1) The project used tissue culture techniques to develop cassava varieties resistant to whiteflies and Frog Skin Disease for farmers in Cauca, Colombia.
2) Several resistant varieties were tested on farmer fields, with CM2772-3 and MPer183 showing good tolerance.
3) The project established a local seed bank managed by AMUC to sustainably supply clean planting materials to farmers through a participation release program.
1) The document discusses variability for post-flowering drought tolerance in a sorghum reference set consisting of 384 accessions representing different races and wild relatives.
2) The reference set was evaluated for drought tolerance traits like stay-green, chlorophyll content and yield under post-flowering drought conditions at multiple locations in India, Mali and Kenya.
3) The study found significant variation among accessions for traits like leaf senescence, water extraction, transpiration efficiency and grain iron and zinc content under drought. Promising drought tolerant accessions were identified for further multi-location testing.
This document describes research being conducted on drought tolerance in sorghum and maize. It discusses phenotyping of sorghum and maize panels under drought and well-watered conditions to identify genotypes with drought tolerance. Genotyping of the panels using SNPs is also mentioned. The document provides analysis of variance results from field trials showing significant genetic variation for drought tolerance. It also discusses using 3D imaging software to analyze root system architecture traits related to drought and phosphorus acquisition.
This document summarizes updates from the 2010 PABRA SC meeting in South Africa.
1. The PABRA framework involves 11 member countries in southern Africa collaborating on bean research.
2. Key outcomes of the meeting included developing bean varieties resistant to environmental stresses and increasing nutrient-rich varieties to improve nutrition.
3. Activities involved identifying sources of stress resistance, distributing germplasm, developing integrated soil and pest management options, and breeding beans with higher iron and zinc content.
Rapid Generation Advance (RGA) is a breeding technique used by IRRI to speed up the rice breeding cycle. It involves growing segregating populations in close spacing under conditions of high temperature and short days to minimize growth duration and produce several generations per year. This allows advancing crosses from F2 to F5 or F6 in one year. RGA faces challenges from insects and heat stress but IRRI has implemented solutions like pest monitoring, sanitation practices, and adjusting fertilizer. Currently IRRI uses RGA to advance around 30,000 breeding lines annually in a high-throughput manner. Future activities include implementing molecular marker-assisted selection in RGA and conducting experiments to further optimize the system.
Speed breeding allows for rapid generation advancement by growing plants continuously under prolonged lighting to accelerate their life cycle. This reduces the time needed for plant breeding from 5-10 years to just 2 years. Speed breeding relies on intensive lighting regimes in greenhouses or growth chambers to create day-long photoperiods. A variety of crops like wheat, rice and tomato have been successfully bred using speed breeding. It provides benefits like faster variety development and more flexible breeding while reducing costs. Speed breeding can be integrated with other technologies like marker-assisted selection to further enhance genetic gains.
Tailoring Conservation Agriculture to small farmersCSISA
This document analyzes issues related to tailoring conservation agriculture to smallholder farmers in developing countries. It discusses what conservation agriculture entails, its benefits, and some problems that can arise. Key factors that influence the adoption of conservation agriculture by smallholders are discussed, including mindset changes needed, access to knowledge, inputs, equipment, competition for crop residues, labor requirements, and policy support. Overall, the document finds that conservation agriculture has benefits but adaptations are needed to suit the circumstances of smallholder farmers.
Introgression breeding for rice submergence tolerance_geetanjaliDr. Geetanjali Baruah
Simplified way of applicability of introgression breeding for submergence tolerance in rice with special emphasis on physiology of submergence tolerance
1) The document discusses variability for post-flowering drought tolerance in a sorghum reference set consisting of 384 accessions representing different races and wild relatives.
2) The reference set was evaluated for drought tolerance traits like stay-green, chlorophyll content and yield under post-flowering drought conditions at multiple locations in India, Mali and Kenya.
3) The study found significant variation among accessions for traits like leaf senescence, water extraction, transpiration efficiency and grain iron and zinc content under drought. Promising drought tolerant accessions were identified for further multi-location testing.
This document describes research being conducted on drought tolerance in sorghum and maize. It discusses phenotyping of sorghum and maize panels under drought and well-watered conditions to identify genotypes with drought tolerance. Genotyping of the panels using SNPs is also mentioned. The document provides analysis of variance results from field trials showing significant genetic variation for drought tolerance. It also discusses using 3D imaging software to analyze root system architecture traits related to drought and phosphorus acquisition.
This document summarizes updates from the 2010 PABRA SC meeting in South Africa.
1. The PABRA framework involves 11 member countries in southern Africa collaborating on bean research.
2. Key outcomes of the meeting included developing bean varieties resistant to environmental stresses and increasing nutrient-rich varieties to improve nutrition.
3. Activities involved identifying sources of stress resistance, distributing germplasm, developing integrated soil and pest management options, and breeding beans with higher iron and zinc content.
Rapid Generation Advance (RGA) is a breeding technique used by IRRI to speed up the rice breeding cycle. It involves growing segregating populations in close spacing under conditions of high temperature and short days to minimize growth duration and produce several generations per year. This allows advancing crosses from F2 to F5 or F6 in one year. RGA faces challenges from insects and heat stress but IRRI has implemented solutions like pest monitoring, sanitation practices, and adjusting fertilizer. Currently IRRI uses RGA to advance around 30,000 breeding lines annually in a high-throughput manner. Future activities include implementing molecular marker-assisted selection in RGA and conducting experiments to further optimize the system.
