| 1330-1415 | Cassava in Asia - Expanding the Competitive Edge in Diversified Markets - Clair Hershey |
| 1415-1500 | Discussion of Regional Report |
| 1500-1520 | Coffee break
|
| Chairman: Tan Swee Lian | |
| 1520-1605 | A global Development Strategy for Cassava: Transfon-ning a Traditional Tropical Root Crop - Truman Phillips |
| 1605-1700 | Discussion of Global Strategy Paper |
| 1800-1900 | Dinner |
| 1900-2100 | Meeting of Cassava Research Advisory Committee
|
| Tuesday, Nov 24 | Presentation of Regional Projects and Thematic Studies |
| Chairman: Chris Wheatley | |
| 0800-0830 | Product definition and market identification - Truman Phillips |
| 0830-0900 | Environmental assessment of commercial cassava processing -John Wood, Christopher Oates and Klanarong Sriroth |
| 0900-0940 | Environmental assessment of cassava production practices - Reinhardt Howeler |
| 0940-1015 | Discussion of thematic studies |
| 1015-1035 | Coffee break
|
| Chairman: S. Edison | |
| 1035-1100 | CIRAD root crop processing and marketing project in Vietnam and China - Guy Henry |
| 1100-1130 | Nippon Foundation project on sustainable cassava production - Reinhardt Howeler |
| 1130-1200 | Discussion on regional project |
| 1200-1330 | Lunch |
| 1200-1331 | Dinner
|
| Chairman: Fernando Evangelio | |
| 1330-1500 | Cassava contraint analysis and needs assessment - Guy Henry |
| 1500-1520 | Coffee break |
| 15:20-17:30 | Discussion in working groups (by country) about national, regional and global strategy papers and to define research and development priorities |
| 1800-1900 | Dinner
|
| Wednesday, Nov 25 | |
| Chairman: Chareinsak Rojanaridpiched | |
| 800-1000 | Presentation of working group results to plenary session |
| 1000-1020 | Coffee break
|
| Chairman: C. Balagopalan | |
| 1020-1230 | Discussion in working groups (by themes) about thematic studies and future needs |
| 1230-1330 | Lunch
|
| Chairman: Truman Phillips | |
| 1330-1500 | Presentation of working group results to plenary session |
| 15:00-1520 | Coffee break Chairman: Guy Henry |
| 1520-1630 | Panel discussion and general discussion on strategies and priorities as well as priority setting of projects to be submitted for financing |
| 1630-1700 | Summary of Conclusions and Proposed Strategies - Chareinsak Rojanaridpiched and Pham. Van Bien |
| 1800-2000 | Closing dinner at Suan Thip Baan Suan Restaurant in Pakkret |
Working Groups
Tuesday and Wednesday - Nov. 24-25
| Working Group 1: | Thai participants: Reinhardt Howeler |
-Chairman: Chareinsak Rodjanaridpiched -Rapporteur: Cham Thiraporn
|
| Working Group 2: | Chinese participants: Guy Henry |
-Chairman: Jin Shu Ren -Rapporteur: Tian Yinong
|
| Working Group 3: | Vietnamese participants Christopher Oates |
-Chairman: Pham. Van Bien -Rapporteur: Nguyen Duy Duc
|
| Working Group 4: | Indonesian participants Chris Wheatley |
- Chairman: Suyamto, H. -Rapporteur: Hardono Nugroho
|
| Working Group 5: | Indian participants Fernando Evangelio |
- Chairman: S. Edison -Rapporteur: Tan Swee Lian
|
Co-sponsors of Consultation Meeting
International Fund for International Development (IFAD) -- Rome, Italy Centro Intemacional
de Agricultura. Tropical (CIAT)- Cali, Colombia
Organizing Committee
Reinhardt Howeler - CIAT Regional Cassava Office, Bangkok, Thailand. Charn Thiraporn. -
Department of Agriculture (DOA), Bangkok Preecha Suriyaphan - Field Crops Research
Institute, DOA, Bangkok
A consultation of Asian cassava stakeholders was held in Bangkok from 23-25 November
1998, as part of an ongoing process to develop a broad-based global strategy for
optimizing cassava's contributions to development. The meeting had the following
objectives:
1. Providefeedback on the draft Global as well as regional cassava development
strategies, and supplementary documents, from the perspective of the Asian region.
2. Formulate a set of priority issues, for the Asian region, that should be considered in
the final formulation of the Strategy and its subsequent implementation.
3. Discuss the priority projects to be submitted to IFAD or other donors for financial
support.
Participants represented national research programs, private industry, and universities
from the seven most important cassava-growing countries of South and Southeast Asia:
China, India, Indonesia, Malaysia, Philippines, Thailand, and Vietnam. In addition
representatives from international R&D centers attended (CIAT, CIP, CIRAD, NRI).
The program involved five basic activities:
1. Country reports to provide a broad overview of the current cassava situation in
each participating country.
2. Review of regional and global strategy reports.
3. Thematic reviews of market development, and environmental assessment of cassava
production and processing.
4. Review of specific research projects on erosion control in cassava-based systems,
marketing studies, and constraints analysis.
