date/time interval
- September 22, 2024 - September 27, 2024
3rd International Wheat Congress (2024, Australia)
Conference
- Overview
- Publications
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Overview
Publications
related documents
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Invited Speaker
- A walk on wheat’s wild side
- Better understanding genome diversity for more efficient gene discovery and breeding in wheat
- Black wheat: biofortification to public health intervention
- Breakthroughs in International Wheat Quality Research: Success Stories from the EWG on Improving Wheat Quality for Enhancing Wheat for Processing and Health
- Bridging Continents: Collaborative Innovations in Genome Editing for Wheat Breeding in Australia
- Combining complex traits to improve abiotic stress tolerance in wheat
- Exploiting natural diversity for wheat breeding
- Exploring natural variation patterns in agronomic traits using a lineage-based viewpoint in Aegilops tauschii Coss.
- Feed the future: genomic technologies for wheat improvement
- Fine-tuning floral adaptation in hexaploid bread wheat
- Managing the Global Risk of Wheat Disease Epidemics: Innovations and Collaborations for Sustainable Wheat Production
- Molecular diversity in wheat – fungal pathogen interactions as a basis of novel breeding strategies
- More wheat breeding investment for more wheat breeding impact
- Retrospects and prospects of the Ethiopian wheat seed industry: Implications to sustainable wheat production
- Seeds for change: production-oriented wheat research from Australia to the world
- Success from system synergies: using G x E x M approaches to transform future wheat production
- Wheat rust resistance genes: R we there yet?
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Oral Presentation
- A phase-separated protein hub modulates resistance to fusarium head blight in wheat
- Amylose content of wheat flour noodles effects post prandial satiety and glycaemic response in healthy adults
- Beyond the genome: A pan-transcriptome for aegilops tauschii
- Breeding nutrient-dense, climate resilient and biotic/abiotic stress resistant/tolerant wheat varieties for western Himalayas of India
- Candidate loci and evolutionary insights on yellow rust resistance in an asian wheat nam population
- Comparisons of phenotypic vs genomic selection on yield in us winter wheat from multiple environments
- Controlling homologous and homoeologous recombination in bread wheat to enhance the development of original and productive wheat
- De-novo annotation of the wheat pangenome reveals complexity and diversity of the hexaploid wheat pan-transcriptome
- Discovering the aegilops genomes
- Dissecting resistance to wheat fungal diseases by leveraging on the wide tetraploid wheat germplasm diversity
- Dissecting the durum wheat QTLome for drought-adaptive trait
- Do wild species help to improve the quantitative traits of wheat?
- Do wild species help to improve the quantitative traits of wheat?
- Editing of host susceptibility factor genes increased wheat yellow mosaic virus resistance without yield penalty
- Establishing a robust long-term field screening site for the identification of frost tolerance in wheat
- Exploring basal spikelet infertility through spatial transcriptomics
- Faststack: an ai-guided breeding for wheat genetic improvement
- Gene editing of upstream open reading frames to investigate novel iron biofortification strategies in wheat
- Genetic variation for mineral uptake and partitioning in the watkins germplasm collection
- Harvesting hope: The East African wheat transformation
- Health-promoting and technological properties of novel durum wheat materials and derived foods
- High throughput phenomic and multi-omic analysis of the pan wheat cultivars reveal complex response plasticity to moderate drought stress
- High-throughput image-based phenotyping to predict crop performance in new
- History of the bread wheat d genome
- Increasing micronutrient retention and bioavailability through processing and genetic improvement
- Innovative strategies for advancing wheat genetic improvement utilizing synthetic
- Integrating UAS phenomic data into the Texas A&M winter wheat breeding program
- Interactive effects of eco2 and mycorrhization on plant performance are host-species or cropping pattern dependent
- Molecular diversity in wheat - fungal pathogen interactions as a basis of novel breeding strategies
- Nitrogen management and agronomic performance in winter wheat
- Optimizing wheat root traits for carbon sequestration: A multidisciplinary approach from controlled environment to field
- Overcoming genotypic dependency and bypassing immature embryo in wheat transformation by using morphogenic regulators
- Pre- and post-anthesis heat waves impact on yield under field conditions
- Short-season winter wheat: A new strategy to build resilient and diverse cropping systems
- Socio-economic impact of improved wheat varieties at farmers' field in India – An experimental approach
- Spike-branching wheat: Hype or Hope?
- Switches in homoeolog expression bias in hexaploid wheat are associated with cis-variation
- Temperature and photoperiod interaction: releasing aerial branching in wheat
- The application of short-read and long-read rna sequencing and high-resolution phenotyping to analyse wheat-pathogen interactions
- The caige program – A valuable source of genetic resistance to several wheat diseases
- The platinum-quality svevo reference genome assembly: A new tool for advanced plant breeding
- Thermally safe flowering window for wheat: Learning from data to inform breeding targets
- Understanding starch granule formation in wheat for improved nutritional and functional quality
- Unleashing genetic potential: Battling fusarium crown rot in Australia
- Unlocking the secrets of female fertility in wheat for improved hybrid seed production
- Unravelling the genetic basis of heat tolerance in wheat
- Unveiling the mechanism of the Sr62 wheat tandem kinase
- Unveiling the mechanism of the Sr62 wheat tandem kinase
- Wheat breeding and scaling in Africa: challenges and opportunities from ICARDA’S perspective
- Wheat rust resistance genes: R we there yet?
- Wheat spike development and its impact on grain number per spike
- Wheat yield progress Nw Mexico: A bellwether for lower latitude yields around the world.
