Carol J. Henry, PhD October 9, 2013 Sixth McGill Conference on Global Food Security
Carol J. Henry, PhD October 9, 2013
Sixth McGill Conference on Global Food Security
Food Security Situation in Ethiopia • Agriculture is the principal source of revenue – more
than 80 % of population rely on agriculture for life • To address food security- increase in household
income is the key indicator, has not been shown soly to reduce malnutrition
• Poor dietary practices leads to various nutrition related diseases and malnutrition
• Relationship between mom’s nutrition and child intake critical if we want to achieve MDG goals
• Government initiatives & others aiming to achieve MDG
Nutrition Situation in Ethiopia Micronutrient deficiency, also known as “hidden hunger,” is a major public health problem in most developing countries
Iron deficiency 50.1% of reproductive age group women (Haider , 2010)
Zinc deficiency Pocket studies
53% of pregnant women (Gebremedihin et al., 2011) 72% of pregnant women in third trimester (Abebe
et al., 2008)
National level stunting (<-2 HAZ) - 44% children under five years (CSA, 2011)
Poor wat/san & inadequate health
services
Child malnutrition,death and disability
Inadequatematernal & child-care practices
Insufficient accessto food
Quantity & quality of actualresources - human, economic,
organizational - and theway they are controlled
Potential resources: environment, technology,
people
Inadequate dietary intake
Disease
Poor wat/san & inadequate health
services
Child malnutrition,death and disability
Inadequatematernal & child-care practices
Insufficient accessto food
Quantity & quality of actualresources - human, economic,
organizational - and theway they are controlled
Potential resources: environment, technology,
people
Inadequate dietary intake
Disease
Modified Causes of Malnutrition (UNICEF, 1990)
Immediate causes
Underlying
Causes
Basic causes
Anti-nutrient
Environmental conditions Eg. Soil
Bioavailable nutrient
Access to Plant based diets/staples
Proportion of nutrient in a food that is absorbed and utilized by the body (Hurrel, 2002).
Legumes Leguminous crops play an important role in the diet
of low income people Majority of population is engaged in agriculture
Cheap source of nutrient
Mature in short period
Main food in short growing seasons and poor annual harvest area
Moderate drought resistant
Food and nutrition security
Crop rotation
Intercropping
Nitrogen fixation
Soil health
Legumes cont…
* http://www.eap.gov.et/?q=node/770 ** CSA, 2008
•“Poor man’s meat”
– Protein source •Good source of mineral
– However, they also contain anti-nutrients Map source: Alemu et al., 2009
contribution * Consumption**
Faba bean 36% 64
Haricot bean 17% 72%
Chickpea 16% 75%
Targets • 5-sites –Southern Ethiopia (Damot Gale, Halaba,
Meskan, Sodo, Ziway) • Target beneficiaries –moms, farmers, children under 5
P r o j e c t D e s I g n
Agro-Systems approach: From Field to Fork
Soil quality and management
Crop diversification Genetic diversity Bio availability
Food Processing
Bioavailability
Human health & Nutrition
Household food & Nutrition security [Increased production of the new pulse crops,
consumptionimproved intake of macro 7 micro nutrients]
System wide analytical tools
-Value-chain analysis
-Gender analysis
-Monitoring & evaluation
Stakeholders
Bureau of Agriculture, Bureau
of health, NGO’s,
Linking soil & Plant nutrition
Gender stratification Socio-economics
Environment
Reducing the burden of fertilizer & chemicals
Environmental quality; soil quality, biological nitrogen fixation, reduced land degradation
Project objectives Improve nutrition, health of rural Ethiopians, esp. children
& females, Using a whole food strategy - combined approach of
breeding staple pulses crops rich in micronutrients - biofortification
• Biotifortification strategy- bring full potential of agricultural (soil, plant science, food processing, value chain) to address malnutrition
• Address four pillars of FS - Availability –soil health, plant breeding> activities that lead
to better production – Access: purchasing, value chain, market – Utilization: consumption, diet diversity, household food
processing, nutrition education & care – Governance: policies, legal framework
Nutrition Interventions Undertake activities to promote the adoption and dissemination of the
varieties of chickpeas, haricot and other beans grown during the trial period Nutrition education & training Product development; recipe development (complimentary food)
Measure the nutritional and other impacts of these nutritionally improved varieties in communities and households
Caloric intake of children (under 3), reproductive age women relative to recommended allowance
Dietary diversity scores for these same groups Weight-for-age or height-for-age for young children (WHO
standards) Micronutrient intake – vitamin A, zinc, iron
Nutrition Pathway
* Broken arrows
Participation in agricultural -
nutrition intervention
Gender sensitive agriculture
interventions
Agricultural practice (plant breeding , bio - fortification
improved seed & soil fertility)
Increased production of pulse, incl . , nutrient rich pulse crops
Increased household income through sales of
pulses as cash crops
(market & consumer studies, value chain)
Nutrition education Improved food processing technologies & preparation , consumption
More pulse, improved diet
quality & diversity of households,
especially women &children
Improvement nutri tio nal sta t us and health of
communities, especially of reproductive age women and young
children
Enterpri s e processing pulse food e . g . complementary foods
Behaviour change outcome
Key Approaches • Student-faculty- led research & extension in study sites
• Several piloted studies on production, processing, nutrition • Carried out jointly by HwU & UofS- faculty, staff, graduate
students • Joint PhD in Agriculture-initially • UofS-PhD nutrition; Applied MSc-HwU
– Participatory -Community engagement approach (e.g. farmers training/field days)
• Collaboration with research & development partners [public-private partnership)
• Fostering local - to be able to see what works • Increasing links to agriculture-nutrition-health
Examples of Projects Agr- Response of haricot bean varieties in application
of different levels of Zn & Fe in selected areas of Ethiopia
Performance of chickpea varieties after maize and haricot bean at Halaba district, SNNPRS
Production efficiency of staggered sowing of three common bean cultivars intercropped at different populations with maize at Taba & Halaba
Examples contd. Pulse value chain analysis in selected Woredas of
Southern Ethiopia: Potential and constraints for livelihood improvement and export development [fac/Res)
Food processing methodologies, implication for improved micronutrient intake; sensory analysis & consumer acceptability studies
Effect of post harvest practices Nutrition intervention, farmers training; intervention
effect (KAB)- improvement of diet (product development)
Nutrition education tool Conversation Map
Gender Analysis Framework
What have we learned? • We have learned a lot from our baseline & other
studies – Practicing double cropping and crop rotation for
increased production and higher nutrition – Integrating nutrition education & training, along side
production of pulses to improve dietary diversity, nutrition security
– Market can be used as a driver for nutrition security (through its income, crop choice and diet diversity effect)
Next Steps Evaluate outcomes of current nutrition
interventions and scale up positive outcomes Select household-based food processing method
yielding better bioavailable nutrients Improve the positive effect of market on nutrition
while mitigating its effect on nutrient depletion Engage farmers in discussions about cooperatives for
improve bargaining power to get high share in price for their commodities
Thank You: CIFSRF TEAM (agriculture, nutrition, food science,
gender, marketing/value chain, sociology) University of Saskatchewan & Hawassa University Regional Agriculture and Health Bureaus NGOs Graduate students Farmers & farming households Funders –IDRC/CIDA (Foreign Affairs)