Speed breeding allows for rapid generation advancement by growing plants continuously under prolonged lighting to accelerate their life cycle. This reduces the time needed for plant breeding from 5-10 years to just 2 years. Speed breeding relies on intensive lighting regimes in greenhouses or growth chambers to create day-long photoperiods. A variety of crops like wheat, rice and tomato have been successfully bred using speed breeding. It provides benefits like faster variety development and more flexible breeding while reducing costs. Speed breeding can be integrated with other technologies like marker-assisted selection to further enhance genetic gains.
Tailoring Conservation Agriculture to small farmersCSISA
This document analyzes issues related to tailoring conservation agriculture to smallholder farmers in developing countries. It discusses what conservation agriculture entails, its benefits, and some problems that can arise. Key factors that influence the adoption of conservation agriculture by smallholders are discussed, including mindset changes needed, access to knowledge, inputs, equipment, competition for crop residues, labor requirements, and policy support. Overall, the document finds that conservation agriculture has benefits but adaptations are needed to suit the circumstances of smallholder farmers.
Introgression breeding for rice submergence tolerance_geetanjaliDr. Geetanjali Baruah
Simplified way of applicability of introgression breeding for submergence tolerance in rice with special emphasis on physiology of submergence tolerance
Prospects of super-early photo-insensitive pigeonpeaICRISAT
Pigeonpea is a protein-rich food legume that plays a crucial role in the food and nutritional security of smallholder farmers in the semi-arid regions of Asia and Eastern and Southern Africa. Photoperiod and temperature sensitivity of pigeonpea has restricted its expansion to wider latitudes and altitudes. Due to longer maturity duration the existing varieties are not suitable for diverse cropping systems and agro-ecologies. But this need not be the case anymore.
Application of Marker Assisted Selection (MAS) for the improvement of Bean Co...CIAT
The document summarizes efforts to develop common bean varieties in Rwanda resistant to Bean Common Mosaic Necrotic Virus (BCMNV) using Marker Assisted Selection (MAS). Researchers screened 219 bean varieties and identified genes conferring resistance. They developed 86 breeding lines by crossing donor lines containing resistance genes with local varieties. These lines were selected using linked markers and for resistance to BCMNV and other diseases. Participatory plant breeding involved farmers in selection. The integration of conventional breeding and MAS was successful in pyramiding resistance genes and developing lines adapted to Rwanda.
Biophysical constraints in the West African Savannas,Research to provide technological solutions to the
constraints,Highlights of some impacts on beneficiaries of research activities,Emerging issues to address in the future
This document summarizes research using a crop simulation model to assess the performance of early maturing maize varieties in Nigeria. Key points:
- Maize production in Nigeria has increased due to expansion of cultivated land, but yields remain low at around 2 tons/hectare.
- A crop simulation model was calibrated and validated using data from on-station and on-farm trials of 5 maize varieties.
- The model was used to simulate yields under different scenarios of variety, planting date, and fertilizer rates to identify opportunities to close yield gaps and assist extension workers. Maps and graphs showed varieties' potential yields were much higher than current on-farm yields.
- The research aims to develop
FRGA is a breeding procedure that speeds up the breeding cycle by growing segregating rice populations in close spacing under low nitrogen, high temperature, and short day conditions in the field. This allows several generations to be completed in one year. Key advantages include faster breeding cycles from F2 to F5 in one year, increased recombination, and natural selection. However, it also carries risks like genetic drift, decreased population sizes, and loss of lines to environmental stresses. While effective at advancing lines, FRGA requires extensive resources that made it difficult to sustain at IRRI.
Nematodes can negatively impact rice yields under the System of Rice Intensification (SRI) method. Studies found yield reductions of 8-69% attributed to nematode build-up under aerobic rice cultivation compared to flooded conditions. Controlled irrigation in SRI may be associated with the root-knot nematode Meloidogyne graminicola, which can cause yield losses of 21-64%. A field and greenhouse study examined the effects of different irrigation treatments on root galling and nematode populations caused by the root-knot nematode. The results showed greater gall formation and nematode populations under aerobic or saturated conditions compared to alternate flooding.
23. validation of molecular markers linked to sterility and fertility restore...Vishwanath Koti
This document describes a study that validated molecular markers linked to sterility and fertility restorer genes in Brassica juncea. The study used a cytoplasmic male sterile (CMS) B. juncea line carrying altered mitochondrial DNA from Moricandia arvensis, a maintainer line, and a restorer line. PCR with SCAR and orf108 primers found the markers were only present in the fertile restorer line and F1 hybrid, validating their linkage to the fertility restorer gene. This marker can accelerate breeding of restorer lines and assess hybrid seed purity without lengthy grow-out tests.