5. Working group deliberations on developing national and regional priorities, and related
project proposals.
There was broad consensus that cassava has a pivotal role to play in rural development in
Asia. This role continues to evolve, driven largely by the globalization of markets,
long-term income growth, increasing populations, and new technology options for cassava
and alternative energy sources. Cassava's roles in contributing to development revolve
around future product options that rely on concentration, innovation, and/or competition.
The wide range of product and marketing options make cassava a highly flexible component
in a strategy for development aimed at generating income and protecting the environment,
the two goals cited as most important for the region. The categories of products deemed to
have high potential for the region are: starch (native and modified), starch derivatives
(a wide range of household and industrial products), snack and ethnic foods, flour and
animal feed.
The three R&D activities identified as most important for realizing development goals
were: process and product development, market development, and varietal improvement. The
identification of potential projects followed these themes to a large degree, but with one
proposal aimed at reducing environmental impact of starch processing. auto lufterfrischer papier Auto Lufterfrischer
Cassava supports nearly half a billion people as a source of dietary calories and as a
source of income, primarily the rural and urban poor in the tropics. Africa, Asia and
Latin America/Caribbean produce 48, 32 and 20%, respectively, of the world's cassava. In
recognition of these critical roles of cassava, the International Fund for Agricultural
Development (IFAD) initiated a series of consultations, studies and reviews, as input into
developing a strategy for optimizing cassava's contribution to development. A
brainstorming meeting convened by IFAD recognized cassava as a food security crop and a
commercial crop that lends itself to a commodity approach with strong potential to impact
four fundamental development goals: alleviation of poverty, food security, equity, and
protection of the environment. The actual and potential contribution to each of these
goals varies widely across the continents.
IFAD proposed, and provided support, to develop a global strategy, with the purposes of
1. Identifying the opportunities for further public and private investments;
2. Developing a framework for international technical cooperation for research and
technology transfer;
3. Identifying more cost effective institutional mechanisms for rationalizing (and
increasing to the extent possible) the allocation of public and private resources for
research and investment; and
4. Setting the scene for future debates on global issues.
The global strategy requires a coalition of stakeholders including cassava producers and
their organizations, governments, the donor community, technical and research agencies and
their networks, universities, NGOs and their networks, and the private sector in order to
achieve the objectives set out above.
The strategy is being developed from a number of country case studies, regional reviews,
and thematic reviews. A review workshop was held in June 1997 to determine progress arid
plan next steps in completing the strategy. A draft strategy was prepared, and distributed
to regional bodies and stakeholders for comment and modification. Each region held a
stakeholder consultation to review the strategy and present regional perspective. Reports
of the Africa and Latin America/Caribbean consultations are available separately. bolsa de Madrid
The Asia regional consultation was held at the Maruay Garden Hotel, Bangkok, 23-25 November 1998. The thirty-two participants included representatives of governmental and nongovernmental institutions, producer and processing organizations, the donors, the national and international research centers and the private sector. The list of participants is noted in Annex 1.
Dr. Vijai Nopamornbodi, Deputy Director General, Department of Agriculture opened the
meeting with a welcome to participants.
Dr. Reinhardt Howeler described the background of the Global Cassava Strategy, and the
series of events and papers leading up to the current consultation. Objectives of the
meeting were to:
1. Providefeedback on the draft Global as well as the Regional Cassava Development
Strategy and supplementary documents, from the perspective of the Asian region.
2. Formulate a set of priority issues, for the Asian region, that should be considered in
the final formulation of the Strategy and its subsequent implementation.
3. Discuss priority projects to be submitted to IFAD or other donors for financial support.
The first half day of presentations consisted of country summaries from the seven major
producing countries of the region: China, India, Indonesia, Malaysia, Philippines,
Thailand and Vietnam.2 Each country presented an overview of production,
cassava use and trade, and the constraints and opportunities for further development of
the crop.
In China cassava production is growing on marginal lands where rice
cannot be cultivated. The main market growth is for industrial products - native or
modified starch and their derivatives. On-farm animal feeding, mainly pigs, is important
as a means of adding value to the crop. Constraints are: unstable markets, competition
with other crops, soil fertility degradation and erosion. Guangxi Province in China, with
the highest concentration of production, is already experiencing political and economic
pressure to reduce the pollution from processing plants.
India produces cassava almost exclusively in the South. A research center
(CTCRI) at Trivandrum works across a broad range of research activities. Intensive
cultivation practices result in the world's highest mean yields for cassava, of 24.5 t/ha.
Cassava is mainly used for human consumption (Kerala) or starch extraction (Tamil Nadu).
Process and product development are seen as the principal research needs to bring
additional benefits to the cassava sector.
Indonesia has a long history of cassava utilization as a staple food,
especially where soil and climate conditions do not permit growing of rice, or in years of
rice shortfalls. Nonetheless, cassava's role as food security crop is declining, with new
interest in further diversification of products and markets. Most of the production is
used internally, although there are significant exports of dry chips for animal feed and
of starch. Indonesia is historically Asia's major producer, although overtaken by Thailand
in the 1970s and 1980s. There is interest in expanding demand in the processed food
industry, and for flour as a wheat substitute.
