Biofortification and food systems research for improved nutrition. A roadmap towards investing in agriculture, food security and nutrition. Presented at the Agriculture Nutrition Linkages Seminar in Dhaka, Bangladesh on the 18th of April, 2012.
Its provides information about nutrition situation in India and its solution. Bio-fortification in the context of horticultural crops and its methods . Global initiatives and Future Challenges associated with bio-fortification.
Approval of golden rice for production and consumptionM S Siddiqui
Bangladesh government is very keen to get the approval of golden rice for commercial production and consumption of GR. To complete the bio-safety review process, BRRI filed an application with the National Technical Committee on Crop Biotechnology (NTCCB) at the Ministry of Agriculture on November 26, 2017. It then forwarded the application to the National Committee on Bio-safety (NCB) at the Ministry of Environment on December 4, 2017.
This document discusses using X-ray fluorescence (XRF) fast screening technology to support iron and zinc biofortification of potatoes. Calibrations for iron and zinc concentration in potato tubers using XRF were established, showing strong correlations. Training courses in Bangladesh and Rwanda built capacity for nutritional quality evaluation of potatoes, including sampling, sample preparation to avoid contamination, and basics of mineral analysis by XRF. XRF allows high-throughput, low-cost screening of minerals in potatoes to support biofortification programs addressing widespread micronutrient deficiencies.
This document discusses the potential for biofortification in Ethiopia. It presents results from a Biofortification Priority Index (BPI) analysis, which ranks countries and crops for biofortification investment. The analysis shows that Ethiopia is a priority country for biofortifying maize with vitamin A and wheat with zinc. Maps of regional BPI scores in Ethiopia indicate that vitamin A maize should focus on zones in Amhara and Oromia, while zinc wheat should focus on zones in Amhara, Oromia, Tigray and SNNP.
Biofortification Provitamin A Maize in ZambiaWorldFish
Biofortified orange-fleshed sweet potato was disseminated in Mozambique and Uganda from 2006 to 2009 through the HarvestPlus Reaching End Users project. The project successfully promoted adoption of orange-fleshed sweet potato, with 77% of households in Mozambique and 65% in Uganda adopting the crop. The intervention led to significant increases in vitamin A intake among children and women, due to increased consumption of the biofortified sweet potato.
The project aims to benefit marginal and small farmers in the Plateau Region of India by developing a farmer-based potato seed production system in non-traditional areas. Specifically, the project seeks to: 1) identify low aphid and bacterial sites for quality potato seed production through a baseline survey; 2) study seed degeneration for policymakers; and 3) increase farmers' incomes by over 40% by reducing seed costs and boosting productivity through improved technologies and capacity building. The project expects to meet 30-40% of the seed requirements of 10,000 farm families locally by 2017 and expand potato cultivation to non-traditional areas.
This document provides an overview of the AIP-Maize annual progress review in Pakistan. It summarizes the rationale for AIP-Maize projects to develop climate resilient, biofortified, and stress tolerant maize varieties. It outlines key challenges for maize production in Pakistan. It also describes achievements so far, including variety testing, training programs, and preliminary results from trials of new varieties. Upcoming activities are noted, such as variety allocation, seed distribution, and subgrants to partners to further maize research goals.
Biofortification of staple crops like rice has potential to help address widespread micronutrient deficiencies in Bangladesh. While food fortification and supplementation programs exist, they only reach a small fraction of the population. Rice is the dominant food, with average consumption of 500g per day for men and 400g for women. A few widely grown rice varieties could be biofortified to deliver iron, zinc, and vitamin A to a large portion of the population. Farmers are open to adopting new varieties that offer improved nutrition as well as traits like higher yield and shorter maturity. Many farmers consume rice from their own production, allowing biofortified varieties to directly impact rural households.
Its provides information about nutrition situation in India and its solution. Bio-fortification in the context of horticultural crops and its methods . Global initiatives and Future Challenges associated with bio-fortification.
Approval of golden rice for production and consumptionM S Siddiqui
Bangladesh government is very keen to get the approval of golden rice for commercial production and consumption of GR. To complete the bio-safety review process, BRRI filed an application with the National Technical Committee on Crop Biotechnology (NTCCB) at the Ministry of Agriculture on November 26, 2017. It then forwarded the application to the National Committee on Bio-safety (NCB) at the Ministry of Environment on December 4, 2017.
This document discusses using X-ray fluorescence (XRF) fast screening technology to support iron and zinc biofortification of potatoes. Calibrations for iron and zinc concentration in potato tubers using XRF were established, showing strong correlations. Training courses in Bangladesh and Rwanda built capacity for nutritional quality evaluation of potatoes, including sampling, sample preparation to avoid contamination, and basics of mineral analysis by XRF. XRF allows high-throughput, low-cost screening of minerals in potatoes to support biofortification programs addressing widespread micronutrient deficiencies.