ICRISAT Governing Board 2019 PC meeting : Genetic improvement of Pearl millet...ICRISAT
Approximately 40% of the world’s pearl millet is grown in Africa; about 85% of this is in West Africa. Africa’s major pearl-millet producing countries include Niger (7 Mha), Nigeria (5 Mha), Chad (3.0 Mha), Burkina Faso (1.5 Mha), Mali (1.5 Mha), & Senegal (1.0 Mha). The average yield of pearl millet in this region ranges from 0.7 to 1.5 t/ha and predominant cultivation is by open pollinated varieties. The overall goal of this research activity is to enhance pearl millet productivity in West and Central Africa (WCA) through breeding of high yielding, downy mildew resistant, nutritious hybrids thereby contributing to food security, income generation and improved nutrition.
This document summarizes research on the effects of drought stress and drought acclimation in potato plants. The key findings are:
1) Potato genotypes with a history of drought acclimation over multiple generations showed higher yield, tuber number, and leaf water content under drought stress compared to those without acclimation history.
2) Drought acclimation was found to induce smaller stomatal size, thinner cuticle layers, and higher water use efficiency in potato plants under drought stress.
3) Different potato genotypes showed varying responses to drought acclimation, with Russet Burbank recovering most quickly from severe drought stress. Drought acclimation improved drought resistance in potato plants by modifying plant
RAPD is a PCR-based molecular marker technique that uses short arbitrary nucleotide sequences as primers for DNA amplification. It can be used for applications like genetic diversity analysis, cultivar identification, and mapping genes. The technique involves extracting template DNA, mixing it with a single short-primer, Taq polymerase, dNTPs, and buffer in a PCR reaction. During cycling, the primer binds to and amplifies genomic regions based on complementarity, producing fingerprint profiles visualized on gels. While quick and not requiring prior genome knowledge, RAPD has issues with reproducibility between experiments and co-migration of bands on gels.
O documento discute o papel da mídia na educação das crianças. Ele destaca que as crianças têm o direito à liberdade de expressão e acesso à informação através de diferentes meios de comunicação como rádio, TV e internet. Essas mídias podem ser ferramentas educacionais úteis quando usadas de forma complementar aos métodos tradicionais de ensino para estimular o interesse e engajamento das crianças.
Vernieuwing Bouw - Masterclass 14.03.2012 Ronald Velten
The document discusses smarter marketing strategies in a world where data, social media, mobile technology, and customer expectations are constantly evolving. It highlights that chief marketing officers in the Benelux region feel unprepared in the areas of handling large amounts of customer data, using social media effectively, and ensuring marketing efforts are aligned with customer needs. The document also notes that Benelux CMOs plan to increase use of social media and mobile applications but invest less in customer listening technologies. Overall it emphasizes the need for companies to foster lasting customer connections by gaining a deeper understanding of individuals and building relationships rather than just focusing on transactions.
Beyonder é um projeto que visa auxiliar no desenvolvimento de aplicações móveis, sejam elas embarcadas ou web. Ele é dividido em dois subprojetos: Omens, que trata de uma camada de apresentação que seleciona a interface adequada para o dispositivo em aplicações web, evitando que sejam construídas versões mobile da aplicação, e Cyborg que é um ambiente de desenvolvimento de aplicações locais baseadas em scripts, usando o navegador. O projeto está hospedado no Github e tem como primeiro cliente o Expresso 3, de modo que o primeiro release será uma contribuição à suíte. Os protótipos de Beyonder Omens podem ser acessados em www.ftsl.org.br/bcomens e www.ftsl.org.br/twomens, a partir de celulares e tablets.
Rice breeding at IRGA in Rio Grande do Sul, Brazil focuses on developing cultivars adapted to different regions through breeding programs for general adaptation, hybrids, herbicide tolerance, and abiotic stress tolerance. The breeding program evaluates over 5,000 lines annually for yield, grain quality, disease resistance, and other traits. Recent releases include the high yielding, herbicide tolerant cultivars IRGA 427 and IRGA 428. The hybrid program has released the high yielding hybrid QM 1010 and is developing Clearfield hybrids. Breeding efforts aim to improve yield potential, grain quality, lodging resistance, and tolerance to stresses like iron toxicity and cold temperatures.
Leveraging mobile banking channels for client educationMABSIV
The USAID-supported
RBAP-MABS Program presented its Financial Education for Branchless
Banking Project, an initiative implemented in partnership with MasterCard
Foundation and Microfinance Opportunities. The presentation highlighted how
the initiative is supporting rural banks’ mobile phone banking services rollout
and how it facilitates the expansion of services to clients in areas that are
hard-to-reach.
This document discusses using social media and email for fundraising. It emphasizes tailoring communications to different channels and focusing on personalization over impersonal messages. An email service is recommended to enhance emails with tracking, customization and mobile responsiveness. Coaching tips include using email to complement rather than replace other channels, and linking to websites and blogs from social media. Questions about mastering different channels are also addressed.
This document discusses the development of improved cocoa clones for farmers in the Philippines. It details the collection of 125 cocoa accessions maintained in a genebank, ongoing breeding studies and exchanges with other countries. Key facts include that around 10,000-15,000 cocoa farmers nationally produce an average of 6-7 thousand metric tons annually from trees yielding 1.3kg on average. Three new cocoa varieties were recently endorsed by the National Seed Industry Council. Seedlings of popular varieties like UF18, BR25, K2 and K1 are primarily available for sale in nurseries in Mindanao.