- Why stabilizing grain proteins can help modern wheat agriculture
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Poster Presentation
- A Bayesian machine learning framework for genomic selection incorporating genomic and environmental interactions
- A Glu209Lys substitution in DRG1/TaACT7 reduces plant height and grain length in bread wheat
- A K-mer based approach to detect sequence variations and define haplotypes in bread wheat
- A TaSRT1-TaHSP18.6 module confers resistance to Fusarium crown rot by mediating auxin content in common wheat
- A TaSRT1-TaHSP18.6 module confers resistance to Fusarium crown rot by mediating auxin content in wheat
- A direct guide to stem rust resistance integration into modern european elite varieties
- A durum wheat NAM population by the founder cultivar cappelli for identification of yield-related loci
- A high throughput pipeline for phenotyping, object detection and quantification of trichomes
- A kinase fusion protein from Aegilops longissima confers resistance to wheat powdery mildew
- A method for keeping wheat stomata open for physiological studies
- A novel class of rust resistance genes, (TNB), in the triticeae
- A survey of commercially-available crop management technologies for grain production
- Abiotic stress responses in local varieties of Triticum turgidum subsp. Durum
- Accelerating access to high value wheat germplasm through the australian grains genebank strategic partnership
- Additional genotyping with breedwheat-410k-array evidenced new loci associated to nitrogen allocation to grain storage proteins
- Advance wheat quality management, procurement, preservation and supply in India
- Agronomic fortification through biosynthesized fe nanoparticle, a sustainable approach for enhancing the productivity of wheat (Triticum aestivum)
- Allele distribution of 55 genes in wheat lines participating in 2019-2020 Shandong trial
- Allelic variation in PSY-A1 and lpx-B1.1 genes affects yellow pigment-content and loss in durum wheat
- An anther-specific GDSL lipase is potentially responsible for cutin polymerization in barley and wheat
- Anken-Inia, a new Chilean bread wheat variety resilient to drought stress
- Anthocyanin-rich biofortified black wheat mitigates inflammatory responses and improves metabolic parameters in HFD/STZ-induced T2DM model
- Assessing leaf rust resistance in wheat under elevated CO2: Insights from greenhouse and field studies
- Assessing salinity tolerance in two wheat varieties under moderate saline conditions
- Association mapping of stem rust resistance in winter wheat
- Association of Rht8 and Ppd-D1 genes with agronomic traits in Croatian wheat cultivars
- Australia-wide pan-genomics of multiple crop pathogen species to study virulence gene evolution
- Benefits of an obligate mutualist endophyte, Epichloë, in wheat
- Biological, chemical and genetic bases of purple wheat resistance to the granary weevil
- Boosting wheat proteins sustainably by annually rotating cereals with forage legumes
- Bread wheat carrying RHT-B1b and RHT-D1b dwarf alleles in the mirror of climate change
- Bread wheat stem characteristics and their contribution to grain size and yield under changing climate
- Breeding and application of wheat starch branching enzyme tasbeiia gene editing germplasm
- Breeding climate resilient cultivars in China, progress and challenges
- Breeding efforts and management to control recent and evolving diseases in Brazil
- Breeding for improving abiotic stress tolerance of winter wheat under the changing climatic conditions in the Carpathian Basin
- Breeding for wheat germplasm with improved resistance to fusarium head blight at CIMMYT
- Breeding for wheat stripe rust resistance: understanding genetic architecture and evaluating genomic prediction in the Uruguayan breeding program
- Breeding of health-promoting wheat: phenotyping enhancement, germplasm mining, and molecular marker utilization
- Breeding progress for stem water-soluble carbohydrates in European winter wheat
- Breeding progress of photosynthesis acclimation strategies to light and temperature fluctuations in winter wheat
- Can eastern wheat break the yield-barrier: adaptability of Japanese wheat cultivars to hot and dry environments
- Can einkorn hold the key to fighting wheat curl mite?
- Candidate gene analysis for NUE-related traits in common wheat based on a genome-wide association study
- Carotenoid esterification as a strategy to increase carotenoid retention during storage of durum wheat grains
- Cell-type specific metabolomics and proteomics analysis of early and late wheat grain filling stages
- Characterising disease tolerance in wheat
- Characterising the gametocidal gene in a wheat-aegilops sharonensis introgression line
- Characterising wheat lines for rhizosheath size in acidic soil with high aluminium content
- Characterization and cloning of Cmc4 gene for curl mite resistance in wheat
- Charting wheat germplasm resources with innovative computational tools and databases
- Circadian influence on wheat senescence and grain nutrition
- Combined multi-omics and physiological studies to elucidate drought-response mechanisms in durum wheat
- Comparative genome wide analysis of mcm dna helicase family in Setaria italica and Triticum aestivum
- Comparative transcriptomics analysis explains late-maturity amylase trait unpredictability in magic tall lines across generations
- Compound extreme heat and drought stress alter the spatial gradients of protein and starch in wheat grains
- Concerted local genomic and epigenomic reorganizations accompany stabilization following centromere breakage in wheat
- Conservation agriculture in central Asia: status and prospects
- Contrasting impacts of pre-harvest field sprouting on the functionality of bread and durum wheats
- Contrasting nitrogen use efficiency of wheat in a high-yielding environment
- Controlled-release nitrogen fertilizer application mitigated N losses and modified microbial community while improving wheat yield and N use efficiency
- Controlling sodium accumulation within chloroplasts underpins leaf tissue tolerance to salinity in wheat