This document discusses the potential for biofortification in Ethiopia. It presents results from a Biofortification Priority Index (BPI) analysis, which ranks countries and crops for biofortification investment. The analysis shows that Ethiopia is a priority country for biofortifying maize with vitamin A and wheat with zinc. Maps of regional BPI scores in Ethiopia indicate that vitamin A maize should focus on zones in Amhara and Oromia, while zinc wheat should focus on zones in Amhara, Oromia, Tigray and SNNP.
Biofortification Provitamin A Maize in ZambiaWorldFish
Biofortified orange-fleshed sweet potato was disseminated in Mozambique and Uganda from 2006 to 2009 through the HarvestPlus Reaching End Users project. The project successfully promoted adoption of orange-fleshed sweet potato, with 77% of households in Mozambique and 65% in Uganda adopting the crop. The intervention led to significant increases in vitamin A intake among children and women, due to increased consumption of the biofortified sweet potato.
The project aims to benefit marginal and small farmers in the Plateau Region of India by developing a farmer-based potato seed production system in non-traditional areas. Specifically, the project seeks to: 1) identify low aphid and bacterial sites for quality potato seed production through a baseline survey; 2) study seed degeneration for policymakers; and 3) increase farmers' incomes by over 40% by reducing seed costs and boosting productivity through improved technologies and capacity building. The project expects to meet 30-40% of the seed requirements of 10,000 farm families locally by 2017 and expand potato cultivation to non-traditional areas.
This document provides an overview of the AIP-Maize annual progress review in Pakistan. It summarizes the rationale for AIP-Maize projects to develop climate resilient, biofortified, and stress tolerant maize varieties. It outlines key challenges for maize production in Pakistan. It also describes achievements so far, including variety testing, training programs, and preliminary results from trials of new varieties. Upcoming activities are noted, such as variety allocation, seed distribution, and subgrants to partners to further maize research goals.
Biofortification of staple crops like rice has potential to help address widespread micronutrient deficiencies in Bangladesh. While food fortification and supplementation programs exist, they only reach a small fraction of the population. Rice is the dominant food, with average consumption of 500g per day for men and 400g for women. A few widely grown rice varieties could be biofortified to deliver iron, zinc, and vitamin A to a large portion of the population. Farmers are open to adopting new varieties that offer improved nutrition as well as traits like higher yield and shorter maturity. Many farmers consume rice from their own production, allowing biofortified varieties to directly impact rural households.
The document discusses including biofortification in Uganda's national agricultural development strategies. It notes that Uganda's constitution and food and nutrition policy recognize the importance of food and nutrition, including promoting food fortification. The strategy proposed takes a multi-pronged approach, working with stakeholders on advocacy, sensitization, market development, product development, nutrition education, marketing, awareness campaigns, promotion strategies, capacity building, participatory breeding, and integrated crop management.
This document discusses biofortification as a solution to micronutrient deficiencies affecting nearly half the world's population. It describes how scientists are breeding staple crop varieties such as cassava, sweet potatoes, rice and beans that are richer in nutrients like vitamin A, iron and zinc. Through conventional breeding or genetic engineering, these biofortified crops have the potential to significantly improve nutrition and reduce disease burden in developing nations in a sustainable and cost-effective way.
This document provides progress briefs on biofortification research and crop development by the organization HarvestPlus. It includes 40 briefs across several sections: Crop Development, Nutrition/Consumer Acceptance, Cost-Effectiveness, and Crop Delivery Experiences. The briefs summarize the status of biofortification research for various crops like rice, wheat, beans and provide details on breeding progress, target micronutrients, nutrition factors, upcoming releases, challenges and highlights.
BIOFORTIFICATION OF STAPLE CROPS: PROVITAMIN A CASSAVA AS A CASE STUDYCosmos Onyiba
Biofortification refers to micronutrient enrichment of staple crops through plant breeding, to address the negative economic and health consequences of vitamin and mineral deficiencies in humans. It is the process of increasing the bioavailable micronutrient density of staple crops through conventional plant breeding and modern biotechnology to achieve a measurable and positive impact on human health.. Currently, agronomic, conventional, and transgenic biofortification are three common approaches. Progress has been made in breeding orange sweetpotato, provitamin A maize, provitamin A cassava, high zinc rice and high zinc wheat, and high iron beans and high iron pearl millet via conventional breeding. Transgenic biofortification is used when genetic variability for vitamin and mineral targets is too low to meet the desired target levels, or for crops that are very difficult to breed, such as banana. The biofortification of cassava with Provitamin A (beta-carotene) was achieved through pure line and hybrid seed technology as well as genetic engineering. The provitamin A carotenoid in biofortified cassava is primarily β-carotene. In white cassava, there may be trace amounts of β-carotene, which may be present in concentrations as low as 1 mg/g fresh weigh or 3 mg/g dry weigh. Due to the instability of beta-carotene, cooking and processing methods can affect the retention of β-carotene in cassava leading to decrease bioavailability and bioefficacy.
