building the evidence base & varieties to achieve impact with vitamin a rich sweetpotato
TRANSCRIPT
Building the Evidence Base & Varieties to Achieve Impact with Vitamin A rich sweetpotato
MARIA ANDRADE
Foundation Day and Consultation on Farming System for NutritionMSSRF, Chennai August 7-9, 2017
Out of a world population of 7 BILLION
• About 2 BILLION suffer from micronutrient deficiency
• About 800 MILLION suffer from calory deficiency
About 70% of African make a living through agriculture
Most farmers are smallholders, poor & malnourished
To feed 9 billion humans who’ll be living on Earth in 35 years
We need to double the amount of food available on less land
Progress made in Africa, challenges of diet-relatedpremature death, poor development and disease remain.
In Mozambique, 43 percent of children under five arestunted due to chronic illness and poor diets.
Only one out of every 10 children under two receive thesufficient nutrients they need to be able to grow anddevelop to their full potential.Alone, child undernutrition costs the country 62 billionMZN, or 11 percent of its annual GDP in Mozambique.Progress has been slow, especially in light of recognition bygovernment that nutrition matters.
Our focus must shift from feeding people to nourishingthem.In doing so, we must harness the power of the public andprivate sectors, and civil society to encourage and enableconsumers to access better diets.It is imperative therefore that policy makers pay moreattention to food systems if nutrition planning is to beeffectively implemented.The reality is complex.
Drought is a problem 1. Integrate and align water and soil management
strategies to maximize response to drought together with breeding effort for nutrient dense crop
2. Promoting water conservation and more resilient water supplies
3. Improve nutrient and water supplies where yields are lowest
Use Resources more efficientlyImprove the resilience of the native biodiversity
Improve seeds, private sector investment, training1.
Elimination of hunger and malnutrition require more than transforming the production of food
• There is need to assist small holder farmers to build resilience to natural disaster and climate change
• Use of advances in science and technology to boost yields
• Make partner with the private sector to reach the market
• Strengthening in breaking through technologies such as climate resilient seeds, cultural management and improve communication
Some general facts – of SweetpotatoIn few countries a staple - in many countries secondary
30 countries are producing 99% of the total world sweetpotato production – but sweetpotato is produced in more than 110 countries of the world
Sweetpotato produces more food calories per unit area per unit time than any other crop
15 t/ha (poor soils) to 25 t/ha (good soils are possible with currently available varieties Live saver or poor man’s crops / an image that is gradually changing nowadays. Classic food securityIncredible amount of genetic diversity
Mashed OFSP – for puree and or for bread production
Need 1: The moist sweet to high dry matter early bulking OFSP (Tumwegamire et al. 2016)Need 2: The animal feed SP in Asia and parts of SSANeed 3: Non-sweet sweetpotato -> taste like potatoNeed 4: Ready to eat (gari, porridges ) in mixture
New Uses & Markets => more / different needs from breeding
Bread made with a ratio of 66% wheat flour and 34% mashed OFSP in Mozambique 2009 => bio / fortified bread
Selection for long stems & leaves (China 2008) – appears like young bean pods
– Uganda 2008
sweetpootato as animal feed (Java / Indonesia 2014 – a cheap fodder crop)
Orange-fleshed Sweetpotato (OFSP): The Model for Biofortified Crops with a
Visible Trait
* Higher yielding* Rich in Beta-Carotene* Earlier maturing
§All types good sources of vitamins C, K, E and several B §Most varieties in SSA white-fleshed: no beta-carotene§100 gms (one small root) meets daily vitamin A needs ofa young child
Evidence at the Community Level: OFSP contributed 35% of vitamin A intake 15% decline in prevalence of vitamin A deficiency in under 5s
Investing in Orange Fleshed Sweetpotato (OFSP):
Was it Worth the Investment?An Experience of 20 Years
1997-1999Adaptation trials of first generation (68 clones)
April 19991st multi-sectorial meeting where spoke on the potential of OFSP
June 19991st strategy to fight the deficiencies of Micronutrients
Opportunity of Development Emerging from Disaster (floods of 2000
2000Release of 9 varieties 1st
generation
2000-2002Distribution after flood to 120,000 HHs
2003-2006Integration into development programs for dissemination (700,000 HHs)
1st Nutrition Sensitization Campaign
Intensive Research & Discovering the Need to Initiate a Breeding Program in Mozambique
2003-2005Towards Sustainable Nutritional Improvement (TSNI) study in Zambézia:
Demonstrated the effectiveness of integrated nutrition-agriculture intervention Using OFSP
2005Severe drought , 2/3 of the country affected. More than 50% of sweetpotatolost (both white & orange)