- Correlation between root system architecture, coleoptile length, and grain characteristics in korean wheat cultivars
- CropSustaiN: A BNI-WHEAT MISSION
- Cultivating climate-resilient wheat: assessing an international spring wheat collection across the Americas
- Deciphering stable sources of resistance to yellow rust in wheat in north Himalayas of India
- Deciphering wheat yield genetics and its contributing traits in rain-fed environments via multi-locus gwas
- Decouple the pleiotropic effects of wheat VRT-A2 gene on spike development and grain weight formation
- Delivering sustainable wheat (DSW) – UK institute strategic programme
- Detection of genetic loci for lodging related traits in spring wheat through genome-wide association study
- Determination of genomic regions associated with stem solidness and tolerance against wheat stem sawfly cutting
- Developing cisgenic resistance gene stacks in wheat for improved resistance to wheat stem rust disease
- Developing superior lines with enhanced NUE using marker-assisted backcrossing
- Development and characterisation of wheat (Triticum aestivum L.) near-isogenic lines for metribuzin resistance
- Development of PCR-based markers for identification of wheat HMW glutenin Glu-1bx and Glu-1By alleles
- Development of broad-spectrum antifungal resistance in common wheat using a newly defined molecular module
- Development of heat tolerance lines for south Asia
- Difference in starch structure and physicochemical properties between waxy wheat and non-waxy wheat subjected to temporary heat stress during grain filling
- Discovery of key genes regulating wheat leaf stomatal traits and their superior sites
- Disease resistance modifiers: the hidden genetic background of leaf rust resistance in wheat
- Dissecting responses of contrasting varieties for drought tolerance in Canadian bread wheat heritage panel
- Dissecting the Australian wheat powdery mildew pathotype
- Dissection of gluten gene loci with genome assemblies developed using HiFi long-read sequencing technology
- Dissection of the molecular mechanism of glutathiones - transferase gene TaGSTF1 regulating SE in wheat
- Domains of the transcription factor PnPf2 are essential for regulation of virulence factors in the phytopathogenic fungus Parastagonospora Nodorum
- Drought stress effect on wheat physiology and genes’ expression after anthesis
- Duplication of the distal region of chromosome 5A reduced the culm length in γ-irradiated mutant
- Dynamic regulation of chitinase-based defence by a wheat ERF protein and a pathogen effector-mediated protein degradation
- Dynamic responses associated with chloroplast integrity and heat resilience in wheat following PGPR primimg
- Economic analysis of genetic resistance in cropping systems: a case study of Australian wheat-rust systems
- Ectopic expression of TAEXPA6 and triple-mutant of TAGW2 increase resilience to higher temperature in wheat
- Effect of tillage on the productivity of winter wheat under rainfed conditions in central Asia
- Effective accumulation of target genes with consecutive crossing and speed breeding
- Effectiveness of powdery mildew resistance genes in European wheat
- Elucidating genetic determinants for salt tolerance in spring wheat (Triticum aestivum L.)
- Emerging challenges in advance wheat quality management, procurement, preservation and end use supply in humid subtropical region
- Enabling interoperable data infrastructure for wheat genebank genomics
- Enhanced activity of photosystem I as a result of temperature acclimation improves thermostability of wheat
- Enhancing CRISPR/Cas mutations analysis in multicopy gene families with a breakthrough pipeline: wheat alpha-gliadins case
- Enhancing genomic prediction accuracy for grain yield in wheat breeding by leveraging CIMMYT historical data
- Enhancing wheat blast resistance in tropical Brazil: phenotyping under controlled conditions and 2NS MAS
- Enhancing wheat productivity through deficit irrigation, osmoregulators and suitable sowing window in dicoccum wheat
- Enhancing wheat seed germination under salinity stress: alleviating water uptake limitation with higher Α-amylase activity and “cheap” osmolytes
- Enhancing wheat yield potential: integrating genomic and phenomic approaches for biomass partitioning optimisation
- Enrichment and diversification of the wheat genome by genomics-enabled chromosome engineering
- Environment characterisation of wheat national variety trials in Australia
- Epistatic interaction of the OPRIII genomic region regulates root development in wheat
- Establishing the role of HKT in driving salinity tolerance and yield in water limited environments
- Evaluation of potential minor wheat species for nordic-baltic future climate
- Evaluation of wheat lines for zinc and iron content from CIMMYT germplasm’s advanced nursery trails
- Exploiting 2NS and non-2NS based resistance in wheat breeding for blast resistance
- Exploration of elite alleles of dwarf genes in wheat and analysis of their action mechanisms
- Exploring alien introgressions from wild germplasm utilizing genomics approach to enhance rusts resistance in wheat
- Exploring basal spikelet infertility through spatial transcriptomics
- Exploring biological nitrification inhibition (BNI) in wheat
- Exploring early planting strategies for spring wheat in Dinajpur, Bangladesh vs. Ludhiana, India
- Exploring novel beneficial alleles in primary synthetics for improving us winter wheat yield and quality
- Exploring the adaptation of wheat plants to inter-plant competition
- Exploring the prevalence of kinase fusion proteins as a source of disease resistance
- Exploring underutilized common wheat germplasm for diversifying breeding materials in korea: a phenotypic study
- Exploring wheat blast resistance genes in Japanese wheat accessions
- Field performance of the hexaploid hybrid wheat ‘Quanmai 01’
- Fine mapping of PmHHM, a broad-spectrum gene conferring both seedling and adult powdery mildew resistance in a wheat landrace Honghuamai
