1st July 2026
Presented by Katie Jeal from The Sainsbury Lab, Cambridge University, UK.
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IBH Webinar | Conserved modules, novel forms Investigating morphological innovation in the grasses
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IBH Webinar | Induced resistance in barley: how rhizobacteria, genotype, and environment shape aphid defence
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IBH Webinar | Proteomic insights into water-use efficiency and malt quality trade-offs to inform barley breeding strategies
15th May 2026 Michelle Colgrave & Clare O’Lone, Australian Research Council Centre of Excellence for Innovations in Peptide and Protein Science. This seminar describes a study which used quantitative proteomics to investigate why an InterGrain barley breeding line, IGB1467, achieves acceptable grain modification during malting with less water than the control variety, Flinders. Time-resolved sampling…
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IBH Webinar | When the Dance Goes Off Beat: Barley Mutants Expose Meiotic Recombination Pathways
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IBH Webinar | Precision Plant Editing: From Barley to Amaranth with CRISPR in Hand
Wednesday 4th March Summary This seminar focussed on how CRISPR-based genome editing is transforming modern plant science, enabling precise and efficient modification of crop traits across staple cereals such as barley and emerging crops such as amaranth. It outlines the core principles of CRISPR technology, its applications in improving yield, stress tolerance, and nutritional quality,…
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IBH Webinar | IBH Webinar EORNA2 – Autonomous data discovery and processing for databasing of barley gene expression data
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IBH Webinar | Spatial Transcriptomics Reveals How Sucrose Transport Shapes Wheat Grain Development
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IBH Webinar | Exploring Wild Barley Alleles to Improve Stress Tolerance in Elite Barley
Summary: Thursday 2nd October Professor Klaus Pillen presents on improving stress tolerance in barley using wild barley alleles. The F25 mapping population consists of 25 wild barley accessions and is utilized for genetic studies. Research focuses on molecular breeding, genomics, and the interaction of wild barley with microbiota. Studies demonstrate the impact of specific genes…
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New loci and candidate genes in spring two-rowed barley detected through meta-analysis of a field trial European network
Montardit-Tarda, F.; Casas, A. M.; Thomas, W. T. B.; Schnaithmann, F.; Sharma, R.; Shaaf, S.; Campoli, C.; Russell, J.; Ramsay, L.; Bayer, M. M.; Delbono, S.; Jaaskelainen, M.; Paul, M.; Stoddard, F. L.; Visioni, A.; Flavell, A. J.; Pillen, K.; Kilian, B.; Graner, A.; Rossini, L.; Waugh, R.; Cattivelli, L.; Schulman, A. H.; Tondelli, A.;…
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A barley pan-transcriptome reveals layers of genotype-dependent transcriptional complexity
Guo, W.; Schreiber, M.; Marosi, V. B.; Bagnaresi, P.; Jorgensen, M. E.; Braune, K. B.; Chalmers, K.; Chapman, B.; Dang, V.; Dockter, C.; Fiebig, A.; Fincher, G. B.; Fricano, A.; Fuller, J.; Haaning, A.; Haberer, G.; Himmelbach, A.; Jayakodi, M.; Jia, Y.; Kamal, N.; Langridge, P.; Li, C.; Lu, Q.; Lux, T.; Mascher, M.; Mayer,…