DROUGHT
2003-2004Problems of localized drought:started looking for fund to initiate a breeding program in the country
The Breeding Program with Emphasis on Selecting Material Tolerant to Drought &
Rich in pro-Vitamin A
2006-2010Develop new varieties of OFSPMore adapted to Mozambican conditions
N
4 years instead of 8 years!1) Exploit the characteristics of a vegetative propagated crop 2) More sites, earlier in the process3) NIRS machine to evaluate nutritional quality of each sample in 2 minutes 3) Evaluate 5,000 clones annually per site
N New methodologyAccelerated
B Breeding
2007-2010Intensive study Reaching End Users in Zambézia:How to reach many HHs in a cost effective way
A Great Result: 15 New drought tolerant OFSP Varieties
Released in February 2011
Result ,,,,,,,,,,,,,,,,,,,,,,,,,,,,
The material is from Mozambique but also will
help other African countries
Breeding in Africa for Africa§ "Accelerated" sweetpotato breeding approach to
produce varieties in 3-4 years instead of 7-8 years§ By 2016, 42 OFSP varieties bred in Africa released
being 20 released in Mozambique
The Speedbreeders at crossing block
A controlled cross
Fe and Zn increments in MT15; trial planted in September 2015 EC – experimental clone; ICHECK –international check; LCHECK – local check
UMIRR2015BUMDT2015B
1.7
1.9
1.5
1.8
2.0
1.6
Clones
Fe
ECICHECKLCHECK
UMIRR2015B
1.1
UMDT2015B
1.3
1.2
1.0
0.9
Clones
Zn
LCHECKICHECKEC
Seed systems: Net tunnels,
Animal feed: >Silage tube>Dual purpose varieties
Linking women groups to processors:
Linking health, nutrition and agriculture: Western Kenya
Examples of Delivery Systems
Triple S (store/sand/sprout
Technology impact beyond borders: true seed and vines:True botanical seed were shared with 19 NARS in Southern-, East and Central- & West Africa and South East Asia
DIFFUSION OF OFSP VINES IN MOZAMBIQUE: CIP & PARTNERS
MaleheadedHH
FemaleheadedHH
Totaldirectbeneficiaries
MaleheadedHH
FemaleheadedHH
Totalindirectbeneficiaries
OFDA/USAIDBilateral
97664 52588 150252 195328 105176 300504
OFDA-New 14087 7585 21672 28174 15170 43344VISTA 27578 9193 36771 55157 18386 73542NIASSA-OFSP 25559 3485 29044 76676 10456 87132SUSTAIN 35640 8360 44000 71280 16720 88000
Total ALL 200528 81211 281739 426614 165908 592522
Directbeneficiaries Indirectbeneficiaries
December2011-July2017
Country Project(s)
MOZ
ProportionofFemaleHeadedHouseholdsOverallHouseholdReachedProportionFarmer-basedHouseholdsGrowigOFSPinMozbyJuly2017
28%87426123%
Resilient OFSP. The two crops planted the first cropping season in Maniquenique station, Chibuto district, Gaza Province, October 25, 2016
17 priority countries,
3 sub-regions
2.9 million Households reached by Sept 2016
12 withActivity under SPHI Umbrella
How are we Going to Disseminate an OFSP toHave Impact in the Nutritional State (VAD)?
TSNI Study (Towards Sustainable Nutritional Improvement)
Find if it is possíble to have an impact at the level of uptake of vitamin A and nutritional status of the child through the introduction of OFSP varieties combined with an intensive program of demand creation of food rich in in vitamin A and to change food habit in children under 5 years
Access to ImprovedPlanting Material
Buy more Vitamin-A-RichFoods & Health Services
Vitamin A Deficiency & Low Caloric Intake in Young ChildrenConceptual Framework
Increase Young ChildFeeding Frequency
EmpowermentThrough
Knowledge
Substitute white-fleshed with
orange fleshed, beta-carotene rich varieties
Earn income from
sales of roots & processed products
Produce more Calories & Beta-Carotene per hectare
Improved agronomic practices to assure year-round supply
Effectivefeeding
practices developed viaconsultative
research
Mediacampaign
to increasedemand forvitamin A rich foods
Enhanced Purchasing
Power
Increase Young Child Intake of Calories & Vitamin A
Improve Young Child Vitamin A Status
Deworming
There was significant impact in the adoption of OFSP, the level of vitamin A consumption & the level of
vitamin A in the body (blood)
§ Median intake of vitamin A was 8 times higher in the children under intervention when compared with control § OFSP contributed 35% of vitamin A intake and 6% of energy. § Decreased of 15% in the prevalence of vitamin A deficiency (indicated by low level of serum retinol)
Low, JW et al., Journal of Nutrition 137: 1320-1327, 2007
Demand creation
COMMUNITY THEATER
PROMOTION LINKED TO COMMERCIALIZATION
IMPORTANT TO INCLUDE MEN
PROCESSED PRODUCTS
IMPACT OF OFSP IN MOZAMBIQUE: NUTRITION & HEALTH ISSUES
▼ About 100,000 women trained on the SP agro-processing and nutrition messaging During the harvesting season, OFSP consumed 2-3 a week
▼ Overall, score of six (6) and above indicates adequacy nutrient intake, while below four (<4) is associated with poor dietary diversity, 4-5 is a medium dietary diversity. Thus, jump from medium to adequate nutrient intake
0.0 2.0 4.0 6.0 8.0 10.0
Maputo
Gaza
Inhambane
Manica
Sofala
Zambezia
Overall
Endline HDDS (N=283)
Baseline HDDS (N=276)