Cassava in Malaysia is used mainly for starch - three companies have been
in business for over 40 years. Nonetheless, other crops, mainly rubber and oil palm,
compete with cassava for land; as a result area planted has declined from a high of 20,000
hectares in 1976 to only about 2000 ha in 1996.3 High labor costs are also a
major constraint for cassava, and there is a strong need to mechanize. While the
government is promoting domestic production of agricultural products as a means of saving
foreign currency, the competitiveness of cassava remains a concern, both in starch and
animal feed markets.
In the Philippines the main market for cassava continues to be food uses
(44%), followed by starch (3 8%) and animal feed (18%). Like in much of Asia, cassava
occupies areas unsuited to rice, the preferred food. Future growth is expected to be
mainly in the industrial sector. The research program at the Philippine Root Crops
Research and Training Center has developed a range of production and processing
technologies. Market development was defined as the highest priority area of research for
the future.
The declining export market for pellets for animal feed is a broadly felt force in Thailand,
and to a lesser degree in Indonesia. This has driven a search for new markets, mainly
native and modified starch. In Thailand about 50% of production now goes to starch.
Exports of starch rose at a rate of about 10% per year from 1974 to 1996. The domestic
animal feed market has also been targeted as a means of absorbing production. One of the
constraints is the high cost of imported protein required to balance diets for poultry,
pigs or ruminants.
2 Full reports or their summaries are available from the CIAT Bangkok office
Cassava production is distributed throughout Vietnam, occupying the
poor soils of mountainous and hilly areas. As the economy has improved dramatically over
the past decade, cassava's role has shifted from mainly a food security crop to an
industrial crop and as a source of income through on-farm animal feeding. In South Vietnam
several large-scale starch and MSG factories are operating, largely funded by foreign
investment. The cassava industry in the north is less developed, and is based on
traditional household-level chip, starch, alcohol and maltose processing.
Dr. Clair Hershey, principal author of the Asia regional review (Cassava in Asia:
Expanding the Competitive Edge in Diversified Markets) presented a summary of the report,
which had been distributed beforehand to invited participants. The presentation focused on
regional trends and issues in the context of the goals of the Global Strategy (food
security, poverty alleviation, equity and environmental protection). The main themes of
the review were: trends in production, trade and utilization; and constraints and
opportunities for system improvement. Alternative options for identifying priorities and
defining strategies were noted. These different possible interventions became the basis
for project planning within working groups that met later in the meeting: market
development; process and product development; improved production systems; institutional
support; integrating the system; and information management and communications technology.
The discussion of the paper focused on the economic aspects of cassava production and
trade, and especially the increasing trend toward use of cassava as a raw product for
starch production. The industry is very dynamic, with increasing international investment.
These factories will be strongly driven to keep production costs low in a highly
competetive environment. Nonetheless, there is not a universal trend toward large
factories. In Indonesia, small-scale factories produce krupuk; in Vietnam, small factories
sell to larger factories for further quality improvement and modification.
Dr. Truman Phillips presented the draft strategy prepared by himself and Dr. Don
Plucknett. The key message of this paper is that, for cassava to be effective as a basis
for driving development, it must be part of a market demand-driven approach. The paper
develops a vision for cassava that states: Cassava can spur rural industrial development
and raise incomes for producers, processors and traders. Cassava can also contribute to
the food security status of its producing and consuming hoiiseholds. The reason for
developing a global cassava strategy is the belief that it will contribute to the economic
wellbeing of numerous economically disadvantaged individuals in the world. A successful
strategy will require catalysts and champions. Catalysts identify marketing opportunities
and bring these to the attention of the stakeholders. The champions provide the research
and development, infrastructure and investment, and changes in policies necessary to
transform the opportunity into a reality.
Dr. Philips described various product options for the future: fresh roots and leaves,
home or village processing, starch, flour, and animal feed. Each of these was analyzed in
terms of growth source (innovation, competition, or concentration), potential, and
challenges. As a sort of comparison of the potential among countries, three indicators
were used for each country: urban
growth rate, 10% replacement of wheat imports with cassava flour, and 10% maize
replacement in animal feeds. In this rough analysis, six areas are highlighted for growth
potential in domestic markets: urban markets in Indonesia and the Philippines; wheat flour
substitution in Myanmar and Vietnam; and animal feed in China and Malaysia.
Dr. John Wood, NRI, described research in India to reduce pollution and optimize the recovery of useful by products from starch processing. The principal technology described was a hydrocyclone, which improves the efficiency of starch extraction compared to traditional methods. Starch discharged in waste water is reduced from 350 kg/ton of extracted starch to 135 kg, with less water used. Other potential points of intervention in the system were described, as means of either reducing the waste produced, or of recycling waste products in economically viable ways. For example solid starch factory wastes are dried and added to cassava pellets.
