Genomic Tools for Sweetpotato Improvement (GT4SP)
The more than 13.5 million metric tons (MT) of sweetpotato produced in Sub-Saharan Africa annually feed millions of people. However, the full potential of sweetpotato has yet to be recognized as large yield gaps (ca. 20 MT/ha) exist across rain-fed SSA due to a wide range of biotic and abiotic constraints, and the lack of productive, resilient, consumer-preferred varieties.
This project will develop modern genomic, genetic, and bioinformatics tools to facilitate crop improvement and improve genetic gains in sweetpotato, an important food security and cash crop with highly recognized potential to alleviate hunger, vitamin A deficiency, and poverty in Sub-Saharan Africa (SSA), and predominantly grown in small plot holdings by poor women farmers.
Dr. George Craig Yencho
NC State University
Department of Horticultural Science
214 Kilgore Hall ,Campus Box 7609
Raleigh NC 27695
Key Project Information
Our specific project objectives include: (i) development of genomic and genetic resources for sweetpotato improvement, including complete genome sequencing of NCNSP-0323 and NCNSP0306 two diploid lines expected to be suitable for use as the cultivated sweetpotato, I. batatas, reference genomes; (ii) development of a genome sequence-based molecular marker platform, with supporting bioinformatics, quantitative genetic methods, and analytical environment to facilitate modern sweetpotato breeding; (iii) multi-location phenotyping and marker-trait/validation studies in Uganda and Ghana; (iv) traditional and web-based training and capacity development efforts to incorporate MAB tools in sweetpotato breeding programs in Africa; and (v) effective project management and communication processes to ensure project success and dissemination of newly-developed resources to the wider sweetpotato and scientific communities.
AREAS OF INTERVENTION: Genomics, Genetics and Breeding,
NAME OF PROJECT GROUP LEADER: Dr. George Craig Yencho (NCSU)
NAMES OF OTHER TEAM MEMBERS: Awais Khan (CIP); Lachlan Coin (UQ); Robin Buell (MSU); Lukas Mueller (BTI); Benard Yada (NaCRRI); Robert Mwanga (CIP); Ann Tomko (NCSU); Mercy Kitavi (CIP); Lina Quesada (NCSU); Zhao-Bang Zeng (NCSU); Reinhard Simon (CIP); Zhangjun Fei (BTI); Bode Olokulu (NCSU); Fred Wright (NCSU); Marc Ghislain (CIP)
Presentation: The Genomic Tools for Sweetpotato (GT4SP) Improvement Project - Building a modern breeding platform for sweetpotato improvementAccording to Craig Yencho’s presentation, if yield was improved in the sweetpotato growing areas, then the SPHI goal of 10 million by 2020 could be very realistic. Yencho presented the development ...
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SPHI Brief 2016: The Genomic Tools for Sweetpotato Improvement (GT4SP) ProjectThis brief presents the activities and acheivements (2015-2016) of a four year investment to develop genomic and genetic resources for sweetpotato improvement that has been launched with the goal ...
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SPHI Brief 2015: The Genomic Tools for Sweetpotato Improvement (GT4SP) ProjectThis flyer introduces a new four year investment to develop genomic and genetic resources for sweetpotato improvement that has been launched with the goal of establishing a molecular marker-assiste...
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DNA profiling of sweetpotato cultivars and clonesThis file is about:DNA testing, DNA typing, genetic fingerprintingMajority of DNA is the same for organisms in the same species but there are pieces, regions/patterns that differ within the species...
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Webinar: Marker-Assisted Breeding as Next-Generation Strategy for Genetic Improvement of sweetpotato in Sub Saharan AfricaThis webinar was held on 24th March, 2016 at 4.00 pm EAT. The main speakers were: Prof Craig Yencho – Distinguished Professor and Program Leader Sweetpotato and Potato Breeding and Genetics Program...Read More »