This document discusses the development of improved cocoa clones for farmers in the Philippines. It details the collection of 125 cocoa accessions maintained in a genebank, ongoing breeding studies and exchanges with other countries. Key facts include that around 10,000-15,000 cocoa farmers nationally produce an average of 6-7 thousand metric tons annually from trees yielding 1.3kg on average. Three new cocoa varieties were recently endorsed by the National Seed Industry Council. Seedlings of popular varieties like UF18, BR25, K2 and K1 are primarily available for sale in nurseries in Mindanao.
" Harnessing agricultural biotechnology for resilience to climate change: A l...ExternalEvents
" Harnessing agricultural biotechnology for resilience to
climate change: A lesson from water efficient maize for Africa
project" presentation by Yoseph Beyene, International Maize and Wheat Improvement Center (CIMMYT), Nairobi, Kenya
Prospects of super-early photo-insensitive pigeonpeaICRISAT
Pigeonpea is a protein-rich food legume that plays a crucial role in the food and nutritional security of smallholder farmers in the semi-arid regions of Asia and Eastern and Southern Africa. Photoperiod and temperature sensitivity of pigeonpea has restricted its expansion to wider latitudes and altitudes. Due to longer maturity duration the existing varieties are not suitable for diverse cropping systems and agro-ecologies. But this need not be the case anymore.
Application of Marker Assisted Selection (MAS) for the improvement of Bean Co...CIAT
The document summarizes efforts to develop common bean varieties in Rwanda resistant to Bean Common Mosaic Necrotic Virus (BCMNV) using Marker Assisted Selection (MAS). Researchers screened 219 bean varieties and identified genes conferring resistance. They developed 86 breeding lines by crossing donor lines containing resistance genes with local varieties. These lines were selected using linked markers and for resistance to BCMNV and other diseases. Participatory plant breeding involved farmers in selection. The integration of conventional breeding and MAS was successful in pyramiding resistance genes and developing lines adapted to Rwanda.
Biophysical constraints in the West African Savannas,Research to provide technological solutions to the
constraints,Highlights of some impacts on beneficiaries of research activities,Emerging issues to address in the future
This document summarizes research using a crop simulation model to assess the performance of early maturing maize varieties in Nigeria. Key points:
- Maize production in Nigeria has increased due to expansion of cultivated land, but yields remain low at around 2 tons/hectare.
- A crop simulation model was calibrated and validated using data from on-station and on-farm trials of 5 maize varieties.
- The model was used to simulate yields under different scenarios of variety, planting date, and fertilizer rates to identify opportunities to close yield gaps and assist extension workers. Maps and graphs showed varieties' potential yields were much higher than current on-farm yields.
- The research aims to develop
FRGA is a breeding procedure that speeds up the breeding cycle by growing segregating rice populations in close spacing under low nitrogen, high temperature, and short day conditions in the field. This allows several generations to be completed in one year. Key advantages include faster breeding cycles from F2 to F5 in one year, increased recombination, and natural selection. However, it also carries risks like genetic drift, decreased population sizes, and loss of lines to environmental stresses. While effective at advancing lines, FRGA requires extensive resources that made it difficult to sustain at IRRI.
Nematodes can negatively impact rice yields under the System of Rice Intensification (SRI) method. Studies found yield reductions of 8-69% attributed to nematode build-up under aerobic rice cultivation compared to flooded conditions. Controlled irrigation in SRI may be associated with the root-knot nematode Meloidogyne graminicola, which can cause yield losses of 21-64%. A field and greenhouse study examined the effects of different irrigation treatments on root galling and nematode populations caused by the root-knot nematode. The results showed greater gall formation and nematode populations under aerobic or saturated conditions compared to alternate flooding.
23. validation of molecular markers linked to sterility and fertility restore...Vishwanath Koti
This document describes a study that validated molecular markers linked to sterility and fertility restorer genes in Brassica juncea. The study used a cytoplasmic male sterile (CMS) B. juncea line carrying altered mitochondrial DNA from Moricandia arvensis, a maintainer line, and a restorer line. PCR with SCAR and orf108 primers found the markers were only present in the fertile restorer line and F1 hybrid, validating their linkage to the fertility restorer gene. This marker can accelerate breeding of restorer lines and assess hybrid seed purity without lengthy grow-out tests.
ICRISAT Governing Board 2019 PC meeting : Genetic improvement of Pearl millet...ICRISAT
Approximately 40% of the world’s pearl millet is grown in Africa; about 85% of this is in West Africa. Africa’s major pearl-millet producing countries include Niger (7 Mha), Nigeria (5 Mha), Chad (3.0 Mha), Burkina Faso (1.5 Mha), Mali (1.5 Mha), & Senegal (1.0 Mha). The average yield of pearl millet in this region ranges from 0.7 to 1.5 t/ha and predominant cultivation is by open pollinated varieties. The overall goal of this research activity is to enhance pearl millet productivity in West and Central Africa (WCA) through breeding of high yielding, downy mildew resistant, nutritious hybrids thereby contributing to food security, income generation and improved nutrition.
