cassava in latin america: an ancient crop mochica culture - perú amano museum – lima, 1300 a.c....
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Cassava in Latin America:an ancient crop Mochica Culture - Perú Amano Museum – Lima, 1300 A.C.
Maize and cassava plants
Roraima – BrasilCultura Kamaiwa-merúFilm: Koch Grunberg1911
Cassava in Latin America: 100 years ago
10.000 MT of starch/yearDifferent types of modified starch
Markets: Meat, bread, textile, paper
Cassava in LAC: 2008
Mechanization of planting and harvesting
Colombia Adaptation of Thailand
experiences
Dry cassava technology for use in animal feed markets
Cassava in other LAC countries
CIAT-led process1980-1990s
Experiences of cassava processing, utilization and marketing in South America:
Lessons learned by CIAT/Clayuca in 30 years”.
Presented in:International Expert Consultation
on cassava processing and marketingNRI, University of Greenwich, December 10th -13th,
2009
Medway, England
• Cock,J.H and Lynam, J.K. 1990. Research for Development. In: Howeler, R.H. (ed). Proceedings of the 8th Symposium of the International Society for Tropical Root Crops. Oct. 30-Nov 5, 1988. Bangkok, Thailand. 1990. 724 pp
• Ospina,B., Poats,S and Henry,G. “Integrated cassava research and development projects in Colombia, Ecuador and Brazil: an overview of CIAT’s experiences. In : Dufour et all., (eds)., Cassava flour and starch: Progress in Research and Development. Cali, Colombia. Centro Internacional de Agricultura Tropical, 1996. CIAT publication ; no. 271)
• Henry,G., Ospina,B. and Best,R., Development by linking small farmers to growth markets: Cassava in Latin America. Sustainable agriculture and envirponment: globalisation and the impact of trade liberalisation. Edited by Andrew K. Dragum and Clem Tisdell. Edward Elgar Publishing.Inc. 1999.
• Gottret,V. and Ospina, B., Scaling up and out: Achieving widespread impact. In: Fujisaka, S., (ed) Centro Internacional de Agiculktura Tropical, CIAT. Cali, Colombia.
Three periods
• 1980s: Public sector initiated innovation process
• 1990s: Limited public sector support for innovation process
• 2000s: Public-private partnerships leading the innovation process
Cassava Innovation process in Colombia
Phases for the Analysis of the Innovation Process
1980s: Public sector
initiated innovation
process
The North Coast of Colombia and Cassava 1980s
The North Coast of Colombia and Cassava 1980s
• Population poor by national standards (76% vs. 64% with unsatisfied basic needs and 55% vs. 36% in misery)
• Semi-arid region with few crop alternatives: cassava tolerance to marginal conditions make the crop a popular option
• Cassava: a very important for food security and cash income (about 40% of small farmers income came from cassava)
• Employment generator: estimated 7.3 million wage-days per year
The Challenge• High cassava production as a
result of land reform and rural development program (credit, technical assistance, training)
• Stagnant demand for fresh cassava: depressed prices
• Massive credit default
• Failure of initial basic premise: more production = more incomes
• CIAT help requested to find a solution
CIAT in the 1980sCIAT in the 1980s
Commodity-based Program with multi-disciplinary research team
Lack of adoption of cassava technologies in Latin America casted doubts about the impact of cassava research
Demand studies identified new market opportunities for cassava (animal feed)
Internal planning exercises led to a change in approach from research only to R&D primary production to agri-food chain
CIAT in the 1980sThe new
approach:
The Integrated Cassava Reasearch and Development projects (ICRDP) approach was developed aiming at coordinating changes in farming systems with changes in the marketing system, withing the framework of multi-institutional integration and cooperation
ICRDP is defined as an intervention at institutional, technological, social and organizational levels, to link small-scale farmers to new or improved growth markets
