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POTATOES FOR SUSTAINABLE
GLOBAL FOOD SECURITY
André Devaux
International Potato Center (CIP)
2014 EAPR Congress
July 7, 2014
Family Ahmed in Egypt
More than a billion people eat
potatoes around the world
* From “Food Around The World” with Peter Menzel’s pictures from the book "Hungry Planet"
Family Namgay in Bhutan
The potato is the third most
important food crop in the
world
* From “Food Around The World” with Peter Menzel’s pictures from the book "Hungry Planet"
Family Ayme in Perú
The potato is recommended as a food
security crop as the world still faces
steady hunger rates
* From “Food Around The World” with Peter Menzel’s pictures from the book "Hungry Planet"
Why do potato-based systems represent an increasingly
important opportunity for the poor in terms of:
• Food security
• Poverty alleviation
• Improved health status?
POTATOES FOR SUSTAINABLE GLOBALFOOD SECURITY
Outline
 Hunger, Agriculture and Potato Global Trends
 How is CIP’s current research portfolio reaching the poor?
 CIP strategic plan addressing Food and Nutrition Security
with Potato Science
 2 billions people suffer from hidden hunger
• Prevalence of micronutrient deficiencies -
Image from HarvestPlus
Agriculture growth is a key factor since
most of the poor depend on agriculture
Economic growth is necessary but not
sufficient to accelerate reduction of hunger
and malnutrition
“If support is given to small-scale farmers, so they become self-
sufficient, we would solve 40% to 60% of the global food
insecurity problem”. From: Ajay Vir Jakhar, Chairman Farmers'
Forum India in a debate on “Rethinking Global Food Security”
Potato is cultivated in areas of prevalent
poverty and malnutrition in the world (such as
mountain areas)
Agriculture and Potato
growth to reduce
hunger in the world
Potato Global trends
Potato Global trends
Changes in Global Potato Production
World
Developed
countries
Developing
countries
1990 1992 1994 1996 1998 2000 2002 2004 2006 2010
Countries
Developed countries
195.22 184.64 168.69 193.59 162.25 182.04 163.58 171.79 155.25 143.88
Developing countries
84.09 93.44 102.38 117.71 131.41 146.51 152.41 157.77 159.12 180.53
World 279.32 278.09 271.07 311.31 300.67 328.55 315.95 329.56 314.37 324.42
Fuente: FAOSTAT
Fuente: FAO 2011
2010
Potato consumption in
developing countries is increasing
Source: FAOSTAT
Growth in production of
Staple food crops in China
Source: FAOSTAT
Source: FAOSTAT
Percent change in crop production
of staple food crops in SSA ( 1994-2011 )
Outline
 Hunger, Agriculture and Potato Global Trends
 How is CIP’s current research portfolio reaching the poor?
 CIP strategy addressing Food and Nutrition Security with
Potato Science
CIP’s Mission: to work with partners to achieve food security, well-being and gender equity for poor
people in root and tuber farming and food systems in the developing world. We do this through research and
innovation in sciences, technology and capacity strengthening.
CIP Headquarters, Peru
Nairobi,
Kenya
Bhutan
Kampala,
Uganda
Addis Abba,
Ethiopia
Quito, Ecuador
Manila,
Philippines
New Delhi, India
Orissa, India
Nagaland, India
Beijing,
China
Hanoi,
Vietnam
Bogor,
Indonesia
Lilongwe,
Malawi
Maputo,
Mozambique
La Paz, Bolivia
International Potato Center (CIP)
Tashkent,
Uzbekistan
* Thiele, 2011
Targeting Analysis:
• importance of potato crop
• indicator of livelihoods
* Thiele, 2011
* Thiele, 2011
Theisen et al in preparation
Distribution of potato production and poverty, China
PRIORITY
AREAS
FOR
INVESTMENT
IN
POTATO
RESEARCH
AND
INNOVATION
Andean South America
• Bolivia,
• Perú,
• Ecuador,
• Colombia.
The Indo-Gangetic basin
of southern Asia
• Bangladesh,
• India,
• Nepal,
• Pakistan.
China
• Several interior provinces
in southwest to north
production zones.
Higher altitude areas
of Sub-Saharan Africa
• Ethiopia, Cameroon,
• Kenya, Burundi,
• Rwanda, Uganda,
• Tanzania, DRC (Kivu)
Malawi, Angola,
• Nigeria, Mozambique,
• Madagascar.
Central and western
Asia and the Caucasus
• Tajikistan,
• Kyrgyzstan.
• Armenia,
• Azerbaijan.
