USDA Specialty Crops Research Initiative (SCRI)
USDA Specialty Crops Research Initiative (SCRI) THANKS TO YOU!!! Responding to listening sessions by federal agencies Providing information on specialty crops Help with the required 100% non-federal match Continued communications with congressional delegation
USDA Specialty Crops Research Initiative (SCRI) Ensuring US Onion Sustainability: Breeding and Genomics to Control Thrips and Iris Yellow Spot Virus Onion Storage Rot Management (Charlie Li) Onion ipmpipe & Diagnostics (Howard Schwartz)
Ensuring US Onion Sustainability: Breeding and Genomics to Control Thrips and Iris Yellow Spot Virus Project Director: Michael Havey, USDA-ARS and University of Wisconsin Project Co-Directors: Christopher Cramer, New Mexico State University Hanu Pappu, Washington State University Howard Schwartz, Colorado State University Christopher Town, The J. Craig Venter Institute Project Collaborators: Whitney Cranshaw, Colorado State University Jerry Hawkes, New Mexico State University
Onion Translational Genomics
Genomics Relatively cheap sequencing Expressed Regions Large-scale genomic sequencing High through-put analysis of all sequences Identify all putative coding regions in DNA
Onion Translational Genomics
Onion Translational Genomics Prioritize Target Traits Identify Desirable Germplasms Complete Crossing and Genetic Evaluations Develop Robust High-Throughput Genetic Markers Value-Added Cultivars
Onion Translational Genomics Prioritize Target Traits
Allium Disease and Pest Survey
Allium Disease and Pest Survey
Allium Disease and Pest Survey 100+ respondents (>>onion growers) Top Onion Production Problems in NA: Thrips Iris Yellow Spot Virus Bacterial soft rot (Erwinia) Slippery skin (Pseudomonas) Black mold (Aspergillus) Botrytis leaf blight and neck rot Fusarium basal rot Pink root Heat
Conference on Onion Translational Genomics http://haveylab.hort.wisc.edu/cap/index.htm
Overall Relevance High IYSV Thrips CMS Fusarium RNAi Flavor Carbohydrates White rot Botrytis neck rot Bacterial rots Yellow Nutsedge Flowering Black mold Herbicide tolerance Moderate Botrytis leaf blight Pink root Downy mildew Low Simple Moderate Resistant Germplasm and Inheritance Difficult
Thrips
Iris Yellow Spot Virus Photos: Fred Crowe & Hanu Pappu
Onion Translational Genomics Prioritize Target Traits Identify Desirable Germplasms Understand the Pest Screen the Host
Detection of IYSV Hanu Pappu RT-PCR ELISA
Mechanical Transmission of IYSV Hanu Pappu
Field Evaluations for Thrips and IYSV Tolerance (2009-10) Chris Cramer and Howard Schwartz
Field Day at NMSU in 2010
Promising Entries for Field Tolerance to IYSV/Thrips 2009 & 2010 (** CO and NM): PI 258956 Chile Calderana PI 264320 ** Spain PI 546140 ** USA San Joaquin PI 546188 USA Yellow Sweet Spanish PI 546192 USA Yellow Sweet Spanish NMSU 07-54-1 USA
Onion Translational Genomics Prioritize Target Traits Identify Desirable Germplasms Complete Crossing and Genetic Evaluations
Genetic Validation of Tolerance A Line TC Family Selected Plants S 1 Family
Onion Translational Genomics Prioritize Target Traits Identify Desirable Germplasms Complete Crossing and Genetic Evaluations Develop Robust High-Throughput Genetic Markers
454 Sequencing of cdnas Chris Town and Michael Havey Red DH Yellow OH-1
454 Sequencing of cdnas Chris Town and Michael Havey Red DH Yellow OH-1 5 -TAGAAAAAATTGCTAACTGTTGCAGCTTGTGGGAACTGTAGTAGCAGGAAT-3 5 -TAGAAAAAATTGCTAATTGTTGCAGCTTGTGAGAACTGTAGTAGCAGGAAT-3
New Haploid Mapping Family Red DH x Yellow OH-1 F1 Haploid Extraction by Borut Bohanec
New Haploid Mapping Family Thanks to Kent Welsh
High Through-Put SNP Genotyping Assays: Illumina Kaspar TaqMan
Mapping of Target Traits
Association Mapping of Resistance or Tolerance to Thrips and/or IYSV
Ensuring US Onion Sustainability: Breeding and Genomics to Control Thrips and Iris Yellow Spot Virus Improved detection and inoculation of IYSV Tolerance to thrips and/or IYSV SNP genotyping platform and high-density map of onion Genetic tagging of semi-glossy foliage Delivery of germplasms and technologies
Onion Translational Genomics Useful Traits DNA Sequences Competitive Cultivars