- From drones to satellites: biophysics-informed machine learning provides remote estimation of dynamic biomass across scales
- From genomics to phenomics: integration of genomic prediction and crop models for wheat phenology
- GBS mediated exploration of genetic diversity and trait potential of novel mutant lines of wheat
- GWAS to identify the genomic loci associated with heading trait under fall-sowing conditions
- Gene editing of upstream open reading frames to investigate novel iron biofortification strategies in wheat
- Gene expression between compatible and resistance responses of wheat
- Generating stripe rust resilient wheat cultivars with haplotype-based selection and vavilov wheat genetic diversity
- Genetic analysis for heading date of durum wheat with loss-of-function in two homoeologous PCL1
- Genetic analysis of leaf rust resistance in a doubled haploid winter wheat population
- Genetic basis analysis of tillering angle dynamics in common wheat
- Genetic determinants of wheat adaptability in Uruguay: Allelic variations and phenotypic responses
- Genetic dissection of complex traits and genomics-assisted breeding in wheat
- Genetic dissection of resistance to three rust diseases in Kenyan wheat cultivar, Kasuko
- Genetic diversity analysis of Bipolaris sorokiniana (Sacc.) shoemaker causing spot blotch disease in barley
- Genetic effects of agropyron cristatum 2P chromosome translocation fragments in a wheat background
- Genetic mechanisms behind resistance to preharvest sprouting in norwegian spring wheat line T7347
- Genetics and physiology of leaf structure for heat stress tolerance in wheat
- Genome wide association study for grain-yield and protein content in wheat grown under different environments
- Genome wide association study identifies multiple qtl in spring wheat germplasm of nordic-baltic origin
- Genome-editing of a circadian oscillator TaPRR95 facilitates wheat peduncle growth and heading date
- Genome-editing of five starch synthesis genes produces highly resistant starch and dietary fiber in barley
- Genome-wide association study (GWAS) and genomic selection models for leaf rust resistance in winter wheat
- Genome-wide association study for fusarium head blight resistance in southern Brazilian wheat
- Genome-wide association study for seed and embryo dormancy in European winter wheat
- Genome-wide association study of kernel traits using a 35K SNP array in bread wheat
- Genome-wide characterization, evolution, genomic organisation and expression patterns of CCT gene family in durum wheat
- Genomic prediction of resistance to wheat yellow rust in Nordic spring wheat
- Genomic selection for low don content in winter wheat
- Genomic-wide analysis reveals Seven in absentia genes regulating grain development in wheat (Triticum aestivum L.)
- Genotypic variations for yield and quality related traits in winter wheat and identifying superior genotypes
- Geographical distribution of Ppd and Vrn alleles in diverse wheat germplasm
- Germplasm and data exchange to expedite solutions for farmers
- Global crotonylatome and gwas revealed a TaSRT1-TaPGK model regulating wheat cold tolerance through mediating pyruvate
- Glutopeak as a tool to differentiate baking potential of Australian wheat
- Grain mapping wheat spikes under frost damage using three different cultivars varying in frost tolerance
- Grain moisture content, dormancy, and environmental conditions interact to influence pre-harvest sprouting risk during grain maturation
- Growing and sequencing Triticum Monococcum in the polar region: thoughts from 10 years in the Arctic
- Haplotype analysis of the wknox1 gene of hexapoid wheats and their d genome progenitor
- Haplotype and transcriptome analyses reveal genes and gene regions that promote FHB resistance in spring wheat
- Harnessing barley’s non-host resistance for wheat improvement: A microphenomics approach
- Harnessing wild diversity to identify a novel resistance gene for cereal eyespot disease
- Hybrid wheat initiation in Bangladesh: an assessment of adaptation to enhance wheat productivity
- Hybrid wheat: parental allele donation effects on baking quality
- Hyperspectral imaging and machine learning accelerate identification of grain protein content alleles in wheat landraces
- Hypoallergenic wheat
- INNOVAR project highlights how to use genomics to characterize durum wheat varieties' breeding value
- Identification and regulation of drought resistance of wheat TaAGT2-1A
- Identification and validation of QTLs for heading date in Korean doubled haploid lines
- Identification of QTL involved in tolerance to phosphorus deficiency in bread wheat
- Identification of XAT-7A1, A multicopy tandem gene responsible for carotenoid esterification in durum wheat
- Identification of a paired wheat resistance and leaf rust avirulence genes contributing to LR41 resistance
- Identification of genes affecting important agronomic traits based on wheat mutants
- Identification of genes increasing the number of grains per spikelet in a pyramidale wheat
- Identification of genomic regions associated with micronutrient content (Fe, Zn, Mn, Cu) in durum wheat grains
- Identification of marker genes for drought stress resistance in wheat through δ13 c/12 c isotope discrimination
- Identification of novel regulators for spot blotch resistance in bread wheat through association mapping and expression analysis
- Identification of two QTL for hessian fly resistance in tetraploid wheat
- Identifying SNPS associated with novel leaf traits in wheat for enhanced self-irrigation and climate resilience
- Identifying genomic regions controlling resistance to foliar diseases in a anadian spring wheat population
- Identifying novel resistance to wheat stem sawfly (cephus cinctus norton) using multivariate genome-wide association studies
- Impact of breeding and environmental gradient on the genetic makeup of wheat populations
- Impact of post-anthesis short heat waves on quality traits in durum wheat
- Impact of reduced irrigation and heat stress on bread wheat industrial quality