This is a talk I gave as part of the "Nourishing 9 Billion" symposium at the 2014 American Society for Plant Biologists Annual Meeting in Portland, Oregon. I talked first about how major grains are actually quite available in an aggregate sense-- moreover there is plenty of unexploited capacity. A larger problem is a relative lack of availability of nutritious crops -- legumes and pulses, fruits, and vegetables, and among specific populations animal source foods. Two ideas to reduce micronutrient deficiencies, being promoted by the CGIAR program Agriculture for Nutrition and Health, are to promote nutritious crops and foods through value chains, as well as to promote micronutrient intakes through biofortification.
Gender and fish aquaculture: A seven country reviewWorldFish
This presentation, by WorldFish gender researchers Surendran Rajaratnam and Cynthia McDougall, looks at the gendered patterns of access to, and benefits from, small-scale aquaculture within and across seven countries that WorldFish works in (Egypt, Nigeria, Tanzania, Zambia, Bangladesh, Cambodia and Myanmar). The presentation was created for the 6th Global Symposium on Gender in Aquaculture and Fisheries on 3-7 August 2016 in Bangkok, Thailand.
Women's empowerment in aquaculture: Two case studies from IndonesiaWorldFish
This presentation, by WorldFish gender researchers Irna Sari and Cynthia McDougall, explores the participation, drivers and challenges of women in shrimp farming and fish processing in Barru and Sidoarjo districts in Indonesia. It was first presented at the 6th Global Symposium on Gender in Aquaculture and Fisheries on 3-7 August 2016 in Bangkok, Thailand.
ROLE OF ZINCATED WHEAT IN REDUCING HUNGER-DR MUHAMMAD ANJUM ALI Anjum Ali Buttar
The document discusses biofortification and the work of HarvestPlus to reduce hidden hunger through developing staple crops with increased micronutrients. It provides details on:
1) HarvestPlus' goal of developing staple crops like wheat, rice, cassava that are naturally high in vitamins and minerals to address micronutrient deficiencies.
2) Clinical trials showing that zinc biofortified wheat increases zinc intake and status of women and children in India and Bangladesh.
3) HarvestPlus' efforts to disseminate biofortified seeds to farmers in over 20 countries and plans to continue strengthening crop varieties and scaling up delivery through partnerships.
Development and study of millet based designer foodGhizal Fatima
1. The study proposes developing a millet-based designer food supplement made from millets, soybeans, brown rice, peanuts and flaxseeds to address issues of functional food security, poverty alleviation, and health promotion in India.
2. A pilot study found the supplement improved hemoglobin and nutrient levels in pregnant women after 12 weeks.
3. The proposal involves conducting larger trials, developing small businesses to distribute the supplement affordably, and partnering with food industries to create more products and reach more people. The goal is to improve nutrition, prevent diseases, and benefit farmers and lower socioeconomic groups.
Five necessary policy changes to help achieve improved nutrition and sustaina...GCARD Conferences
AVRDC - The World Vegetable Center promotes increased vegetable production and consumption to alleviate poverty and malnutrition. The document outlines 5 policy changes needed: 1) Move beyond staple crops to promote nutrition. 2) Increase long-term funding for horticultural research. 3) Strengthen market opportunities for smallholder farmers through vegetable value chains. 4) Renew policies to ensure judicious and safe pesticide use through integrated pest management. 5) Reassess public sector policies to provide improved vegetable varieties and ensure food quality and safety standards.
CIP's strategic plan from 2014-2023 focuses on 6 strategic objectives:
1) Resilient Nutritious Sweetpotato aims to improve diets and incomes of 15 million households in Africa and Asia through orange-fleshed sweetpotato.
2) Agile Potato for Asia seeks to diversify cereal systems and benefit 7 million households in Asia with early-maturing potato varieties.
3) Potato Seed for Africa aims to increase productivity and livelihoods of 600,000 smallholder farmers through high-quality seed.
4) Game Changing Solutions develops proof of concepts for solutions needed in 30-50 years using advanced science.
5) Resilient Food Systems improves decision making for complex
Biofortification – Nutritionally Enriched Staple Crops, the Foundation of the...IFPRIMaSSP
The document discusses biofortification as a strategy to address malnutrition. It provides the following key points:
- Biofortified staple crops can provide 25-100% of daily vitamin A, iron, or zinc needs and have been shown to improve nutrition and health outcomes.