Ecosystem/ Sector Constraints
• Small Farms
• Hillside Agriculture
• Dispersed production
Production Constraints
• Multiple, overlapping
seasons
• High pest and disease
pressure
Institutional Constraints
• Limited infrastructure
• Limited quality inputs
• Disorganized sector
Pro-poor technologies: save costs, by reducing use of
inputs, which favors adoption by poor farmers:
• Late blight and virus resistance, earliness
• Integrated Pest Management (IPM),
• Better adapted seed systems
• Biofortification
CIP’s
RESEARCH
PORTAFOLIO
Potato as staple: improve
livelihoods and food security
of poor farmers
(Agriculture based countries)
Potato has a dual role
for producers:
Potato as a high value crop:
Pathway out of poverty
(Urbanized & Transforming
countries)
Access dynamic markets: Better competitiveness
• Sustainable Agriculture Intensification
• Public-private partnership
Outline
 Hunger, Agriculture and Potato Global Trends
 How is CIP’s current research portfolio reaching the poor?
 CIP strategy addressing Food and Nutrition Security with
Potato Science
CIP NEW STRATEGIC PLAN
Maximize the contribution of potato and sweet potato science to
enhance CIP’s tangible impact on food and nutrition security in
identified target regions.
Six strategic objectives (SO):
• 1 on Sweetpotato (production, nutrition and health)
• 5 on Potato
Potato strategic objective 2:
Focused in Asia through the intensification of local
cereal-based systems with the early-maturing agile potato
Potato
1st Transplanted boro rice
Boro nursery
2nd Transplanting after potato
harvest
Challenge:
• To fit into existing
windows (70-80 days)
left fallows in different
cereal based systems
• Development and use
of heat tolerant early
“agile” potato varieties More information: Mohinder Kadian, presentation 15
Potato strategic objective 3:
Improving livelihoods of potato farmers in Africa by tackling
deteriorated seed quality through an integrated approach.
 Rapid multiplication technologies
aeroponics or sand hydroponics
 Decentralized seed production
by promotion of quality declared
seed systems
 On-farm seed maintenance through
positive selection, small seed‐plot
technique, improved storage
 Involvement of private sector and
creating entrepreneurial opportunities
for young and female farmer
Monica Parker, Paper 14 and 111
Potato strategic objective 4:
Evolving discoveries in genetics, molecular biology,
genomics and cellular biology.
Disease-free potato
Current main biotic threats causing
yield gap:
• Late blight
• Bacterial wilt
• Viruses (PVY, PVX, PLRV)
Ecosystem-Flexible Potato to allow
potato cultivation to be extended
to the lowland tropics and temperate regions
• Adding on early bulking
• Tolerance to heat and drought
• Modulating the short-day
dependence of tuberization
Marc Ghislain (26), Ph. Monneveux KNL 6 and David Ramirez (59)
Potato strategic objective 5:
Addressing vulnerability to food insecurity
through roots and tubers in the Andes and Asia
• Analyzing how physical,
environmental, economic,
social and health risks affect
food systems
• Develop framework for food
vulnerability analysis
• Design resilience intervention
models
Pilot analysis in the Andes and in Asia based on experiences with innovation in food and nutritional security
Food insecurity and climate change
Thomas Zumfelde, presentation 39, Dieudonné Harahagazwe (17)
Andes, biodiversity as entry point
• Nutrition
• Income
• Adaptation
to climate
shocks
5000 native potato
varieties cultivated
in the Andes
Accs Countries
Potato 158 10,343 21 32,569 80
Sweetpotato 68 8,149 59 18,128 62
ARTC 46 2,546 13 3,447 22
Total 272 21,038 62** 54,144 97**
Distributed (2003-
2013)
** Unique countries
Countries
represented
AccessionsSpecies
A vision of conservation on a global scale by the creation of a World Potato and
Sweetpotato Collection linking all potato and sweetpotato genebanks and in situ
conservation efforts
Potato strategic objective 6:
The CIP Genebank: Preserving the Global Diversity
of Potato, Sweetpotato & ARTCs
Conclusions
1. Potato significant vehicle for
targeting global poverty and
malnutrition
2. Potato dual role in Food Security
strategy:
- Staple food grown and consumed by
poor people
- Sold in high value market
3. Future prospects:
- Biofortification
- More efficient seed systems
- New market demands (urbanization)
- Building resilient food systems (climate
change)
- Drought-tolerance
- Disease-free potato
4 . Need to move towards a more integrative science and development
approaches (convergence),
5 . Need of new partnership with civil and private sectors including strong
national and international collaboration.
a.devaux@cgiar.org
Thank you!