- Impact of sowing location and nitrogen fertilizer on tropical wheat quality for cookie production in Brazil
- Impact of sowing location and nitrogen fertilizer on tropical wheat quality for cookie production in Brazil
- Impact of waterlogging and high temperatures on wheat growth and yield
- Implementation and evaluation of genomic selection in a recurrent selection wheat pre-breeding scheme
- Implementation of an accelerated genomic selection scheme in the ICARDA durum wheat breeding program
- Improving fungal effector prediction and enabling cultivar selection by integrating disease phenotyping and pathogen pan-genomics
- Indian wheat initiatives to harness the full potential of genetic resources for developing climate-resilient cultivars
- India’s wheat revolution: path to global leadership by 2047
- Industry-led digital tools to unlock the genetic potential of the australian grains genebank
- Integral nitrogen fertilization management of wheat crops in France: recent advances enabled by CHM-conduite
- Integrated omics approaches for understanding cold tolerance mechanisms in diverse wheat germplasm of Western Himalayas
- Integrated physio-biochemical characterization, genomics, metabolomics and pre-breeding for understanding stripe rust resistance in wheat from western Himalayas of India
- Integrating NDVI and precision agriculture into nitrogen and seeding
- Integration of genomic and environmental characteristics to enhance durum wheat breeding for climate resilience
- Integrative initiatives for transition to a new mode of wheat breeding for sustainable future
- Inter-specific breeding programs for increasing carotenoid content in wheat
- Interaction of dynamic light, elevated CO2 and nitrogen fertilizer impact stomatal kinetics in wheat
- Intra-subgenome regulation induces unbalanced expression and function among bread wheat homoeologs
- Introgression of 2 and 7u chromosomes from aegilops kotschyi for enhancement of β-glucan in wheat
- Introgressions of Aegilops chromosome fragments into Common wheat using a pairing homoeologous 2 mutant
- Investigating genetic structure of powdery mildew resistance in wheat via QTL meta-analysis
- Investigating the TaHRZ gene family for iron biofortification and abiotic stress tolerance in bread wheat
- Investigating the influence of circadian variation in wheat on leaf senescence and heat tolerance
- Investigating wheat (Triticum aestivum) resistance mechanisms against russian wheat aphid (Diuraphis noxia) infestations
- Investigation of genetic background of fusarium head blight resistance in martonvásár wheat gene bank collection
- Leaf water relations and osmotic adjustment of Canadian wheat cultivars subjected to drought
- Leveraging X-ray Micro CT and image segmentation to explore wheat grain anatomy
- Limitations of phenomic prediction for evaluating wheat stem sawfly resistance in wheat
- Low-gluten and low-immunogenic RNAi wheat lines: A promising alternative for celiac and wheat allergy patients
- Lr34/Yr18/Sr57/Pm38 mediates defensive lignificaiton against fungal disease via transport of sinapyl alcohol in wheat
- Machine learning feature selection improves single and multi-trait genomic prediction of wheat quality traits
- Map-based cloning and functional analysis of TaRL-7B controlling root length in wheat
- Map-based cloning and mechanistic analysis of the male sterility gene MsgN13910 in barley
- Mapping of a hybrid incompatibility gene located on chromosome 2b in tetraploid wheat
- Mapping of dwarf gene Rht15 and its effect on agronomic traits in durum wheat
- Mapping of dwarf gene Rht5 and candidate gene mining
- Mapping of dwarfing gene rht4 in bread wheat and its effect on plant height
- Marker-assisted gene pyramiding for improving fungal disease resistances in Canadian pre-breeding wheat cultivars
- Mechanisms of susceptibility and resistance to necrotrophic fungal diseases of wheat
- Meta-analysis of quantitative trait loci for Septoria nodorum blotch and Tan spot in wheat
- Metabolic responses to early-drought stress in Nordic spring wheat
- Metabolite profiling on resistant and susceptible wheat varieties infected with puccinia striiformis f. sp. tritici
- Michay-INIA, spring durum wheat variety for Chile
- MicroRNAs from the wheat-Russian wheat aphid interaction
- Mining AE. TAUSCHII genetic diversity for heat stress resilience, seed dormancy and end-use quality
- Mining rust resistance in salt tolerant wheat germplasm
- Modelling gene-trait-yield relationships in wheat
- Modelling plant-pathogen-interactions across different environments (RUSTHEALTH)
- Modulating gibberellin biosynthesis for wheat improvement
- Molecular and physiological assessment of Chloride Channel B (clcb) in wheat and barley stomatal regulation under drought and heat stress
- Molecular diversity in wheat - fungal pathogen interactions as a basis of novel breeding strategies
- Molecular evidence for adaptive evolution of drought tolerance in wild cereals
- Molecular genetic examination of a main circadian clock gene (CCA1) in hexaploid wheat
- Molecular identification of the wheat stripe rust resistance gene yr10
- Molecular mapping and distribution of two new homeologous leaf rust resistance genes LrCen AND LrMar
- Monarka INIA wheat: potential productive for southern Chile
- Monarka INIA wheat: production circuit for the Southern Chile
- Multi-target genome editing reduces polyphenol oxidase activity in wheat (Triticum Aestivum l.) grains
- Multi-target genome editing to reduce free asparagine concentration in wheat (Triticum Aestivum l.) grains
- NPF2.12 acts as a nitrate transceptor homolog that coordinates root growth and nitrogen use efficiency in wheat
- Novel high throughput low-cost phenotyping methodologies for screening of heat tolerance in 319 wheat genotypes
- Novel methods of year-round multi-pathotype phenotyping for adult plant resistance to rust diseases of wheat
- One step closer to a commercial-scale hybrid wheat breeding through synthetic Rf3 protein prospects
- Optimizing pollen tube observation in bread wheat pistils
- Outbreak of yellow rust in Chile: a new race?