- Introducing biofortified varieties in Malawi, Pakistan, and Guatemala could reduce the cost of nutritious diets by 7-13% for households.
- Biofortification is a cost-effective intervention and has estimated returns of $17 for every $1 invested by improving health and productivity.
- In Malawi, various biofortified crops like vitamin A maize, beans, sweet potato and
The proposed research aims to develop composite dairy foods utilizing underutilized milk by-products and minor crops like pearl millet and barley to address malnutrition. The objectives are to develop technologies to process whey, skim milk and crops into functional foods; validate the health benefits of the foods; and assess the commercial feasibility through industry linkages. The consortium includes NDRI, CIPHET and an NGO to develop innovations like processing technologies, crop varieties, equipment and low-cost complementary foods with validated nutritional profiles to commercialize through entrepreneurs.
This document summarizes a presentation on biofortified vegetables as an option for mitigating hidden hunger. It outlines the nutritional situation globally and importance of micronutrients like vitamin A, zinc, and iron. It defines biofortification as improving crop nutritional quality through breeding or agronomic practices. It discusses advantages of biofortification over fortification and global impact. Target countries and crops released through biofortification programs are outlined. Conventional breeding and genetic engineering methods of biofortification are compared. Examples of biofortified crops like cassava, sweet potato, lentils and beans with increased iron and zinc levels are provided.
This document discusses biofortified vegetables as an option for mitigating hidden hunger. It begins by defining different types of malnutrition including undernutrition, overnutrition, and micronutrient deficiencies. It then provides statistics on the global prevalence of malnutrition from WHO. The document discusses the major micronutrient deficiencies contributing to hidden hunger globally and in India. It explains strategies to address micronutrient malnutrition including dietary diversification, fortification, supplementation, and biofortification. The document presents several case studies on biofortifying crops like tomatoes, carrots, and cauliflower with micronutrients through agronomic and breeding approaches. It concludes by summarizing recently developed nutritionally enriched vegetable varieties in India.
Postharvest Loss Reduction & Mycotoxins programs in USAID’s Feed the Future I...Francois Stepman
The document summarizes USAID's Feed the Future Initiative programs focused on postharvest loss reduction and mycotoxins. It discusses (1) the global challenges of increasing food production 70% by 2050 to address hunger, with 925 million people suffering from chronic hunger; (2) USAID's research agenda through various innovation labs and partnerships focused on improving nutrition and food safety, including mycotoxins and aflatoxins; and (3) key field projects in countries addressing aflatoxin contamination through biocontrol and policy programs.
This document discusses biofortification and implementing biofortified crops. It begins by outlining the primary functions of agriculture as income, food, and health. It then discusses dietary diversity and nutrient intakes in poor populations. Several challenges of biofortification are outlined, including whether breeding can increase nutrient levels enough, if the added nutrients are bioavailable, and if farmers and consumers will adopt and consume biofortified crops. Pilot projects on orange sweet potato in Mozambique and Uganda showed increased vitamin A intakes. Targets for numbers of farm households testing biofortified crops by 2018 in various countries are provided. The challenges of scaling up delivery and mainstreaming breeding are discussed. It concludes by quoting Sir Albert Howard on the
Equity & Nutrition Through Agriculture_Lewis_5.10.11CORE Group
The GINA program aims to improve nutritional outcomes for children under 5 through integrated agriculture and health interventions in Mozambique, Uganda and Nigeria. It seeks to introduce nutritious crops and animal foods, provide technical support to farmers, and conduct nutrition education campaigns. The goals are to empower women, promote nutrition in national policies, and reduce childhood undernutrition. Evaluation found the program improved nutritional status, increased knowledge, and empowered women and men through skills and decision making. Best practices included linking policies to actions, capacity building, and community-based activities using integrated approaches. The NCRSP supports research to determine effective agriculture-nutrition strategies and policies to achieve large-scale improvements in nutrition.
Equity & Nutrition Through Agriculture_Jackson_5.10.11CORE Group
The GINA program aims to improve child nutrition outcomes in Mozambique, Uganda, and Nigeria through integrated agriculture and health interventions. It works at the community level to introduce nutritious crops, provide technical support to farmers, and conduct nutrition education. The program also seeks to influence agriculture and nutrition policies and empower women. Key outcomes include improved agricultural practices, availability of nutritious foods, nutritional status of children, and gender empowerment. Best practices involve linking policies to actions, capacity building, and using integrated community activities.
This document summarizes a side event at the 2016 ReSAKSS conference in Accra, Ghana on biofortification in Africa.
