Wheat Breeding Technology Workshop

Wheat Breeding Technology Workshop
The Wheat Breeding Technology Workshop was held in Sydney, Australia in September 2015, following the 2015 BGRI Technical Workshop. The proceedings were recorded and made publicly available for early career breeders and geneticists. The objectives of this video series are to impart participants with the background knowledge and practical skills required to implement crop modelling, high-throughput phenotyping, genomic selection, and speed breeding in an applied breeding program, and enable participants to think critically and collaboratively to develop improved breeding strategies for wheat that take advantages of these technologies. The production of these videos was made possible by the Borlaug Global Rust Initiative, with videography and editing by Christopher H. Knight.

High-throughput phenotyping (HTP), Session I - Matthew Reynolds

-Phenotyping tools
-Genetic resources
-Parental selection
-High-throughput screening 
-Phenomics-based breeding

Genomic selection (GS), Session 1 – Jose Crossa

-Why GS?
-Breeding values
-Prediction and estimation of breeding values
-Ordinary least squares
-Ridge regression
-Best linear unbiased prediction (BLUP)s
Genomic selection (GS), Session 1 (continued) – Jose Crossa

-Prediction and estimation of breeding values (continued)
-Genomic-BLUP (G-BLUP)
-Genotype x environment interaction (GxE) models
-Prediction accuracies in wheat and basic trends
Crop modeling, Session 1 – Graeme Hammer

-Linking phenotypes to genotypes
-Trait dissection to inform high-throughput phenotyping and direct GS
-Prediction of trait value in target population environment
Crop modeling, Session 2 – Scott Chapman

-Flowering time genes – modelling flowering time across the wheatbelt using 1 experiment to calibrate new gentoypes
-Using QuGene for pyramiding genes in wheat
-Unmanned aerial vehicles (UAV)s and static sensor canopy temperature monitoring
Speed breeding, Session 1 – Lee Hickey

-Advantages and disadvantages of speed breeding compared to conventional breeding, shuttle breeding, and double haploid systems
-How to do speed breeding and what you need
-Rapid inbred line development
-Incorporating selection for highly heritable traits
Integrating breeding technologies, Session 1 – David Jordan

-Breeding program informatics for phenotypic data
-Development of genetic resources for germplasm enhancement and trait dissection
-Integrating crop modelling into breeding
Speed breeding, Session 2 – Cecile Richard

-Phenotyping vs phenotypic screening
-Integration of phenotyping
-Biotic traits
-Abiotic traits
Genomic selection, Session 2 – Mark Sorrells

-Lessons learned from experiences with GS in wheat
-Importance of the training population and model updating
-Choice of prediction model and marker platform
-How can GS fit into a wheat breeding program
-With bi-parental populations
-Acro- families
Background on Qu-Gene - Scott Chapman