ICRDP
• 1979- CIAT extended crop research responsibilities beyond germplasm and agronomic practices
• Hypothesis: Cassava development requires addressing simultaneously, in an integrated fashion, production, processing and marketing
• R&D development activities need to start by identifying potential markets for cassava and its products
• Once identified, then product development, processing, production, and commercialization should begin, to develop the market effectively
ICRDP Methodology
Planning at the macro level
Planning at the micro level
Pilot project
Commercial expansion (Out Scaling)
Production Research Pilot project
Applied field testing Pilot evaluationof production for market and technology product development
Commercial expansion (Out Scaling)
Product Development Research
The pilot project concept
Best-bet Set of Potential Solutions Best-bet Set of Potential Solutions • Large and expanding market for animal feed
existed in Colombia• Possible use of dry cassava chips in this
market• Development of the market opportunity
identified and evaluated• Thailand processing model as the
benchmark • CIAT already working on processing
technologies for Asia• Farmers organizational models available and
adaptable• Good breeding and crop management
products available
Best-bet Processing SolutionBest-bet Processing Solution
CIAT: accumulated experience on cassava drying in Asia
Product Champion Product Champion
• CIAT Cassava R&D team became the product champion
– defining the research agenda
– providing a set of best-bet solutions
– inducing the innovation process
• CIAT Cassava R&D team became the product champion
– defining the research agenda
– providing a set of best-bet solutions
– inducing the innovation process
Institutional Intervention
(Multi-instituional integration framework)
Research
Technical Assistance Marketing Social
organization Credit
ICA CIAT
CORFAS ICA Caja Agraria INCORA CIAT
CORFAS CECORA ANPPY
SENA DANCOOP CECORA CORFAS
Caja Agraria
CORFAS
Small-scale Farmers Organizations
Integrated Rural Development
CIDA World Food Program
Technological intervention: natural drying of cassava chips
Technological intervention: natural drying of cassava chips
Target market: animal feed industryTarget market: animal feed industry
• Technological prototype; simple, small-scale and with low investment requirements
• Technological prototype; simple, small-scale and with low investment requirements
Organizational InterventionOrganizational Intervention
Organizational prototype: small-scale farmer groups of 25-30 farmers to manage the
emerging rural agroindustries
Social Actors and their Roles in the Innovation Process
Social Actors and their Roles in the Innovation Process
• Farmer groups • Farmer groups
co-developersco-developerstarget grouptarget group
Social Actors in the Innovation Process and Roles
Social Actors in the Innovation Process and Roles
• Public sector and donors:
– Planning and priority setting
– Funding– Leading and
controling
Social Actors in the Innovation Process and Roles
Social Actors in the Innovation Process and Roles
• Private sector:
– acted as end-user
– provided quality control
– set up the price
• Private sector:
– acted as end-user
– provided quality control
– set up the price
Trends in Cassava Prices in the North Coast of Colombia, 1975-90
0
50000
100000
150000
200000
250000
1975
1976
1977
1978
1979
1980
1981
1982
1983
1984
1985
1986
1987
1988
1989
1990
Year
(199
8 $C
ol/K
g)
Fresh Market Dry-cassava Plant
- 6.2
3.5
0.03
Start of the
ICRDP Period
Start of the
ICRDP Period
Trends in Cassava Area and Yield in the North Coast of Colombia, 1975-93
0
20000
40000
60000
80000
100000
120000
140000
75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93
Year
(ha)
0
2000
4000
6000
8000
10000
12000
(kg/ha)
Area Yields
Start of ICRDP
adaptation phase
Start of ICRDP
adaptation phase
-0.4
-2.1
0.6
7.0
Sucess Factors of the Innovation Process in the 1980s
Sucess Factors of the Innovation Process in the 1980s
