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The first comprehensive book about the most complex plant genome – the Wheat Genome – is now out and available in open access.

The wheat reference genome sequence (IWGSC RefSeq v1.0 & v2.1) has provided a foundation that has propelled recent advances in research and improvement of wheat. For the Structural and Functional Genomics Workshop, continued advances in research and understanding will require new experimental and computational approaches to structurally identify and assign function to genes (both coding and non-coding) as well as regulatory elements and epigenetic states. Accordingly, abstracts submitted for this workshop should focus on genome-scale studies that improve understanding of wheat genome function through the development of additional data resources, computational and experimental studies, exploration of gene families and pathways, and platforms that facilitate annotation and visualization.

The IWGSC has led the effort to develop a high quality, reference sequence of the large, complex (hexaploid), bread wheat genome: IWGSC RefSeq v1.0 and annotation v1.1 as well as the recently released IWGSC RefSeq v2.1 and accompanying annotation. The release of the IWGSC reference sequence of Chinese spring in 2017 has led to significant advances in wheat genomics. This year's workshop will include presentations related to long-read sequencing, epigenomics, genebank genetic profiling, photoperiodic response, and the Einkorn genome toolbox. As usual, the workshop also includes the presentation of the Catherine Feuillet & IWGSC Early Career Award and travel stipend to Daniela Miller who will speak about using high-fidelity long-read sequencing to identify structural variants in soft winter wheat. This award is given to a young scientist nominated by anyone in the wheat community and selected by the IWGSC leadership in recognition of outstanding achievement.