- Overcoming genotypic dependency and bypassing immature embryo in wheat transformation by using morphogenic regulators
- Pan-genome facilitated discovery of dominant north American stripe rust lineage's origin in somatic hybridization
- Pathogen (P. striiformis) genetic diversity in European wheat responses studied in Pakistan's Himalayan region
- Pattern recognition receptors and cytoplasmic receptor kinases involved in resistance against fusarium graminearum
- Phase-specific light fluctuations double the reduction of kernel number and yield potential in winter wheat
- Photoperiod-1 allelism modifies the inflorescence transcriptome of bread wheat to alter spikelet architecture and flowering time
- Photosynthetic responses of wheat with different ploidy levels to high temperature
- Physical map of QTLs for six spike related traits detected in multiple environments with emphasis on heat tolerance in wheat
- Physiological and proteomics approaches for deciphering heat-stress tolerance in bread wheat (TRITICUM AESTIVUM L.)
- Population structure of aegilops umbellulata zhuk. Shown by genome-wide genotype data analysis
- Pre-breeding for climate resilience and pathogen resistance in nordic spring wheat
- Precise genome editing with programmable nucleases in wheat
- Predicting mycotoxin deoxynivalenol (DON) in wheat using near infrared (NIR) spectroscopy
- Production and agronomic traits evaluation of synthetic polyploid wheats having diverse genomes
- Production of spontaneous translocations for plant architecture by transferring agropyron cristatum chromosome 1P into wheat
- Production of synthetic octaploid wheat by wild hybridization between bread wheat and aegilops tauschii
- Production vulnerability to wheat blast disease under climate change
- Progress in understanding the biology of Magnaporthe oryzae pathotype triticum in Bangladesh
- Pyramiding 4 wheat durable resistant genes for rusts and powdery mildew control
- Pyramiding 4 wheat durable resistant genes for rusts and powdery mildew control
- Pyramiding stem rust resistance genes into South African cultivars
- QTLs for seedling and adult plant resistance to leaf rust derived from cultivar popo detected in South Africa and Argentina environments
- Quality and agronomic trait analyses of pyramids composed of wheat genes ngli-d2, sec-1s and 1dx5+1dy10
- Quality and noodle-making performance of flour with varying gluten strengths treated with different xylanases
- Regulation of tillage practice and residues returning on root growth and metabolism of winter wheat
- Responses of long coleoptile wheat on ameliorated soils
- Revealing paired NLRs driving yr84-mediated wheat stripe rust resistance
- Revealing the genetic architecture of frost tolerance by gwas and genomic prediction in bread wheat
- Revisiting critical nitrogen dilution curve of wheat
- Role of annexin 8 in stomatal regulation of Triticeae under salinity and heat stress
- Role of mitochondrial 2-oxoglutarate dehydrogenase in wheat tissue tolerance to salinity
- Search for the genes for necrosis expressed in the synthetic-hexaploid-derived hybrids
- Seed production partnerships for sustainable wheat production and enhanced food security in hot, dry environments
- Short-season wheat for winter sowing in Australia: is the 100 day concept feasible?
- Silicon fertilisation: wheat grain yield and soil organic carbon improvement—hitting two targets with one arrow
- Single-pollen RNA-SEQ analysis of male gametophytes with the induced chromosome breakage by a gametocidal gene
- Soil pH management boosts nematode diversity and wheat productivity in Western Australia
- Soluble sugars have greater role than cell wall polysaccharides for attaining freezing tolerance in wheat
- Sterility of basal spikelets in wheat. Predetermined fate or a matter of resources?
- Stinking smut in Sweden: insights from distribution, genetics, and resistance strategies
- Streamlining process-based wheat models: a framework for efficient data collection and parameterization
- Systemic identification of yield regulators via integration of multi-omics in wheat
- TaBAP-7A confers sharp eyespot resistance in bread wheat
- TaCOCO1 regulated cold tolerance by mediating TaMYB4 involving in TaCBF12d pathway in common wheat
- TaCRG1 plays an important role in tiller development of winter wheat
- TaCRTISO dosage modulates plant height and spike number per plant in wheat
- TaMYB72 activates the TaFT gene to promote heading and enhance grain yield traits in wheat
- TaXTH13 is required for efficient water stress tolerance through promoting ABA biosynthesis and signaling
- Targeting chloroplasts to improve salt tolerance in wheat
- Targeting novel traits for wheat quality improvement
- Targeting wheat senescence to improve grain protein content
- The 4t and 7t introgressions from amblyopyrum muticum and the 5au introgression from triticum urartu increases grain zinc and iron concentrations in hexaploid wheat backgrounds
- The development and survival of spikelets and florets: fertile grounds for improving wheat yield potential
- The effect of Rhizobium in improving drought tolerance in spring bread
- The effect of drought stress on the root development of different winter wheat varieties
- The farmer participatory wheat breeding activities in Hungary
- The genotype x environment interaction and stability under the influence of heat of grain yield and selected in bread wheat in the southern regions of Uzbekistan
- The negative impact of the triple-mutation of gene tagw2 on grain number of wheat
- The project SAVEGRAIN-CER for the collection, characterization, and safeguard of local diversity of triticum spp.