Dr. Reinhardt Howeler, soil scientist and regional coordinator for CIAT in Asia,
presented first an overview of production practices in Asia, and how they may affect
natural resources, and secondly a description of research results from a specific research
project to reduce soil erosion in cassava-based systems. Soil nutrient depletion and soil
erosion are the main environmental concerns in cassava cultivation. Since use of
fertilizers and agrochemicals is only at low levels, their impact on the environment are
currently not a major concern. This could change in the future.
Soil erosion is especially a concern in cassava because of wide plant spacing and the slow
development of a canopy cover. Many technologies are available for reducing erosion, but
the main challenge is to identify those which give farmers an economic incentive for
adoption. Fanner participatory techniques are a basic part of this project, in order to
maximize eventual adoption.
Dr. Guy Henry described a project proposal developed jointly between CIRAD and national programs in Vietnam and China. The project's purpose is to link farmers to growth markets through participatory technology development of root and tuber production, processing and market aspects, in an integrated userperspective approach. Markets in China and Vietnam are among the most dynamic anywhere in Asia, and the appropriate linkage of producers to these markets can make a large contribution to development through income generation for farmers.
Participants organized into two working group sessions (Days 2 and 3 of the consultation). Both sessions were organized by country 4 . The first working group session concentrated on reviewing and reacting to issues raised in country reports, the re ional review, and the global strategy 9 paper.
4 Initially it was planned to organize the second working group session according to themes. However, participants felt that a session on project development on a country basis was a higher priority.
The following tasks were assigned to Session 1:
The second working group session (Day 3) focused on preliminary project planning, based on the analyses from the first session. Each working group chose a priority area around which to develop a draft proposal, such as might be later refined and submitted to IFAD or another donor.
There were few direct comments on improvements to be made to reports as presented. The
Thai representatives suggested to eliminate the second sentence of the draft global
strategy vision statement, such that the statement would read: Cassava can spur rural
industrial development and raise incomes for producers, processors and traders.
The comprehensive, corrected table on characteristics of cassava production and
utilization in Asia will be incorporated into the final version of the regional review.
One participant offered to send comments at a later date on the regional review document.
Table 1 summarizes each country's perceptions of the relative importance of cassava in contributing to development goals. There are some clear distinctions among countries, but also some common threads. Cassava's role in income generation is highlighted in all countries, although less important in a few sub-regions within countries. In contrast, cassava's role in food security is limited to a few specific areas, most importantly, Kerala (India), Java, the Philippines, and North Vietnam. Equity is most important in Indonesia, where cassava is a basic staple in some areas. Environmental issues are noted broadly across the region; however, the nature of these issues varies. Two issues were noted. Problems of soil erosion and loss of soil fertility are widespread, given cassava's cultivation generally on sloping soils. Pollution from processing, especially for starch extraction, is somewhat of a constraint everywhere, and especially in Guangxi province of China, in Tamil Nadu state of India, and on Sumatra Island of Indonesia.
The various market opportunities, by country, are noted in Table 2. Since in this
exercise, these were not ranked in terms of importance, most countries noted most of the
categories of opportunities. The animal feed market is seen as an opportunity in every
country - this in spite of the sharply declining export opportunities to Europe. The
optimism with regard to this market is
based mainly on internal growth rates of consumption of meat and other animal products,
and lack of internal capacity to produce sufficient grains. Starch and the wide range of
starch products are growth markets throughout most of the region. The attention given to
snack and ethnic foods is a recognition of the potential for niche markets where cassava
or cassava starch has special advantages because of its starch or culinary
characteristics. Flour substitution in bakery and other products is a good potential
market in the Philippines and Indonesia, both of which import all their wheat. China and
the Philippines noted the potential for producing alcohol from cassava (beverage
industry).
Table 3 lists the assumptions or preconditions, and activities or products needed, in
order to achieve successful development based on different cassava products. This table
does not identify these with specific countries, but rather synthesizes regional
commonalities. Working groups were more easily able to identify activities or products
needed, than to identify the assumptions or pre-conditions. The integration among various
public and private sector partners is noted. Appropriate varieties figure heavily in the
needed technology, both to bring value-added traits to the marketplace (e.g., high
starch), and to reduce production costs to make cassava competitive with alternative
carbohydrate sources. Improved processing technologies are needed to create new, high
quality products that can compete in increasingly more demanding markets. Several products
involve processes that have potential to cause environmental pollution, and low-cost
by-product recycling and pollution control technology are needed.
Given the multilingual composition of the working group participants, with few people
having English as a first language, the concept of catalysts and champions was somewhat
difficult to transmit fully. While the exercise was intended to separately identify
catalysts and champions for each market opportunity, this was not possible. Annex 2 lists
the details of each country's analysis of market opportunities. In Table 3, the identified
catalysts and champions are combined for each market. On the whole, participants
identified mainly the champions, and few catalysts. These include a range of public and
private institutions and NGOs. Research institutes figure heavily as champions across all
the markets, as well as industries specific to each market.