This document summarizes research on the effects of drought stress and drought acclimation in potato plants. The key findings are:
1) Potato genotypes with a history of drought acclimation over multiple generations showed higher yield, tuber number, and leaf water content under drought stress compared to those without acclimation history.
2) Drought acclimation was found to induce smaller stomatal size, thinner cuticle layers, and higher water use efficiency in potato plants under drought stress.
3) Different potato genotypes showed varying responses to drought acclimation, with Russet Burbank recovering most quickly from severe drought stress. Drought acclimation improved drought resistance in potato plants by modifying plant
RAPD is a PCR-based molecular marker technique that uses short arbitrary nucleotide sequences as primers for DNA amplification. It can be used for applications like genetic diversity analysis, cultivar identification, and mapping genes. The technique involves extracting template DNA, mixing it with a single short-primer, Taq polymerase, dNTPs, and buffer in a PCR reaction. During cycling, the primer binds to and amplifies genomic regions based on complementarity, producing fingerprint profiles visualized on gels. While quick and not requiring prior genome knowledge, RAPD has issues with reproducibility between experiments and co-migration of bands on gels.
O documento discute o papel da mídia na educação das crianças. Ele destaca que as crianças têm o direito à liberdade de expressão e acesso à informação através de diferentes meios de comunicação como rádio, TV e internet. Essas mídias podem ser ferramentas educacionais úteis quando usadas de forma complementar aos métodos tradicionais de ensino para estimular o interesse e engajamento das crianças.
Vernieuwing Bouw - Masterclass 14.03.2012 Ronald Velten
The document discusses smarter marketing strategies in a world where data, social media, mobile technology, and customer expectations are constantly evolving. It highlights that chief marketing officers in the Benelux region feel unprepared in the areas of handling large amounts of customer data, using social media effectively, and ensuring marketing efforts are aligned with customer needs. The document also notes that Benelux CMOs plan to increase use of social media and mobile applications but invest less in customer listening technologies. Overall it emphasizes the need for companies to foster lasting customer connections by gaining a deeper understanding of individuals and building relationships rather than just focusing on transactions.
Beyonder é um projeto que visa auxiliar no desenvolvimento de aplicações móveis, sejam elas embarcadas ou web. Ele é dividido em dois subprojetos: Omens, que trata de uma camada de apresentação que seleciona a interface adequada para o dispositivo em aplicações web, evitando que sejam construídas versões mobile da aplicação, e Cyborg que é um ambiente de desenvolvimento de aplicações locais baseadas em scripts, usando o navegador. O projeto está hospedado no Github e tem como primeiro cliente o Expresso 3, de modo que o primeiro release será uma contribuição à suíte. Os protótipos de Beyonder Omens podem ser acessados em www.ftsl.org.br/bcomens e www.ftsl.org.br/twomens, a partir de celulares e tablets.
Rice breeding at IRGA in Rio Grande do Sul, Brazil focuses on developing cultivars adapted to different regions through breeding programs for general adaptation, hybrids, herbicide tolerance, and abiotic stress tolerance. The breeding program evaluates over 5,000 lines annually for yield, grain quality, disease resistance, and other traits. Recent releases include the high yielding, herbicide tolerant cultivars IRGA 427 and IRGA 428. The hybrid program has released the high yielding hybrid QM 1010 and is developing Clearfield hybrids. Breeding efforts aim to improve yield potential, grain quality, lodging resistance, and tolerance to stresses like iron toxicity and cold temperatures.
Leveraging mobile banking channels for client educationMABSIV
The USAID-supported
RBAP-MABS Program presented its Financial Education for Branchless
Banking Project, an initiative implemented in partnership with MasterCard
Foundation and Microfinance Opportunities. The presentation highlighted how
the initiative is supporting rural banks’ mobile phone banking services rollout
and how it facilitates the expansion of services to clients in areas that are
hard-to-reach.
This document discusses using social media and email for fundraising. It emphasizes tailoring communications to different channels and focusing on personalization over impersonal messages. An email service is recommended to enhance emails with tracking, customization and mobile responsiveness. Coaching tips include using email to complement rather than replace other channels, and linking to websites and blogs from social media. Questions about mastering different channels are also addressed.
This document discusses the development of improved cocoa clones for farmers in the Philippines. It details the collection of 125 cocoa accessions maintained in a genebank, ongoing breeding studies and exchanges with other countries. Key facts include that around 10,000-15,000 cocoa farmers nationally produce an average of 6-7 thousand metric tons annually from trees yielding 1.3kg on average. Three new cocoa varieties were recently endorsed by the National Seed Industry Council. Seedlings of popular varieties like UF18, BR25, K2 and K1 are primarily available for sale in nurseries in Mindanao.
This document discusses the development of improved cocoa clones for farmers in the Philippines. It details the collection of 125 cocoa accessions maintained in a genebank, ongoing breeding studies and exchanges with other countries. Key facts include that around 10,000-15,000 cocoa farmers nationally produce an average of 6-7 thousand metric tons annually from trees yielding 1.3kg on average. Three new cocoa varieties were recently endorsed by the National Seed Industry Council. Seedlings of popular varieties like UF18, BR25, K2 and K1 are primarily available for sale in nurseries in Mindanao.