1) The session included introductions and presentations on nutrition and socio-economic impact evidence, crop releases and delivery, and partnerships for scaling up biofortification. Research has shown that conventional breeding can increase nutrient levels in crops without impacting yields, and when consumed these nutrients can significantly impact human nutrition. Farmers are willing to grow and consumers are willing to eat biofortified crops.
2) Over 20 African countries are developing, testing, and releasing several biofortified crop varieties. Delivery operations are active in several countries, using commercial and non-commercial channels to reach
Biofortification, the process of increasing the bioavailable concentrations of essential elements in edible portions of crop plants through agronomic intervention or genetic selection, may be the solution to malnutrition or hidden hunger mitigation.
Biofortification, the process of breeding nutrients into food crops, provides a comparatively costeffective, sustainable, and long-term means of delivering more micronutrients.
This approach not only will lower the number of severely malnourished people who require treatment by complementary interventions but also will help them maintain improved nutritional status.
The document discusses including biofortification in Uganda's national agricultural development strategies. It notes that Uganda's constitution and food and nutrition policy recognize the importance of food and nutrition, including promoting food fortification. The strategy proposed takes a multi-pronged approach, working with stakeholders on advocacy, sensitization, market development, product development, nutrition education, marketing, awareness campaigns, promotion strategies, capacity building, participatory breeding, and integrated crop management.
This document discusses biofortification as a solution to micronutrient deficiencies affecting nearly half the world's population. It describes how scientists are breeding staple crop varieties such as cassava, sweet potatoes, rice and beans that are richer in nutrients like vitamin A, iron and zinc. Through conventional breeding or genetic engineering, these biofortified crops have the potential to significantly improve nutrition and reduce disease burden in developing nations in a sustainable and cost-effective way.
This document provides progress briefs on biofortification research and crop development by the organization HarvestPlus. It includes 40 briefs across several sections: Crop Development, Nutrition/Consumer Acceptance, Cost-Effectiveness, and Crop Delivery Experiences. The briefs summarize the status of biofortification research for various crops like rice, wheat, beans and provide details on breeding progress, target micronutrients, nutrition factors, upcoming releases, challenges and highlights.
BIOFORTIFICATION OF STAPLE CROPS: PROVITAMIN A CASSAVA AS A CASE STUDYCosmos Onyiba
Biofortification refers to micronutrient enrichment of staple crops through plant breeding, to address the negative economic and health consequences of vitamin and mineral deficiencies in humans. It is the process of increasing the bioavailable micronutrient density of staple crops through conventional plant breeding and modern biotechnology to achieve a measurable and positive impact on human health.. Currently, agronomic, conventional, and transgenic biofortification are three common approaches. Progress has been made in breeding orange sweetpotato, provitamin A maize, provitamin A cassava, high zinc rice and high zinc wheat, and high iron beans and high iron pearl millet via conventional breeding. Transgenic biofortification is used when genetic variability for vitamin and mineral targets is too low to meet the desired target levels, or for crops that are very difficult to breed, such as banana. The biofortification of cassava with Provitamin A (beta-carotene) was achieved through pure line and hybrid seed technology as well as genetic engineering. The provitamin A carotenoid in biofortified cassava is primarily β-carotene. In white cassava, there may be trace amounts of β-carotene, which may be present in concentrations as low as 1 mg/g fresh weigh or 3 mg/g dry weigh. Due to the instability of beta-carotene, cooking and processing methods can affect the retention of β-carotene in cassava leading to decrease bioavailability and bioefficacy.
This is a talk I gave as part of the "Nourishing 9 Billion" symposium at the 2014 American Society for Plant Biologists Annual Meeting in Portland, Oregon. I talked first about how major grains are actually quite available in an aggregate sense-- moreover there is plenty of unexploited capacity. A larger problem is a relative lack of availability of nutritious crops -- legumes and pulses, fruits, and vegetables, and among specific populations animal source foods. Two ideas to reduce micronutrient deficiencies, being promoted by the CGIAR program Agriculture for Nutrition and Health, are to promote nutritious crops and foods through value chains, as well as to promote micronutrient intakes through biofortification.
Gender and fish aquaculture: A seven country reviewWorldFish
This presentation, by WorldFish gender researchers Surendran Rajaratnam and Cynthia McDougall, looks at the gendered patterns of access to, and benefits from, small-scale aquaculture within and across seven countries that WorldFish works in (Egypt, Nigeria, Tanzania, Zambia, Bangladesh, Cambodia and Myanmar). The presentation was created for the 6th Global Symposium on Gender in Aquaculture and Fisheries on 3-7 August 2016 in Bangkok, Thailand.