Working groups for each country went through a two-part exercise to prioritize various
components in a cassava-based development strategy: first, a rating from 1-5 (1 =not
important; 5=highest priority); and secondly, a relative ranking of all components from
highest to lowest. Table 4 summarizes the latter of these two approaches. Process and
product development, and market development, stand out as clear high priority areas across
the region (except China and India, where there are broad markets for cassava products,
and Thailand, where process and product development is well advanced, and capacity for
continued progress is in place. Varietal development, long a priority in the region,
retains a high priority except in India and Malaysia.
It should be noted that nearly all the components were given an absolute rating of
important or very important, so even those that are ranked last in the relative ranking
are not considered unimportant in the region.
The working documents for project development are appended as Annex 3. The following summarizes the goals and outputs of the projects proposed by each country.
China (Guangxi Province)
Title: Controlling pollution from small and medium-scale cassava starch
factories in southern China.
Goal: Improved water quality for aquatic life and human uses
Outputs:
1. Modified technology from factories using other starch sources
2. Cleaner water for environmental safety and recycling
3. Demonstration model for other regions
India
Title: Integrated production, processing and marketing system for cassava
Goals:
1. Improving income and food security
2. Protecting the environtrient
3. generating rural employment
Outputs:
1. Local utilization of production
2. Stabilization of price and market opportunity
3. Employment generation
4. Improved income for marginal farmers
5. Improved food security
6. Protection of the environment
Indonesia
Title: Cassava flour utilization in small-scale industries
Goals:
1 . Increasing demand for cassava flour
2. Increasing food security through food diversification
Outputs:
1 . Food products development (wheat flour substitution; new products; improved
traditional products; characterization
2. Market development (feasibility studies - economic and consumer preference)
3. Small-scale business development (flour mill factories; equipment development)
Malaysia
Title: Processing and drying of cassava for animal feed
Goal: Substitution of imported maize with locally produced cassava
Outputs:
1. Practical and efficient system to process and dry cassava, and incorporate into animal
feed
2. A competitive form of cassava-based feed as a partial substitute of maize
Philippines
Title: Development of high-value products from cassava
Goal: Expanding the cassava industry in the Philippines
Outputs:
I . High quality starch produced at the village level
2. Sustainable alcohol production
3. Utilization of cassava for HFGS
4. Integrated system involving production, feed mills and livestock
Thailand
Title: Market development for cassava products
Goal: To encourage the demand of domestic and foreign consumption of
cassava
Outputs:
1. New flour and starch-based products for domestic use in human consumption
2. Modified starches for industrial use
3. Products competitive in the animal feed industry
Vietnam
Title: Integrating cassava production based on improvement of small-scale cassava
processing in the south of Vietnam
Goal: Generate additional income for cassava growers
Outputs:
1 . Improved on-farm processing systems
2. Rural development through increased farm income
3. Linkages developed among producers, processors, traders and consumers to improve system
efficiency and product quality.
A broad range of stakeholders from the Asian cassava sector affirmed the importance of cassava in the region as a vehicle for development, through income generation and for achieving greater equity among income groups. In specific regions it remains a food security crop, though its importance as such is declining. Enviromnental impact is a concern both from the production (soil conservation; fertility maintenance) and processing (starch factory wastes) sides.
Since income generation is the main development goal, the identification of market
opportunities is a central element of defining future potential. Across the region, the
principal current and future market opportunities are seen as: native and modified starch,
value-added processes to derive a wide range of domestic and industrial products from
starch, snack and ethnic foods (specialty and niche markets), flour, and animal feed.
Successful development of these markets depends on a combination of improved production
technology that reduces unit production costs and has low environmental impact, improved
efficiencies in processing, and market development. This will necessarily involve a wide
range of players, including public R&D institutions, universities, and the private
sector.
In general the public sector has covered development of production technology, and the
private sector the processing technology and marketing. New varieties with high yield and
high starch are having substantial impact in Thailand, Indonesia, Vietnam and China. Soil
erosion control methods are being developed with a strong component of farmer
participation. Methods for reducing and recycling wastes from starch factories are
gradually being implemented.
Given the low levels of funding traditionally dedicated to cassava research, and minimal
involvement of the private sector, maximum efficiency in use of resources is needed.
Regional representatives ranked process and product development, market development, and
varietal development as highest priorities for meeting development goals.
Stakeholders noted that as agricultural production and trade become increasingly a part of
a global free market system, regional coordination to achieve greater efficiency and
competitiveness is ever more important. The International Center for Tropical Agriculture
(CIAT) has spearheaded network coordination for almost two decades. Obtaining a
combination of public and private support for a continuation of this coordination is a
clear future priority.