" Harnessing agricultural biotechnology for resilience to climate change: A l...ExternalEvents
" Harnessing agricultural biotechnology for resilience to
climate change: A lesson from water efficient maize for Africa
project" presentation by Yoseph Beyene, International Maize and Wheat Improvement Center (CIMMYT), Nairobi, Kenya
This document summarizes two sorghum research initiatives - the BC-NAM project and the MARS project. The BC-NAM project aims to enhance sorghum grain yield and quality in West Africa using a backcross nested association mapping approach with 36 parental lines and 57 populations. The MARS project aims to improve sorghum productivity in Mali through an integrated marker-assisted recurrent selection approach using two parental lines. It provides updates on the current status and activities of both projects, including population development, phenotyping, genotyping, data management and international collaboration.
The document discusses several cotton breeding projects and experiments conducted by the Institute. It summarizes results from yield trials of new cotton varieties with improved fiber strength and studies on transgenic cotton resistant to bollworm. Germplasm collection and evaluation are also mentioned. Field days were held to demonstrate performance of a variety named Suraj under organic farming conditions.
This project aims to improve rice productivity in West Africa through marker-assisted recurrent selection for drought tolerance and yield potential. Highlights include establishing drought evaluation sites, characterizing the target environments, and developing three MARS populations. The populations were phenotyped in multiple locations for drought tolerance and yield. Promising lines with higher yields under stress were identified. The project also built capacity through training, technology exchange, and developing phenotyping databases to manage data.
Magnetic water treatment for better growthHabibur Rahman
Magnetic water is water that has been passed through a magnetic field. Magnetic water treatment devices are environmentally friendly, with low installation costs and no energy requirements. Magnetic water is used to increase crop yield, induce seed germination and benefit the health of livestock.It is proven to reduce water consumption by up to 20%, Reduce Fertilizer Usage 30-50%, while boosting crop yields by at least 30%.
This document summarizes progress in breeding rice varieties with improved drought tolerance at the International Rice Research Institute (IRRI). Several new rice varieties with 1-1.2 tonnes/hectare yield advantages under moderate to severe drought have been released in countries like India, Nepal, and the Philippines. Promising lines have been identified with high yields under both normal and drought conditions. Major drought tolerance quantitative trait loci have been introgressed into popular rice varieties like IR64 and Swarna, resulting in improved drought tolerance while maintaining high yields under normal conditions.
Increase production and availability of breeder, foundation and certified seed
- Link more farmers as seed producers
- Strengthen linkages between seed producers, seed companies and public sector
Activity: Enhance local capacity for seed production, storage, marketing
- Train more farmers, traders, NGOs on seed production, processing, storage, marketing
- Develop seed manuals in local languages
Participatory Maize Breeding in Portugal, 25th September 2015, Lescar-Pau, Fr...Pedro Mendes-Moreira
Participatory Maize Breeding in Portugal
The VASO project in Portugal has conducted participatory maize breeding for over 30 years using farmer selection and breeder selection. Through multiple cycles of selection, the 'Pigarro' population was improved for traits like yield and fasciation. Trials were conducted at several locations in Portugal and Iowa comparing farmer and breeder selection, finding some gains from farmer selection. Future work aims to incorporate more participatory elements from seed to consumption, studying quality, taste, and health impacts of genetic diversity. The project emphasizes multidisciplinary collaboration between farmers, breeders, and other institutions to improve maize adapted to local conditions.
This document summarizes research on phenotyping common bean populations and breeding lines for drought and bean stem maggot (BSM) tolerance in Ethiopia. Two populations consisting of 82 and 100 recombinant inbred lines were evaluated at three locations under different stress conditions. Data was collected on various traits related to drought and BSM tolerance. The populations showed variability in their performance. Additionally, 36 Andean genotypes were evaluated for drought tolerance traits under irrigated and stressed conditions. A marker-assisted recurrent selection scheme was used to develop populations for further evaluating drought tolerance. The research was supported by various collaborators and organizations.
Research advances in pulses and benefit to stakeholders dr. c. l. gowdaipga
This document summarizes research on pulses conducted by ICRISAT and the benefits to stakeholders. It provides an overview of ICRISAT's vision, mission, locations, production statistics for major pulse crops in India from 2011-2013 which show increases in area, production and yield. It also summarizes the top producers, importers and exporters of chickpeas and options for increasing chickpea production through reducing yield gaps, improving cultivars, and bringing additional area into production. New chickpea varieties developed through ICRISAT-ICAR partnerships are highlighted. The document concludes with the future scenario for pulses, noting demand will continue to grow and supply gaps will exist which new technologies aim to address.
Presentation delivered by Dr. Hans-Joachim Braun (Global Wheat Program, CIMMYT) at Borlaug Summit on Wheat for Food Security. March 25 - 28, 2014, Ciudad Obregon, Mexico.
http://www.borlaug100.org
Promotion of conservation Agriculture in ChinaJack McHugh
This document summarizes the achievements and outputs of various objectives and activities related to developing and testing permanent raised bed (PRB) technology in wheat and maize systems in northwestern China.