• Pilot site that permitted an intensive involvement of farmers as co-developers, adaptors and adopters
• Appropriate selection of the pilot site: felt need and interest
• Phased release of the innovation: start-up and adaptation phases
• Free access to the technological innovation
• Pilot site that permitted an intensive involvement of farmers as co-developers, adaptors and adopters
• Appropriate selection of the pilot site: felt need and interest
• Phased release of the innovation: start-up and adaptation phases
• Free access to the technological innovation
1980s: Public sector
initiated innovation
process (ICRDP Period)
Out scaling of dry-cassava agroindustries: expansion phase (1990-
1993)
0
5000
10000
15000
20000
25000
30000
35000
Pro
cess
ing C
apacit
y
(MT
)
1981 1983 1985 1987 1989 1991 1993
Year
Cooperatives Private Entreprenuers
Conceptual Framework for the Analysis
Conceptual Framework for the Analysis
))1(r̂P,,,,( kkkkii CICZZfM
2. Influence on the adoption of modern varieties 2. Influence on the adoption of modern varieties
),,,,ˆ),0(r̂(Ppovertyin 19931985 FaKmUCaMCf
3. Contribution to poverty alleviation3. Contribution to poverty alleviation
),,,,(*k
freshk
coopkkkk FTCTCDSII
),,(* coopkkkk TCDSfDC
0 if 0
0 if *
**
k
kkk
I
IDCDC
1. Cassava Drying Organizations Emergence1. Cassava Drying Organizations Emergence
where
Cooperative Emergence Analysis
Excess cassava supply
Emergence
Potential cropping landFarmers who treated their seedsFarmers who used pesticidesAverage experienceCassava consumption
Transactional costsDistance to municipality centerInter-institutional interactionAverage formal education
PovertyAverage farm size
Land tenure
0.01***
- 0.02*
0.16***- 0.02*** 0.08***- 0.0003***
0.002
- 0.04** 0.06** 0.49***
R2 = 0.81
ICRDP Innovation Influence on the Adoption of Germplasm Technologies
Farmers planting modern varieties
% of cassava area planted under modern
varieties
Cassava area with modern varieties
Land Owned (ha)
Formal education (years)
Experience (years)
Credit availability
Technical assistance availability
Agricultural wage
Distance to the drying plant
Institutional presence
Number of community organizations in 1985
Presence of a drying plant
77 %
0.002
- 0.028
- 0.001
0.001
- 0.001***
- 0.004***
0.620***
82 %
0.002
- 0.005
0.004***
“Before, we didn’t eat three meals per day… if we had breakfast; we didn’t have lunch. And now… I said that there was a change. When we got this land in 1971, we used to plant a quarter or half of an hectare… and now we even plant 5 hectares with cassava. Therefore, things have improved. If you walk around the village, you can see that almost all the houses are built of brick and cement. The village has an aqueduct and part of it has a sewage system, and all of this was acquired with the little we obtained. We don’t live in adobe houses anymore, where you could see the beds from outside. The hammocks used to be made with jute, and now we have at least a more comfortable bed. Now we have money to send the children to school and to dress them, to buy the shoes and socks, and in sum, we have enough to eat three meals too”.
Don Carlos, cassava farmer and member of COINPROSAN, Segovia, Sampués, Sucre, 1999
Phases for the Analysis of the Innovation Process
1980s: Public sector
initiated innovation
process (ICRDP Period)
1990s: Limited support
from public sector (Latent Period)
The Political, Economic and Social Environment in the 1990s
The Political, Economic and Social Environment in the 1990s
• Donor and public sector support reduced to a minimum
• Free market policies that opened the economy to external competition
• Developed countries subsidies that generated export surpluses
• Massive imports of grains to attend the growing demand of the feed industry in Colombia (1 million TM per year)
• The dry cassava agroindustry became non-competitive
Trends in Cassava Prices in the North Coast of Colombia, 1975-99
0
50000
100000
150000
200000
250000
1975
1977
1979
1981
1983
1985