- The roles of root exudates in root-soil interactions in monocots (Wheat) and dicots (Arabidopsis)
- The use of PCR machine for testing pollen tolerance to heat stress in wheat
- The velvet transcription factor pnvea regulates effectors and secondary metabolism in a wheat fungal pathogen
- Three near‑complete genome assemblies reveal substantial centromere dynamics from diploid to tetraploid in Brachypodium genus
- Tiller fertility is critical for improving grain yield, photosynthesis, and nitrogen efficiency in wheat
- Toward hybrid wheat production in Pakistan, Bangladesh and Ethiopia
- Towards Septoria nodorum blotch disease resistance: cloning of novel SNB disease susceptibility genes in wheat
- Towards winter wheat cultivars with low grain cadmium content: developing breeding tools for low grain cadmium accumulation
- Transcriptomic analysis revealed compensatory pathogenicity mechanisms expressed in parastagonospora nodorum lacking major necrotrophic effectors
- Transcriptomic responses of wheat anthers at the early meiosis stage to water stress and antitranspirants
- UAV based high-throughput phenotyping system in the Hungarian cereal breeding at Martonvásár
- Uncovering new sources of resistance against Chilean stripe rust races: genome-wide association mapping analysis in a common wheat panel
- Uncovering the genetic diversity of bluebunch wheatgrass a progenitor of hybrid wheatgrass
- Understanding over a century of Australian wheat leaf energy metabolism and reproductive responses to nocturnal warming
- Understanding physiological and molecular insights into stomatal kinetics linked with wheat salinity tolerance
- Understanding the potential of nitrogen use efficiency genes in wheat using CRISPR/CAS9
- Unlocking the genetic potential of plant genetic resources to accelerate wheat improvement
- Unraveling the genetic and molecular basis of Sr43 -mediated stem rust resistance in wheat
- Unravelling the potential of Indian genebank Khapli wheat germplasm for climate resilience and quality traits
- Unsupervised learning algorithms empower identification of large indels from pangenomes
- Unveiling diversity and adaptation: hulled wheat for mediterranean climate
- Unveiling floral biology for enhanced hybrid wheat production
- Unveiling the genetic architecture of ergot resistance in durum wheat
- Unveiling the mechanism of the Sr62TK wheat tandem kinase
- Use of Thinopyrum species to improve salt tolerance in bread wheat
- Using environmental covariates to improve genotype by environment interaction modelling in genomic prediction models in wheat
- VRNTURING into the unknown: dissecting the role of Vernalization2 (VRN2) in climate adaptation
- Validation of QTLS for resistance to pre-harvest sprouting in a panel of european wheat cultivars
- Validation of molecular markers and detection of translocated segments in hybridized cultivated wheat varieties
- Water ecotoxicity footprint of rainfed wheat in Brazil
- Wheat Brevis Radix: TaBRXL2A regulates organ size, stomatal density and improves drought tolerance in Arabidopsis
- Wheat biofortification: charting research advances, assessing multi-dimensional impact, and framing policy agenda
- Wheat blast - chemical control and correlation of genetic resistance in the spike and leaf
- Wheat blast: a growing threat to global wheat production
- Wheat farmers’ perspective about climate change impacts, adaptation strategies and associated factors in Punjab, Pakistan
- Wheat yield potential can be maximised by increasing R:FR light conditions at critical developmental stages
- Wheat yield prediction with optimized deep neural network using spectral vegetation indices
- WheatNet, the CSIC initiative to boost scientific and technical research on wheat in Spain
- Zip4 is required for normal progression of synapsis and for over 95% of crossovers
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Workshop 1: From Reference to Pan: A New Era in Wheat Genomics
- A high-resolution map of evolutionary constraint in bread wheat using Triticeae genomes
- A study of Aegilops genomes: towards understanding their evolution and potential for wheat improvement
- Einkorn wheat genomics: genomes pangenomes and beyond
- Epigenomic dynamics during synthetic wheat formation
- IWGSC 2.0: implementing the wheat diversity project
- Progress towards a haplotype pangenome for the wheat stem rust fungus and new surveillance strategies
- Towards developing Australian wheat pangenome
- Understanding the bread wheat genome: from ESTs to graph pangenomes
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Workshop 2: Domesticated and Wild Relatives: Challenges and Opportunities in Breeding
- Accelerating identification of resistance to Septoria tritici blotch disease in Tunisia
- Aegilops tauschii: A Treasure Trove of Genetic Variation for Nitrogen Use Efficiency in Wheat
- Alteration of homoeologous gene expression by Allopolyploidization: an example of cold response
- Exploring novel sources of rust resistance from wheat wild relatives and wheat genetic/genomics resource development
- Genetic control of leaf trichome variation in the wild wheat Aegilops tauschii
- High-throughput evaluation of unknown rust resistances in genetic resources of wheat
- Introgression of stripe rust resistance from spelt to bread wheat is complicated by resistance suppressors
- Open Wild Wheat Consortium (OWWC) phase III
- Root system architecture and transcriptome reprograming regulated by nitrogen-deficiency tolerance qtl introgressed from wild emmer
- Unlocking the treasure trove of pathogen resistant genes from Thinopyrum chromosome 7E
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Workshop 3: Trait Mapping
- Genome association analysis for identifying leaf rust resistance loci in wheat
- Genome-wide association studies to identify QTLs/genes for fusarium head blight resistance in Indian durum wheat
- High-resolution mapping of quantitative trait loci for type I FHB resistance in winter wheat cultivar 'Everest'
- Improved genome-wide association mapping approaches to understand genetic-by-environment interactions
- Improving wheat for climate change resilience: discovery of QTL/genes and markers associated with heat tolerance
- Linking genebank genomics to the wheat pan genome
- Multi-omic characterisation of seed dormancy and reserve mobilisation in wheat cultivars with late maturity amylase
- Optimizing QTL mapping strategies: leveraging prior germplasm and genotypic assets for adult plant rust resistance
- Physiological traits associated with drought tolerance and yield in a winter wheat population (TX1112)
- Studying QTL-by-environment interaction pattern for yellow rust resistance in wheat
- The less is more concept applies to root architecturE for high-yielding wheat in Australia
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Workshop 4: Phenotyping of Complex Traits
- Advancements and future prospects in wheat phenotyping
- Building the OzWheat genome-to-phenome platform for the wheat research community
- Designing climate-smart wheat
- Identifying tolerant wheat varieties under heat and drought stresses at anthesis
- Phenotyping chloroplast traits to screen for salt tolerance in wheat
- Spectral-genomic chain-model approach enhances wheat yield components prediction under mediterranean climate
- Supporting wheat breeding in Canada with high-throughput phenotyping
- Variability in root morphological traits and drought tolerance in winter wheat
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Workshop 5: Enhancing Wheat Productivity through Transformation and Genome Editing
- Applications of developmental regulators in wheat elite cultivars
- CRISPR/CasΦ2-mediated gene editing and base editing in wheat and rye
- Engineering adapted wheat for Australian growers
- Enhancing wheat productivity through transformation and genome editing
- Fine mapping and functional verification of adult-plant resistance gene yr54 to stripe rust in wheat
- From pathogen genomics to disease resistance engineering
- Genome-editing to improve Australian wheat
- HB4®: THE WORLD´S FIRST GM wheat
- New technologies to advance wheat improvement
- Plant SynBio Australia – new opportunities for wheat improvement
- When will it be possible to trade gene-edited wheat?