Women's empowerment in aquaculture: Two case studies from IndonesiaWorldFish
This presentation, by WorldFish gender researchers Irna Sari and Cynthia McDougall, explores the participation, drivers and challenges of women in shrimp farming and fish processing in Barru and Sidoarjo districts in Indonesia. It was first presented at the 6th Global Symposium on Gender in Aquaculture and Fisheries on 3-7 August 2016 in Bangkok, Thailand.
ROLE OF ZINCATED WHEAT IN REDUCING HUNGER-DR MUHAMMAD ANJUM ALI Anjum Ali Buttar
The document discusses biofortification and the work of HarvestPlus to reduce hidden hunger through developing staple crops with increased micronutrients. It provides details on:
1) HarvestPlus' goal of developing staple crops like wheat, rice, cassava that are naturally high in vitamins and minerals to address micronutrient deficiencies.
2) Clinical trials showing that zinc biofortified wheat increases zinc intake and status of women and children in India and Bangladesh.
3) HarvestPlus' efforts to disseminate biofortified seeds to farmers in over 20 countries and plans to continue strengthening crop varieties and scaling up delivery through partnerships.
Development and study of millet based designer foodGhizal Fatima
1. The study proposes developing a millet-based designer food supplement made from millets, soybeans, brown rice, peanuts and flaxseeds to address issues of functional food security, poverty alleviation, and health promotion in India.
2. A pilot study found the supplement improved hemoglobin and nutrient levels in pregnant women after 12 weeks.
3. The proposal involves conducting larger trials, developing small businesses to distribute the supplement affordably, and partnering with food industries to create more products and reach more people. The goal is to improve nutrition, prevent diseases, and benefit farmers and lower socioeconomic groups.
Five necessary policy changes to help achieve improved nutrition and sustaina...GCARD Conferences
AVRDC - The World Vegetable Center promotes increased vegetable production and consumption to alleviate poverty and malnutrition. The document outlines 5 policy changes needed: 1) Move beyond staple crops to promote nutrition. 2) Increase long-term funding for horticultural research. 3) Strengthen market opportunities for smallholder farmers through vegetable value chains. 4) Renew policies to ensure judicious and safe pesticide use through integrated pest management. 5) Reassess public sector policies to provide improved vegetable varieties and ensure food quality and safety standards.
CIP's strategic plan from 2014-2023 focuses on 6 strategic objectives:
1) Resilient Nutritious Sweetpotato aims to improve diets and incomes of 15 million households in Africa and Asia through orange-fleshed sweetpotato.
2) Agile Potato for Asia seeks to diversify cereal systems and benefit 7 million households in Asia with early-maturing potato varieties.
3) Potato Seed for Africa aims to increase productivity and livelihoods of 600,000 smallholder farmers through high-quality seed.
4) Game Changing Solutions develops proof of concepts for solutions needed in 30-50 years using advanced science.
5) Resilient Food Systems improves decision making for complex
Biofortification – Nutritionally Enriched Staple Crops, the Foundation of the...IFPRIMaSSP
The document discusses biofortification as a strategy to address malnutrition. It provides the following key points:
- Biofortified staple crops can provide 25-100% of daily vitamin A, iron, or zinc needs and have been shown to improve nutrition and health outcomes.
- Introducing biofortified varieties in Malawi, Pakistan, and Guatemala could reduce the cost of nutritious diets by 7-13% for households.
- Biofortification is a cost-effective intervention and has estimated returns of $17 for every $1 invested by improving health and productivity.
- In Malawi, various biofortified crops like vitamin A maize, beans, sweet potato and
The proposed research aims to develop composite dairy foods utilizing underutilized milk by-products and minor crops like pearl millet and barley to address malnutrition. The objectives are to develop technologies to process whey, skim milk and crops into functional foods; validate the health benefits of the foods; and assess the commercial feasibility through industry linkages. The consortium includes NDRI, CIPHET and an NGO to develop innovations like processing technologies, crop varieties, equipment and low-cost complementary foods with validated nutritional profiles to commercialize through entrepreneurs.
This document summarizes a presentation on biofortified vegetables as an option for mitigating hidden hunger. It outlines the nutritional situation globally and importance of micronutrients like vitamin A, zinc, and iron. It defines biofortification as improving crop nutritional quality through breeding or agronomic practices. It discusses advantages of biofortification over fortification and global impact. Target countries and crops released through biofortification programs are outlined. Conventional breeding and genetic engineering methods of biofortification are compared. Examples of biofortified crops like cassava, sweet potato, lentils and beans with increased iron and zinc levels are provided.