1987
1989
1991
1993
1995
1997
1999
Year
(199
8 $C
ol/K
g)
Fresh Market Dry-cassava Plant
- 6.23.5
- 5.0
0.03- 4.4
Start of the ICRDP
Period
Start of the ICRDP
Period
Start of the Latent
Period
Start of the Latent
Period
Dry-cassava Plants Emergence, North Coast of Colombia, 1981-1999
1 1 4 526 30 31 36 42
59
98 101
44
33
47
25
3437
15
2
0
20
40
60
80
100
120
140
160
1981 1982 1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1999
Year
Num
ber
of org
aniz
ati
ons
Cooperatives Private entreprenuers
Trends in Cassava Prices and Dry Cassava Production in the North Coast of Colombia (1981-1999)
0100002000030000400005000060000700008000090000
10000081
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
Year
Pri
ces
(1990
$C
ol/
Kg)
0
5000
10000
15000
20000
25000
30000
35000
40000
Pro
duct
ion (M
T)
Dry-cassava prices Cassava roots prices Dry-cassava production
-0.4
-4.3
-0.02
-5.5
Start of Latent phase
Start of Latent phase
62.4-11.3
The CLAYUCA PeriodThe CLAYUCA Period
1980s: Public sector
initiated innovation
process (ICRDP Period)
1990s: Limited support
from public sector (Latent Period)
2000s: Public-Private
Partnership Led
Innovation Process
The Political & Economic Environment in the 2000s
The Political & Economic Environment in the 2000s
• Developed countries increased further their subsidies
• Devaluation of the Colombian peso made
imports more expensive
• Regional and bi-lateral trade agreements strengthened the need for competitiveness in the agricultural sector
• Supporting local production of raw materials became a feasible strategy to reduce costs
• Public sector regained importance with a facilitator and co-funding role
Trends in Cassava Prices in the North Coast of Colombia, 1975-2001
Trends in Cassava Prices in the North Coast of Colombia, 1975-2001
0
50000
100000
150000
200000
250000
1975
1977
1979
1981
1983
1985
1987
1989
1991
1993
1995
1997
1999
2001
Year
(199
8 $C
ol/K
g)
Fresh Market Dry-cassava Plant
- 6.23.5
- 5.0
11.2
0.03- 4.4 0.01
Start of the Latent
Period
Start of the Latent
Period
Start of the ICRDP
Period
Start of the ICRDP
Period
Start of CLAYUCA
Period
Start of CLAYUCA
Period
Trends in Prices and Dry Cassava Production (1981-2001)
Trends in Prices and Dry Cassava Production (1981-2001)
050000
100000150000200000250000300000350000400000450000500000
1981
1983
1985
19̀8
719
8919
91
1993
1995
1997
1999
2001
Year
Pri
ces
(199
8 $C
ol/K
g)
0
10000
20000
30000
40000
50000
60000
Pro
duct
ion (M
T)
Dry-cassava prices Cassava roots prices Dry-cassava production
-0.02
-5.5
Start of the Latent
Period
Start of the Latent
Period
62.4-11.3
Start of the
CLAYUCA Period
Start of the
CLAYUCA Period
74.8
1.6
CIAT’s in the 2000sCIAT’s in the 2000s Shift from commodity-based Programs to a
project portfolio that scattered the multi-disciplinary cassava team
Strong competition for donor support Conformation of CLAYUCA proposed as an
strategy to facilitate access to technology according to user demands and priorities
CIAT does not control but participates actively in definition and implementation of the agenda
Public and private sectors acting as co-innovators in early stages of the innovation process
The CLAYUCA Model
A regional, multi-country effort
Four founding country members(1999)
Fifteen countries in ten years (2008)
Technology clearing house for cassava sector in LAC
The CLAYUCA Institutional Model
Partnership between public and private sectors
Self-financed operation Autonomy Shared responsabilities
for planning and implementation
Common agenda based on proritized problems
Competitiveness
Key PrinciplesKey Principles
Animal feed market continues to expand creating an unsatisfied demand for raw materials
Cereal imports continues to increase (2 million MT per year)
New market opportunities developed for higher value products (fresh market and starches)
New Market Situation
Postharvest Technologies
Second Best-bet Technological
Prototype: Processing
Second Best-bet Technological
Prototype: Processing
Artificial drying