Open discussion on
collaboration EAPR-CIP
Thursday 10, 18:15
Creativity/Exploration room

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Potatoes to improve sustainable global food security: Presentation at EAPR 2014 Conference

  • 1. POTATOES FOR SUSTAINABLE GLOBAL FOOD SECURITY André Devaux International Potato Center (CIP) 2014 EAPR Congress July 7, 2014
  • 2. Family Ahmed in Egypt More than a billion people eat potatoes around the world * From “Food Around The World” with Peter Menzel’s pictures from the book "Hungry Planet"
  • 3. Family Namgay in Bhutan The potato is the third most important food crop in the world * From “Food Around The World” with Peter Menzel’s pictures from the book "Hungry Planet"
  • 4. Family Ayme in Perú The potato is recommended as a food security crop as the world still faces steady hunger rates * From “Food Around The World” with Peter Menzel’s pictures from the book "Hungry Planet"
  • 5. Why do potato-based systems represent an increasingly important opportunity for the poor in terms of: • Food security • Poverty alleviation • Improved health status? POTATOES FOR SUSTAINABLE GLOBALFOOD SECURITY
  • 6. Outline  Hunger, Agriculture and Potato Global Trends  How is CIP’s current research portfolio reaching the poor?  CIP strategic plan addressing Food and Nutrition Security with Potato Science
  • 7.  2 billions people suffer from hidden hunger • Prevalence of micronutrient deficiencies - Image from HarvestPlus
  • 8. Agriculture growth is a key factor since most of the poor depend on agriculture Economic growth is necessary but not sufficient to accelerate reduction of hunger and malnutrition “If support is given to small-scale farmers, so they become self- sufficient, we would solve 40% to 60% of the global food insecurity problem”. From: Ajay Vir Jakhar, Chairman Farmers' Forum India in a debate on “Rethinking Global Food Security” Potato is cultivated in areas of prevalent poverty and malnutrition in the world (such as mountain areas) Agriculture and Potato growth to reduce hunger in the world
  • 10. Changes in Global Potato Production World Developed countries Developing countries 1990 1992 1994 1996 1998 2000 2002 2004 2006 2010 Countries Developed countries 195.22 184.64 168.69 193.59 162.25 182.04 163.58 171.79 155.25 143.88 Developing countries 84.09 93.44 102.38 117.71 131.41 146.51 152.41 157.77 159.12 180.53 World 279.32 278.09 271.07 311.31 300.67 328.55 315.95 329.56 314.37 324.42 Fuente: FAOSTAT Fuente: FAO 2011 2010
  • 11. Potato consumption in developing countries is increasing Source: FAOSTAT
  • 12. Growth in production of Staple food crops in China Source: FAOSTAT
  • 13. Source: FAOSTAT Percent change in crop production of staple food crops in SSA ( 1994-2011 )
  • 14. Outline  Hunger, Agriculture and Potato Global Trends  How is CIP’s current research portfolio reaching the poor?  CIP strategy addressing Food and Nutrition Security with Potato Science
  • 15. CIP’s Mission: to work with partners to achieve food security, well-being and gender equity for poor people in root and tuber farming and food systems in the developing world. We do this through research and innovation in sciences, technology and capacity strengthening.
  • 16. CIP Headquarters, Peru Nairobi, Kenya Bhutan Kampala, Uganda Addis Abba, Ethiopia Quito, Ecuador Manila, Philippines New Delhi, India Orissa, India Nagaland, India Beijing, China Hanoi, Vietnam Bogor, Indonesia Lilongwe, Malawi Maputo, Mozambique La Paz, Bolivia International Potato Center (CIP) Tashkent, Uzbekistan
  • 17. * Thiele, 2011 Targeting Analysis: • importance of potato crop • indicator of livelihoods
  • 20. Theisen et al in preparation Distribution of potato production and poverty, China
  • 21. PRIORITY AREAS FOR INVESTMENT IN POTATO RESEARCH AND INNOVATION Andean South America • Bolivia, • Perú, • Ecuador, • Colombia. The Indo-Gangetic basin of southern Asia • Bangladesh, • India, • Nepal, • Pakistan. China • Several interior provinces in southwest to north production zones. Higher altitude areas of Sub-Saharan Africa • Ethiopia, Cameroon, • Kenya, Burundi, • Rwanda, Uganda, • Tanzania, DRC (Kivu) Malawi, Angola, • Nigeria, Mozambique, • Madagascar. Central and western Asia and the Caucasus • Tajikistan, • Kyrgyzstan. • Armenia, • Azerbaijan.