Key achievements include developing and testing machinery for PRB establishment and crop management, collecting data showing water and irrigation savings from PRB, assessing improved crop performance and soil responses, analyzing crop residue management practices, training Chinese scientists and extensionists, and establishing on-farm demonstration sites. Partnerships with machinery companies for commercializing developed equipment were also identified. While some results showed benefits, further modifications were still needed for some machinery to be ready for widespread adoption.
Similar to Use of tissue culture techniques in a seed releases programs of whiteflies and frog skin diseases resistance materials in Cauca, Colombia (20)
Durante la Semana de la Agricultura y la Alimentación, el Programa de Investigación del CGIAR en Cambio Climático, Agricultura y Seguridad Alimentaria – CCAFS, la Organización de las Naciones Unidas para la Alimentación y la Agricultura, FAO, y el Centro Internacional de Agricultura Tropical – CIAT, apoyaron la II Reunión Internacional de Ministros y altas autoridades de agricultura sobre agricultura sostenible y cambio climático con un documento base y su presentación sobre los retos que representa el cambio climático para la agricultura en Latino América y el Caribe.
Taller sobre intervenciones en nutrición, género y agricultura: situación actual y oportunidades futuras’, organizado por el CIAT y HarvestPlus en Ciudad de Guatemala. Leer más: http://ow.ly/XNIv30mGYBv
Impacto de las intervenciones agricolas y de salud para reducir la deficienci...CIAT
Este documento resume un estudio realizado en Guatemala para evaluar el impacto de entregar semilla biofortificada de frijol en aspectos socioeconómicos y de salud nutricional. El estudio utilizó un diseño de ensayo clúster aleatorio en comunidades rurales asignadas a recibir semilla biofortificada o no. Los resultados preliminares mostraron pocos cambios socioeconómicos entre grupos. Los resultados de línea base encontraron altas tasas de anemia y deficiencia de hierro, con el frijol contribuyendo signific
Agricultura sensible a la nutrición en el Altiplano. Explorando las perspecti...CIAT
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Use of tissue culture techniques in a seed releases programs of whiteflies and frog skin diseases resistance materials in Cauca, Colombia
1. Use of tissue culture techniques in a seed
Use of tissue culture techniques in a seed
releases programs of whiteflies and Frog Skin
Diseases resistance materials in Cauca, Colombia
Diseases resistance materials in Cauca Colombia
2. Recovery of the cassava cultivation in the
north part of Cauca's department.
p f p
In memoria of: Mr. Alfaro Mina
Roosevelt H. Escobar Pérez1,2
1Universidad Nacional de Colombia Sede Palmira
Universidad Nacional de Colombia, Sede Palmira.
2Agrobiodiversity and Biotechnology Project
r.escobar@cgiar.org
Ginés‐Mera Fellowship W k h
Gi é M F ll hi Workshop
CIAT, May 13th ‐2010
3. Cassava vs. Pineapple
pp
Whiteflies
FSD
CBB
Few l
F clones
Low prices
Soil erosion
Phythophtora
y p
Low income
High garbage
Detachment from the land and loss of ancient crops
5. Ginés‐Mera f ll
Gi é M fellowship project (2003‐2004)
hi j t (2003 2004)
Main objective: Production of cassava’s planting material with resistance or
tolerance to whiteflies and Frog Skin Diseases
Support by: Gines‐Mera Fellowship
Participants: AMUC, MADR, CIAT
Materials tested:
• CG489‐31 (Whiteflies resistant);
• MPer 183 , HMC 1 and CM 7951‐5, SM 563‐14 (Frog skin tolerant clones),
• MPer 183 HMC 1 and CM 7951 5 SM 563 14 (Frog skin tolerant clones)
• CM2772‐3 (high carotene content and good cooking quality).
Pilot site: Alegrías Santander de Quilichao
Pilot site: Alegrías‐Santander de Quilichao
6. Seed system developed under Ginés‐Mera
y p
fellowship program (2003‐2004)
Nataima 31, CM 2772 3
Nataima‐31, CM 2772‐3
5000 plants 500 plants each one
HMC‐1, MPer183, CM7951‐5, SM653‐14. Nataima‐31
500 plants each one
7. Relationship among financial support agencies and research
projects that allow us cover farmers seed demands
j t th t ll f dd d
CIAT‐FIDAR‐CBN
CIAT MBra
MB 383
CIAT‐IP3‐SB2
NATAIMA31 Ginés‐Mera‐CIAT MPer 183 CM 4574‐7
CM 6740‐7 CM7951‐5
MBra 383 SM653‐14
CM 523‐7 MPer 183
MPer 183 CM 4574‐7
MCol 1522 HMC‐1
HMC‐1 CM2772‐3
13. ¿How should be management the cassava seed?
The game rules
• CIAT produce plantlets for farmers.
•Farmers association receive the planting material and planted on selected field
• First cutting cycle it was distributed among farmers members
30% f i l f h bli h f d
•Farmers must to return 30% of cutting on II cycle for the establishment of seed
bank for new members.
•Providing access to new farmers under same rules.