• Higher level of complexity
• 3 ton/hour roots
• Higher scale: 8,000 ton/year of dry chips
• All year round supply
• Improved nutritional quality
32,00033,00034,00035,00036,00037,00038,00039,00040,00041,000
Natu
ral
dry
ing
Art
ifici
al
dry
ing
138 groups
4 dryingplants
4 drying plants = 600,000 US$ 128,000 sq.mt drying floor = 3,2 million
US$
Scale and Investment
Second Best-bet Technological
Prototype: Processing
Second Best-bet Technological
Prototype: Processing
50.000 MT cassava flour7.000 has
1.200 direct jobsUS$6 million
Cassava chips drying plant
Cassava flour refining unit
Cassava roots processing
Manual chipping machine Manual milling-refining machine
Chain of evidenceImpact pathway
Chain of evidenceImpact pathway
Population
Biofortified crops
Processing technologies
Food products
Distribution programmes
Use of Cassava in Animal Feeding
20.0
20 % cassava flour
3.6
10.0
11.8
20.0
23.0
--------Cassava flour
Commercial
9.1Wheat brand
10.0Rice flour
8.1Soybean cake
20.0Full fat soybean
41.10Maize
Ingredient
Uses of cassava in animal feeding : Silage
Roots 33,5 % 48,5 %
Leaves 66,5 % 50,0 %
Úrea 1,5 %
Consumption 1.8 – 3.0 % live weight
Mineral salt Add libidum
Formulation for cattle
Nutritional Blocks
Raw material Quantity (%)
Molasses 50.00 45.00
Cassava root flour 40.00 35.00
Cassava leaves flour 15.00
Úrea 5.00 5.00
Mineral salt - Vitamins 5.00
Total 100.00 100
Nutritional composition
Crude protein (%) 16.88 19.85
ME (Mcal/kg) 2.36 2.14
Crude Fiber (%) 1.50 3.81
Ca (%)* 1.39 0.74
P (%)* 0.85 0.12
Micro-plants for the Production of Ethanol in Rural Communities
Micro-plants1.000 – 5.000 lt/day
Agrobiofuels: rural communities with 50 – 100 has
Rural Communities
Bioethanol production (96%)
THE FOUR PILLARS
• Social
• Policy
• Post-harvest technology
• Production technology
Motivation Conformation
of a Promoter
Group
Strategic Vision and
Project Portfolio
Partnerships Negotiation and Design
Identification and Analysis
of Constraints
Existing and Potential Markets
Available Technology and
Innovation Possibilities
Agri-chain Analysis
Analysis of Competitive Potential
Definition of Common
Objectives and an
Innovation Plan
Design of the Process
• Traditional cassava markets have diversified and overall demand for cassava has increased
• Price variability has reduced , yields have increased, farmers motoivated to adopt improved technologies
• Small-scale, cassava-based, rural agroindustries , with low opportunity costs have been promoted . Especially amongst landless producers
• Farmers’s incomes and employment opportunites have improved
Integrated Cassava Research and Development Projects (ICRDP)-Impacts
Integrated Cassava Research and Development Projects (ICRDP)-Impacts• Effective vehicle for CIAT to interact with
various national research, rural extension and development institutions in LAC
• Production, processing and marketing technologies validated and adapted to specific regional conditions, under ICRDP framework
• New technologies generated through synergy of R&D promoted by ICRDP
• R&D institutions, policy makers, donors, governments have seen results that show the important role that cassava can play in achieving development goals
Reflections on Enabling and Scaling Innovation
• A proper and timely combination of a set of market, social and technological innovations
• Importance of the political, economic and social environment and thus the contextualization of innovation enabling strategies
• The need of a ‘champion’ with a strong felt need, genuine interest, trustworthiness, and lobbying capacity to mobilize resources
Lessons learnt
For contributing to poverty alleviation, we need two important components:
• Integrated approach (research & development)
• Strategic alliances (partnerships)1. Public & private2. With local community
organizations
A Final Reflection on Out-scaling
A Final Reflection on Out-scaling
Out-scaling in other
agri-food chains
AFRICAASIA
Out-scaling in cassava
Institutional Innovation
Model