Table 1. Relative importance of cassava in contributing to development goals.
| Country/Region | Food security |
Equity |
Income generation |
Environmental impact |
Import substitution/ industry developments5 |
| China | |||||
| Guangxi | *** | *** | *** | ||
| Guangdong | *** | ** | ** | ||
| Hainan | *** | *** | ** | ||
| Yunnan | *** | *** | ** | ||
| India | |||||
| Kerala | *** | ** | ** | ||
| Tamil Nadu | ** | *** | ** | ||
| Andhra Pradesh | ** | *** | ** | ||
| Central & NE | ** | ||||
| Indonesia | |||||
| Java | *** | *** | ** | *** | |
| S.Sumatra | *** | *** | *** | *** | |
| Other Islands | *** | *** | *** | ||
| Malaysia | ** | ** | ** | ||
| Philippines | |||||
| Luzon | ** | ||||
| Visayas | ** | ** | ** | *** | |
| Mindanao | *** | ** | ** | *** | |
| Thailand | ** | ** | ** | ||
| Vietnam | |||||
| North | ** | * | ** | ||
| South | * | * | ** |
Table 2. Identification of market opportunities.
| Product | China |
India | Indonesia |
Malaysia | Philippines |
Thailand | Vietnam |
| Native starch | / | / | / | / | |||
| Modified starch | / | / | / | / | / | / | |
| Starch derivatives | / | / | / | / | / | ||
| Snack/ethnic foods | / | / | / | / | / | ||
| Flour | / | / | |||||
| Animal feed | / | / | / | / | / | / | / |
| Alcohol | / | / |
5 This category was added by some working groups, but not considered by others.
Table 3. Summary of research activities or conditions required to realize development
opportunities.
| Product | Assumptions or preconditions | Activities or products needed | Catalysts and champions |
| Starch | Integration among actors; local government plan, access to land | Varieties with short cycle, high DM, high yield; improved processing technology-, new market development; market analysis; joint ventures; on-farm starch extraction technologies | National R&T research programs; starch factories; private sector investors; universities |
| Starch derivatives | Institutional support; private sector investment | Technology development and adaptation; pollution reduction; new product development | Food industry; engineering institutes; private sector investors drink/canned food manufacturers |
| Snack/ethnic foods | Market development; product development; organization of cooperatives for marketing | Research institutes; NGOs, Cooperatives; private industry | |
| Flour | Institutional and industry support; government support | Coordination among producers, processors and users | Research institutes; NGOs; industry |
| Animal feed | Development of animal industry; lower cost of protein sources | Economic feasibility studies; technology for waste recycling; use of leaves in silage; market development; high yield and high DM varieties; low-cost, efficient drying technology | Animal producers; cassava traders; extensionists; small scale processors feed industry; research institutes; universities |
| Alcohol | Reduced production costs; high yielding/high DM varieties; pollution reduction technology | Beverage industry; research institutes |
Table 4. Relative ranking, by country, of components of cassava-based strategies for meeting development goals.
| Strategy component | China | India |
Indonesia |
Malaysia | Philippines |
Thailand | Vietnam | Over-all rank |
| Market development | 9 |
7 |
1 |
1 |
1 |
1 |
4 |
2 |
| Process and product development | 2 |
2 |
3 |
2 |
2 |
10 |
2 |
1 |
| Improved production systems | 4 |
8 |
2 |
5 |
4 |
3 |
6 |
4 |
| Environmental resources issues | 3 |
10 |
9 |
10 |
8 |
6 |
5 |
7 |
| Crop management | 6 |
3 |
6 |
6 |
7 |
4 |
6 |
|
| Varietal development | 1 |
9 |
4 |
7 |
3 |
2 |
3 |
3 |
| Institutional support | 8 |
11 |
7 |
8 |
6 |
11 |
9 |
|
| Integrating the system | 7 |
1 |
10 |
3 |
5 |
7 |
1 |
5 |
| Farmer participatory research | 10 |
4 |
5 |
11 |
9 |
8 |
7 |
7 |
| Technology transfer | 5 |
5 |
8 |
9 |
11 |
5 |
8 |
7 |
| Information management | 11 |
6 |
11 |
4 |
10 |
9 |
9 |
Annex. 1. List of Participants, Asian Cassava Stakeholders Consultation
Meeting, Bangkok, Thailand, Nov 23-25,1998
| Brazil | |
| Dr. Guy Henry | Centre de Cooperation Internationale en Recherche Agronornique pour le
Developpement (CIRAD), Campinas, Sao Paulo
|
| Canada | |
| Dr. Truman Phillips | dTp Studies, Guelph, Ontario
|
| China | |
| Mr. Jin Shu Ren | Guangxi Nanning Cassava Technical Development Center, Nanning, Guangxi |
| Mr. Tian Yinong | Guangxi Subtropical Crops Research Institute, Nanning, Guangxi |
| Mr. Huang Re | Chinese Academy Tropical Agric. Sciences, Danzhou, Hainan
|
| Colombia | |
| Dr. Chris Wheatley | Centro Internacional de Agricultura Tropical (CIAT), Cali |
| Dr. Clair Hershey | Centro Intemacional de Agricultura Tropical (CIAT), Cali
|
| England | |
| Dr. John Wood | Natural Resources Institute (NRI)
|
| India | |
| Dr. S. Edison | Central Tuber Crops Research Institute, Trivandrum, Kerala |