Local seed bank to support a release program of clean planting
Local seed bank to support a release program of clean planting
material for farmers
14. In vitro production under
rural laboratory
Field phase FS
FSD certhyfication
Cycle I Agronomic behavoir
Yield
Propagation
n
acilityes
Field phase
Rapid ‐
Cycle II‐ Cuttings
Propagation
p g
Irrigation fa
Scaling up
Field phase
CycleII ‐A
Seed delivery system
20. Results
•A certified cassava plantlet plot handled by farmer association (AMUC) to be
A certified cassava plantlet plot handled by farmer association (AMUC) to be
use on delivery (communal: 30% return rate) seed system.
•An optional crop to be use for farmer group to replace pineapple crop and
recovery of ancestral crop by them.
•An additional seed plot to be handle by CIAT‐MADR project to allow sustain
fresh planting material to release to other end‐users (handled by Gustavo
Jaramillo. Actually by Clayuca management)
Training: Management of planting material (seed quality), pest management
(with emphasis on whiteflies and Frog Skin disease's handled)
21. Project results
• 6 clones propagated by tissue culture
• 3 clones tolerant to FDS (Per 183, HMC‐1, CM 7951‐5) ☺
• New clones on farmer hands (CM 2772‐3‐yellow one) ☺
•CM 4574‐7 has the most acceptance by farmers and market ☺
CM 4574 7 h h b f d k
•Nataima 31 was accepted by farmers, it is so resistant to whiteflies but is so susceptible to
FSD.
•SM 653‐14 and MBra 383 show high susceptibility to FSD
•A new method for seed production it was socialized with farmers allow us to implement a
Participatory Research Scheme
CM 2772‐3
Nataima 31
22. Estimated farmers income by the use of clean planting material
Year of use of planting material
Income
2005 2006 2007 2008 2009 Yield (Ton) Area (Ha)
(Millions Colombian Pesos‐$)
4.000@ 50 5.5 12.200.00
4920@ 52.75 5.9 14.031.500
4430@ 55.375 6 15.614.430
9738@ 121.1 13.5 37.688.056
1270036@ 158.75 17 50.800.000
TOTAL 438.57
438 57 47.9
47 9 130.333.986
130 333 986
Source: AMUC data‐2009
23. People that received and its has been maintained planting
material from the AMUC CIAT Gines
material from the AMUC‐CIAT‐Gines Mera fellowship
Nombres y apellidos Vereda
Ana Joaquina Quinamayo
Jairo Lucumi Alegrías
Luis E. Zapata Z Alegrías
Alex Mera Alegrías
Edison Ocoro Alegrías
Luis Mina Alegrías
Misael Angulo Alegrías
Wilmanit Tegue Alegras
Arley Diaz
y Alegrías
g
Paublino
Ana Maria Alvarez Quinamayo
Angelantonio Mera Alegrías
Angel Custodio Diaz Alegrías
Natanael Palacios Alegrías
Carlos Guaza Alegrías
Bolívar Mina Alegrías
Cilia Zapata Alegrías
Pedro Viafara Alegrías
Daisa Lasso Alegrías
Noraida Mina Alegrías
Edita Mina Alegrías
Ana Elsy Guaza Alegrías
Eliberto Balanta Alegrías
Ligia Nur Diaz Alegrías
Reinelio Guaza Alegrías
Manuel Iginio Mina Alegrías
Eliazir Palacios Alegrías
José Walter Lasso Dominguillo
Fanor Banguero
Fanor Mina Alegrías Source: Diego Zapata‐Alfaro Mina, AMUC.2009
Diego Zapata Alegrías
25. ¿What AMUC farmers is asking for ?
¿What AMUC farmers is asking for ?
• A new seed plot of seed (refresh their material HMC‐1,
MPer 183, CM 7951‐5 y CM 2772‐3 )
• Inclusion a new clone (Raya 7), the most accepted clone.
•Help to them to maintain training on plagues and diseases
management/control
•Discuss about new uses or alternative for their products
26. El yuquero viejo aun continúa añorando el regreso de su cultivo, pues como dicen ellos
“La yuquita es parte de la cultura del norte del Cauca”.
Comentario del Sr. Alfaro Mina (Q.E.P.D.)
“……sancocho de gallina sin yuca no coge. Nosotros nos comemos un
poquito de yuca los domingos cuando la hija va el sábado y compra
una librita Uno antes estaba enseñado a comerse una mata entera
librita. entera.
Con esos pedacitos uno no le coge ni el sabor”.
Comentario del Sr. Arcadio Guazá
27. Acknowledgments
• The Gines‐Mera Fellowship • Joe Tohme and Willy Roca
• CIAT‐CBN • Steve Beebe
• CIAT‐PRGA • Anthony Belloty
• MADR Colombia
MADR‐Colombia • Alfredo Alves, Chikelu Mba,
Alfredo Alves Chikelu Mba
• FIDAR‐Colombia Elizabeth Caicedo
• Cauca′s Farmers Association: • Liliana Muñoz, Auradela Ríos,
AMUC‐Asoprosa
AMUC Asoprosa Adriana Núñez, Carlos Dorado,
Adriana Núñez Carlos Dorado
• Universidad Nacional de Álvaro Azcarate, Pablo Herrera
Colombia, Sede Palmira • Gustavo Jaramillo
• José Restrepo y Carlos Hernández
José Restrepo y Carlos Hernández
• Arcadio Guazá, Diego Zapata y
Alfaro Mina (Q.E.P.D.)