  • 22. Ecosystem/ Sector Constraints • Small Farms • Hillside Agriculture • Dispersed production
  • 23. Production Constraints • Multiple, overlapping seasons • High pest and disease pressure
  • 24. Institutional Constraints • Limited infrastructure • Limited quality inputs • Disorganized sector
  • 25. Pro-poor technologies: save costs, by reducing use of inputs, which favors adoption by poor farmers: • Late blight and virus resistance, earliness • Integrated Pest Management (IPM), • Better adapted seed systems • Biofortification CIP’s RESEARCH PORTAFOLIO Potato as staple: improve livelihoods and food security of poor farmers (Agriculture based countries) Potato has a dual role for producers: Potato as a high value crop: Pathway out of poverty (Urbanized & Transforming countries) Access dynamic markets: Better competitiveness • Sustainable Agriculture Intensification • Public-private partnership
  • 26. Outline  Hunger, Agriculture and Potato Global Trends  How is CIP’s current research portfolio reaching the poor?  CIP strategy addressing Food and Nutrition Security with Potato Science
  • 27. CIP NEW STRATEGIC PLAN Maximize the contribution of potato and sweet potato science to enhance CIP’s tangible impact on food and nutrition security in identified target regions. Six strategic objectives (SO): • 1 on Sweetpotato (production, nutrition and health) • 5 on Potato
  • 28. Potato strategic objective 2: Focused in Asia through the intensification of local cereal-based systems with the early-maturing agile potato Potato 1st Transplanted boro rice Boro nursery 2nd Transplanting after potato harvest Challenge: • To fit into existing windows (70-80 days) left fallows in different cereal based systems • Development and use of heat tolerant early “agile” potato varieties More information: Mohinder Kadian, presentation 15
  • 29. Potato strategic objective 3: Improving livelihoods of potato farmers in Africa by tackling deteriorated seed quality through an integrated approach.  Rapid multiplication technologies aeroponics or sand hydroponics  Decentralized seed production by promotion of quality declared seed systems  On-farm seed maintenance through positive selection, small seed‐plot technique, improved storage  Involvement of private sector and creating entrepreneurial opportunities for young and female farmer Monica Parker, Paper 14 and 111
  • 30. Potato strategic objective 4: Evolving discoveries in genetics, molecular biology, genomics and cellular biology. Disease-free potato Current main biotic threats causing yield gap: • Late blight • Bacterial wilt • Viruses (PVY, PVX, PLRV) Ecosystem-Flexible Potato to allow potato cultivation to be extended to the lowland tropics and temperate regions • Adding on early bulking • Tolerance to heat and drought • Modulating the short-day dependence of tuberization Marc Ghislain (26), Ph. Monneveux KNL 6 and David Ramirez (59)
  • 31. Potato strategic objective 5: Addressing vulnerability to food insecurity through roots and tubers in the Andes and Asia • Analyzing how physical, environmental, economic, social and health risks affect food systems • Develop framework for food vulnerability analysis • Design resilience intervention models Pilot analysis in the Andes and in Asia based on experiences with innovation in food and nutritional security Food insecurity and climate change Thomas Zumfelde, presentation 39, Dieudonné Harahagazwe (17)
  • 32. Andes, biodiversity as entry point • Nutrition • Income • Adaptation to climate shocks 5000 native potato varieties cultivated in the Andes
  • 33. Accs Countries Potato 158 10,343 21 32,569 80 Sweetpotato 68 8,149 59 18,128 62 ARTC 46 2,546 13 3,447 22 Total 272 21,038 62** 54,144 97** Distributed (2003- 2013) ** Unique countries Countries represented AccessionsSpecies A vision of conservation on a global scale by the creation of a World Potato and Sweetpotato Collection linking all potato and sweetpotato genebanks and in situ conservation efforts Potato strategic objective 6: The CIP Genebank: Preserving the Global Diversity of Potato, Sweetpotato & ARTCs
  • 34. Conclusions 1. Potato significant vehicle for targeting global poverty and malnutrition 2. Potato dual role in Food Security strategy: - Staple food grown and consumed by poor people - Sold in high value market 3. Future prospects: - Biofortification - More efficient seed systems - New market demands (urbanization) - Building resilient food systems (climate change) - Drought-tolerance - Disease-free potato 4 . Need to move towards a more integrative science and development approaches (convergence), 5 . Need of new partnership with civil and private sectors including strong national and international collaboration.
  • 35. a.devaux@cgiar.org Thank you! Open discussion on collaboration EAPR-CIP Thursday 10, 18:15 Creativity/Exploration room