| Dr. C. Balagopalan | Central Tuber Crops Research Institute, Trivandrum, Kerala
|
| Indonesia | |
| Dr. Suyarnto H. | Research Inst. For Legumes and Tuber Crops, Malang, E. Java |
| Mr. Soemarjo Poespodarsono | Brawijaya University, Malang, E. Java |
| Mr. Hardono Nugroho | P.T. Great Pineapple Company, Umas Jaya Farm, Lampung, Sumatra |
| Mr. Fauzan | P.T. Great Pineapple Company, Umas Jaya Farm, Lampung, Sumatra
|
| Malaysia | |
| Dr. Tan Swee Lian | Malaysia Agric. Research and Developm. Inst., Kuala Lumpur
|
| Philippines | |
| Mr. Fernando Evangelio | Philippine Root Crops Research and Training Center, Baybay, Leyte
|
| Thailand | |
| Dr. Chareinsuk Rojanaridpiched | Kasetsart University, Bangkok |
| Dr. Klanarong Sriroth | Dept. Biotechnology, Kasetsart Only., Bangkok |
| Dr. Sutat Sriwatanapongse | BIOTEC, National Center For Genetic Engineering and Biotechnology, Bangkok |
| Dr. Omsab Nopamornbodi | Department of Agriculture, Bangkok |
| Mr. Charn Tiraporn | Department of Agriculture, Bangkok |
| Mr. Preecha Sunyaphan | Field Crops Research Inst., DOA, Bangkok |
| Mr. Watana Watananonta | Rayong Field Crops Research Center, Rayong |
| Ms. Wilawan Vongkasem | Department Agric Extension, Bangkok |
| Mr. Klaivan Klakhaeng | Department Agric. Extension, Bangkok |
| Mr. Somporn Phongvutiprapan | Thai Tapioca Development Institute, Huay Pong |
| Ms. Vanna Chaengsrisook | Thai Tapioca Development Institute, Bangkok |
| Dr. Christopher Oates | Centro Internacional de la Papa (CIP), Bangkok |
| Dr. Reinhardt Howeler | Centro Internacional de Agric. Tropical (CIAT), Bangkok
|
| Vietnam | |
| Dr. Pham Van Bien | Institute of Agric. Sciences of South Vietnam (IAS), Ho Chi Minh |
| Dr. Hoang Kim | Institute of Agric. Sciences of South Vietnam (IAS), Ho Chi Minh |
| Mr. Nguyen Duy Duc | Postharvest Technology Institute, Ho Chi Minh |
Annex 2. Identification and evaluation of new cassava opportunities.
Thailand
| Market opportunity | What is required for the development of the opportunity? | What are the major limitation or barriers to the expansion | Who are the Catalysts and Champions? What is their role? |
| Modified starch | Technology | - Market - Competition among products |
Catalyst: - Government agency (Ministry of Science & Technology) Champion: |
| Domestic animal feed | Lower price of protein sources | Competition with maize | Catalyst: - Ministry of Science & Technology - TDDI Champion: |
Vietnam
| Market opportunity | What is required for the development of the opportunity? | What are e major limitation or barriers to the expansion | Who are e Catalysts and Champions? What is their role? |
| High quality cassava starch | - Market studies - Local government plan |
- Appropriate
technology - Investment capital |
- CIAT, IFAD, ACIAR
VEDAN - IAS, PHTI |
| Modified cassava starch | Market Studies | - Technical
specification - Market information |
- IFAD, CIAT, - IAS, PHTI Universities - Local/international enterprises |
| Snack foods | Market studies |
- Appropriate
technology - Investment capital - Product descriptions |
- IFAD,
CIAT,ICIAR - IAS, PHTI and Universities |
| Animal feed (pellet form) | - Livestock development - Adding value - Market studies |
- Appropriate
technology - Investment capital |
- IFAD, CIAT, NRI, AUS
AID - IAS, PHTI, DOA, local enterprises |
China
| Market opportunity | What is required for the development of the opportunity? | What are the major limitation or barriers to the expansion | Who are the Catalysts and Champions? What is their role? |
| Starch | - High yield, high DM - Short cycle vars. - Improved processing technology. - Better integration of actors |
- Shortage of raw
material - Small scale - Poor equipment - Technology transfer - Short harvesting period |
- AGR&T dev. STRCI,
GSA, - TDI |
| Animal feed | - Processing waste
valorization - Incorporation of leaves silage |
- Low protein - Tech. adapt. & transfer | - Animal producer
traders - Extensionist |
| Alcohol | - Reduction of costs - Reduction pollution |
- Costs - Pollution |
- Private sector (beverage & other industries) |
| Organic acids | - Technology
development & adaptation - Environmental reduction |
- Technology - Environment |
- Private sector (food industry) |
| Food additives | - Institutional support | - Lack of experience & know-how |
- Private industry - Inst. of chem. engineering |
India
| Market opportunity | What is required for the development of the opportunity? | What are the major limitation or barriers to the expansion | Who are the Catalysts and Champions? What is their role? |
| - Food: Diversified
domestic convenience food - Feed on farm utilization - Modified starches, converted starches |
- On farm multi purpose starch extraction units for cassava and sweet potato | - Lack of awareness - Publicity - Financing |