This document discusses biofortified vegetables as an option for mitigating hidden hunger. It begins by defining different types of malnutrition including undernutrition, overnutrition, and micronutrient deficiencies. It then provides statistics on the global prevalence of malnutrition from WHO. The document discusses the major micronutrient deficiencies contributing to hidden hunger globally and in India. It explains strategies to address micronutrient malnutrition including dietary diversification, fortification, supplementation, and biofortification. The document presents several case studies on biofortifying crops like tomatoes, carrots, and cauliflower with micronutrients through agronomic and breeding approaches. It concludes by summarizing recently developed nutritionally enriched vegetable varieties in India.
Postharvest Loss Reduction & Mycotoxins programs in USAID’s Feed the Future I...Francois Stepman
The document summarizes USAID's Feed the Future Initiative programs focused on postharvest loss reduction and mycotoxins. It discusses (1) the global challenges of increasing food production 70% by 2050 to address hunger, with 925 million people suffering from chronic hunger; (2) USAID's research agenda through various innovation labs and partnerships focused on improving nutrition and food safety, including mycotoxins and aflatoxins; and (3) key field projects in countries addressing aflatoxin contamination through biocontrol and policy programs.
This document discusses biofortification and implementing biofortified crops. It begins by outlining the primary functions of agriculture as income, food, and health. It then discusses dietary diversity and nutrient intakes in poor populations. Several challenges of biofortification are outlined, including whether breeding can increase nutrient levels enough, if the added nutrients are bioavailable, and if farmers and consumers will adopt and consume biofortified crops. Pilot projects on orange sweet potato in Mozambique and Uganda showed increased vitamin A intakes. Targets for numbers of farm households testing biofortified crops by 2018 in various countries are provided. The challenges of scaling up delivery and mainstreaming breeding are discussed. It concludes by quoting Sir Albert Howard on the
Equity & Nutrition Through Agriculture_Lewis_5.10.11CORE Group
The GINA program aims to improve nutritional outcomes for children under 5 through integrated agriculture and health interventions in Mozambique, Uganda and Nigeria. It seeks to introduce nutritious crops and animal foods, provide technical support to farmers, and conduct nutrition education campaigns. The goals are to empower women, promote nutrition in national policies, and reduce childhood undernutrition. Evaluation found the program improved nutritional status, increased knowledge, and empowered women and men through skills and decision making. Best practices included linking policies to actions, capacity building, and community-based activities using integrated approaches. The NCRSP supports research to determine effective agriculture-nutrition strategies and policies to achieve large-scale improvements in nutrition.
Equity & Nutrition Through Agriculture_Jackson_5.10.11CORE Group
The GINA program aims to improve child nutrition outcomes in Mozambique, Uganda, and Nigeria through integrated agriculture and health interventions. It works at the community level to introduce nutritious crops, provide technical support to farmers, and conduct nutrition education. The program also seeks to influence agriculture and nutrition policies and empower women. Key outcomes include improved agricultural practices, availability of nutritious foods, nutritional status of children, and gender empowerment. Best practices involve linking policies to actions, capacity building, and using integrated community activities.
This document summarizes a side event at the 2016 ReSAKSS conference in Accra, Ghana on biofortification in Africa.
1) The session included introductions and presentations on nutrition and socio-economic impact evidence, crop releases and delivery, and partnerships for scaling up biofortification. Research has shown that conventional breeding can increase nutrient levels in crops without impacting yields, and when consumed these nutrients can significantly impact human nutrition. Farmers are willing to grow and consumers are willing to eat biofortified crops.
2) Over 20 African countries are developing, testing, and releasing several biofortified crop varieties. Delivery operations are active in several countries, using commercial and non-commercial channels to reach
Biofortification, the process of increasing the bioavailable concentrations of essential elements in edible portions of crop plants through agronomic intervention or genetic selection, may be the solution to malnutrition or hidden hunger mitigation.
Biofortification, the process of breeding nutrients into food crops, provides a comparatively costeffective, sustainable, and long-term means of delivering more micronutrients.
This approach not only will lower the number of severely malnourished people who require treatment by complementary interventions but also will help them maintain improved nutritional status.
1) An integrated delivery system involving agriculture, nutrition education, and marketing is needed to effectively deliver biofortified orange-fleshed sweetpotato and improve vitamin A intake.
2) Pilot projects in several African countries found that community nutrition education combined with increased sweetpotato production led to significantly higher vitamin A intake among young children.
3) Sustained adoption requires developing reliable sweetpotato vine supply systems, building demand through promotion, and investing in marketing, though effects are longer term.
Fortification a step towards functional foods.Aisha Kolhar
The document discusses food fortification and functional foods. It provides definitions of fortified foods and functional foods. It also discusses the importance of functional foods in improving public health and generating income. The types of food fortification are described as biofortification, microbial biofortification, commercial fortification, and home fortification. Two case studies on fortifying orange juice with vitamin D and developing a fortified sapota-papaya fruit bar are summarized. The studies found that fortifying foods can successfully increase nutrient levels and improve health.