Catalysts: - Government organizations - NGO's - Village coops,Women Coops. |
| - Fermented products - Instant convenient industrial food products |
Organize cooperative marketing in semi urban areas | - Societies Champions: - Farmers - Small scale |
|
| - Chemicals - Biodegradable pesticides |
Complete involvement of private sector | Lack of confidence in product development and marketing | processors and industrialists |
Indonesia
| Market opportunity | What is required for the development of the opportunity? | What are the major limitation or barriers to the expansion | Who are the Catalysts and Champions? What is their role? |
| Cassava flour for food industry | - Coordination among
producers, processors users. - Government support |
- Flour quality - Consumer acceptance |
|
| Starch and modified starch | - Market studies - Joint ventures |
- Investment cost - Technology |
Private sector: - Involve producers - Find market - Provide Funds |
| Animal feed | Feasibility study for competitive production cost with corn. | - Price of corn | - Feed industry (role: as above) |
| Snack foods | Product development | - Market development | - Research Institutes, NGO's, cooperatives, private companies. |
Philippines
| Market opportunity | What is required for the development of the opportunity? | What are the major limitation or barriers to the expansion | Who are the Catalysts and Champions? What is their role? |
| Flour/grater-ethnic
food intemal/extemal) |
Full support from all players (government, academia, industry NGO's) | - Less support - Lack of policy - Lack of technology - Inefficient production systems |
Scu's/Res. Institute NGO's/industry/ farmer's coops/org, |
| Starch (modified) | Technology (variety, processing, market) | - Funds - Inefficient production systems |
Industry/SCU, Res. Inst. NGO's/farmer's crops |
| Animal feed | Variety, technology | - Insufficient supply of raw materials - Lack of financial support | Pig/livestock raisers/ Res. Institute, SCU's |
| Alcohol HFCS | Variety, technology | - Production
constraints - Waste management - Cost |
Indusny/SCU's, Research Institutes |
Malaysia
| Market opportunity | What is required for the development of the opportunity? | What are the major limitation or barriers to the expansion | Who are the Catalysts and Champions? What is their role? |
| Starch - Native - Modified |
- Access to suitable
land - Availability of native starch |
- Competition from
other crops - Limited starch production at present |
Catalyst: MARDI (make
aware the local demand for starch) Champions: existing starch processors, private sector investors (to provide capital) |
| Snack food | - Private sector
investment - Technologies for innovative new products |
- Upgrading of
packaging - Competition from snacks made from white potato, corn and wheat flour |
Catalyst: MARDI (show
potential) Champions: existing starch processors, private sector investors (to provide capital) |
| Livestock feed | - Cheap but efficient
drying technology - Cheaper cassava price |
- Competition from
cheap imported corn - Low protein content of cassava |
Catalyst: Ministry of Agric. (to substitute high corn imports) Champions: private sector investors, feed millers (to provide capital) |
| Sweetener (HFGS glucose) |
- Increased starch
production - Lower production costs |
- Low yield and price
for sugar - Insufficient supply of starch |
Catalysts: Ministry of Agric. (to substitute high sugar imports) Champion: private sector investors, drink/canned food manufacturers (to use product) |
Annex 3. Working documents on project development.
|
COUNTRY: CHINA TITLE: CONTROLLING POLLUTION FROM SMALL AND MEDIUM - SCALE CASSAVA STARCH FACTORIES IN SOUTHERN CHINA. GOAL: Improved water quality for aquatic life and human uses. OBJECTIVES:
OUTPUTS:
OBJECTIVES:
COLLABORATORS: |
|
COUNTRY: INDIA TITLE: INTEGRATED PRODUCTION, PROCESSING AND MARKETING SYSTEM FOR CASSAVA. GOALS:
KEY OBJECTIVES:
PRINCIPAL OUTPUTS:
BENEFICIARIES:
SOURCE OF FUNDS EXPECTED:
|
|
COUNTRY: PHILIPPINES TITLE: DEVELOPMENT OF HIGH VALUE PRODUCTS FROM CASSAVA GOAL: Expanding the cassava industry in the Philippines OBJECTIVES:
OUTPUTS:
ACTIVITIES:
SOURCES OF FUNDS: GOP |
|
COUNTRY: INDONESIA TITLE: CASSAVA FLOUR UTILIZATION PROJECT (SMALL SCALE) COMPONENTS:
ACTIVITIES:
AREAS OF INTEREST:
SUGGESTION FOR FINANCES:
|
|
COUNTRY: MALAYSIA TITLE: PROCESSING AND DRYING OF CASSAVA FOR ANIMAL FEED GOAL: Substitution of imported grain corn with locally produced cassava OBJECTIVES:
Year 1
INTERACTIONS:
FINANCING:
|
|
COUNTRY: THAILAND TITLE: TO DEVELOP MARKETS FOR CASSAVA PRODUCTS GOAL: To encourage the demand of domestic and foreign consumption of cassava OBJECTIVES:
ACTIVITIES:
|
|
COUNTRY: VIETNAM TITLE: INTEGRATING CASSAVA PRODUCTION BASED ON IMPROVEMENT OF SMALL SCALE PROCESSING IN THE SOUTH OF VIETNAM. DURATION:
PURPOSES:
|