ICRISAT Global Planning Meeting 2019: CGIAR Research Program A4NH - ICRISAT &...ICRISAT
Nutrition is a high priority for ICRISAT and the international development agenda. ICRISAT received around $6.4 million from 2012-2016 for its nutrition CRP projects. It is now working on the new CRP called A4NH, which has four flagship programs: 1) biofortification of crops like pearl millet and sorghum to increase micronutrients, 2) ensuring food safety by reducing aflatoxin contamination, 3) supporting policies and programs to promote nutritious crops, and 4) improving human health by studying links between gut microbiomes, nutrition, and crop diets. ICRISAT aims to leverage its research to enhance crop productivity, combat malnutrition, and
This document summarizes presentations from the First Global Conference on Biofortification. It discusses research presenting evidence on the bioconversion and effectiveness of provitamin A carotenoids from biofortified staple crops. It also examines gaps and constraints in demonstrating efficacy, and strategies for optimizing delivery and community acceptance of biofortified crops. Finally, it addresses progress and challenges in iron and zinc biofortification, and the need for further research to demonstrate efficacy and improved absorption.
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Gordon Prain - Agriculture - Health Linkages Research at CIP
1. Gordon Prain and Sreekanth
Attaluri for CIP colleagues
Agriculture – Health Linkages
Research at CIP
Biofortification and food systems
research for improved nutrition
2. Emergence of nutrition and food
security at CIP
Rootcrop
consumption, 1980s
Nutrition gardens
research in Asia,
UPWARD, from1990s
OFSP –based
complementary
babyfoods, Peru,
2000 – 2005
2
3. Nutrition and food
security in cities
through UPA, 2000 -
2010
VITAA (Vitamin A for
Africa partnership)
from 2001
Root and Tuber
Crops for food
security in Asia,
3
starting 2010
4. SASHA: Sweetpotato Action for
Security and Health in Africa
Improve nutrition, food security and
livelihoods through untapped potential
of sweetpotato, especially OFSP
Objective:
Develop capacities, products and
methods to reposition sweetpotato
in food economies to alleviate
poverty and under-nutrition
Focus on:
Varieties; seed; processing;
nutrition education; cross-sectoral
4
partnerships and capacity building
5. Biofortification for high iron and
zinc concentration in potatoes
•Fe & Zn concentration
relatively low
•Bioavailability of Fe can be
higher because:
High concentration of vitamin C
Low concentration of phytates
Primary target nutrients: Fe & Zn
Secondary target nutrients:
Promoters: vitamin C and
5
carotenoids
Inhibitors: Phenolic compounds
6. Sweetpotato: an untapped food
resource in Bangladesh
Production of 500,000 tons from 58,000
ha with declining trend
Grown on marginal lands with minimum
inputs
Lower than average yield for Asia of 12
t/ha
Varietal testing, evaluation and release
of nine improved varieties through BARI
(TCRC) and CIP
High beta-carotene levels
Yield
6
Salt tolerance
CHALLENGES: LOW STATUS, LOW
PROFITS, REGULATORY ROAD BLOCKS
7. USAID Horticulture Project, CIP/AVRDC
Bangladesh: improving incomes, nutrition and health
through potatoes, sweetpotatoes and vegetables
Partners and Goals
● Key partners BRAC and BARI, Worldfish, CRP4
● In rapid first phase, establish quick gains in capacity building, PVS,
seed multiplication, IPM, baseline and piloting of new value chains and
nutrition interventions
● Building on first phase over three years, generate greater income, food
and nutrition security for 100,000 poor families
7
8. Targeting and Objectives
FtF target region of South-western and South
Central Bangladesh (Barishal, Faridpur,
Jessore)
Learning site: Chittagong
Four objectives:
Varietal development
Innovative seed systems
Sustainable cropping systems and crop
management
Nutrition improvement and value chain development
Cross-cutting: partnerships, communications,
8
gender, M&E
9. Opportunities for sweetpotato
Cyclone
relief crop
Poor families’ rich food
9
Multi-system crop For School feeding
processing programs
10. USAID Horticulture Project:
CIP/AVRDC Bangladesh
COP: Dr. Shawkat Ara Begum .
Email: s.a.begum@cgiar.org
Sector Leader Potato/Sweetpotato:
Dr. Mohammad Hossain
Email: hossainbd60@yahoo.co.uk
Regional sweetpotato specialist:
Dr. Sreekanth Attaluri
Email: s.attaluri@cgiar.org
Regional potato specialist:
10 Dr. Mohinder Kadian
Email: m.kadian@cgiar.org