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Workshop 6: Agronomic Innovations
- Breeding to improve the wheat phenotype while maintaining Epichloë endophyte compatibility
- Crop residue management for sustainable crop production
- Enhancing winter wheat production systems in Flanders (Belgium) through reduced fungicide application and variety diversification
- Evaluating biostimulant efficacy for wheat performance as a sustainable fertilizer alternative in agriculture
- Global wheat full semantic segmentation of complex canopies
- Tackling monocropping through crop rotation-based good agricultural practices in wheat cropping system in Ethiopia
- The impact of nitrogen management on wheat protein composition in Western Australian soils
- Wheatomics: a new journal for wheat community
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Workshop 7: Biofortification of Wheat
- Agronomic biofortification of Australian wheat through foliar zinc: improving the nutritional adequacy of food products
- Genetic biofortification to improve micronutrient efficiency in wheat – update for WA farming systems
- Genetic dissection of value-added quality traits for bread wheat through genome-wide association studies
- Genetic strategies for iron biofortification of bread wheat
- Identification of quality-related ideotypes to improve common wheat end-use quality
- Mainstreaming grain Zn in CIMMYT Wheat Breeding
- Micronutrients in soils and plants: relationship to grain quality
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Workshop 8: Genomic Technologies for Accelerating Wheat Research
- Gene mining for coordinated wheat improvement
- Genomics technologies at Genomics WA
- Integrating genomic databases with pretzel
- Introduction – New and novel technologies at AGRF
- Introduction – Wheat Genome assembly and 3D-Genomics | Epigenetics
- Mechanisms for adaptation and increased virulence of the Australia Parastagonaspora nodorum pathogen population of wheat
- Optimized wheat genotyping arrays based on haplotype structure, marker quality, and candidate genes
- SNP-Portrait: An innovative SNP data structure to improve genomic prediction accuracy using 2D convolutional neural networks
- Wheatpanomics – the next step in wheat breeding
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Workshop 9: Genebank Genomics
- Choosing and using genebank genomic resources to enable long-term analysis of CAIGE bread wheat trials
- Chromosome-scale assembly of Triticum timopheevii enables identification of new introgressions in wheat
- Genomics-informed prebreeding unlocks the diversity in genebanks for wheat improvement
- Management and utilization of plant genetic resources in India
- Recreating adaptive traits in exotic germplasm to support pre-breeding in wheat
- The Australian grains Genebank enters the genomics era
- Wheat mutant resources enhance discovery of novel genes and functional genomics
- Wheat’s genetic diversity - maintenance and research
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Workshop 10: Functional Genomics
- Deciphering the role of small RNAs in regulation of restorer-of-fertility gene expression in wheat
- Developing cisgenic resistance gene stacks for improved resistance to wheat stem rust disease
- Does-response assays and transcriptomic analyses evaluate novel fungicide-supplement combinations on elevating wheat rust disease resistance
- Identification of wheat RDNA unit variants and changes in their expression following partial chromosomal deletions
- Nicotianamine synthase gene discovery, characterisation, and overexpression in bread wheat
- The Discovery of Tandem Kinase R-GENES: Origin, Function, and Potential in Resistance Breeding
- Unveiling the micronutrient architecture of wheat grains through spatial transcriptomics at single-cell resolution
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Workshop 11: Predictive Breeding for Wheat Improvement
- Advancements in marker-assisted breeding for enhancing yellow color in durum wheat
- Genetics-inspired enviromic prediction to exploit impacts from changing climate to wheat performance
- Optimizing genomic selection for winter hardiness and fusarium head blight resistance in winter durum wheat
- Optiwheat: genomic-enviromic modeling with bigdata enhances wheat grain yield predictions
- Spatial analysis with UAS data in wheat breeding trials
- Using deep learning to predict wheat spike volume to estimate fruiting efficiency
- Wheat priority breeding traits for Europe: perspectives based on French genetic progress over 40 years
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Workshop 12: Innovative Multi-Omics Technologies for Wheat and Beyond
- A Bumper Crop: Latest Multi-Omics tools for Agriculture
- CropGS-Hub: A Comprehensive Database of Genotype and Phenotype Resources for Genomic Prediction in Major Crops
- Dynamic Gene Regulation in Developing Wheat Spike at Single-Cell Spatiotemporal Resolution
- Going against the grain: Investigating C4 Wheat Theory Through STOmics Spatial Transcriptomics Platform
- Optimising Plant Breeding Research with Low-pass Whole Genome Sequencing
- Single-cell Transcription Atlas of Seed Germination in Barley
- Single-cell spatial transcriptomics drives a new era in plant research
- Spatial Transcriptomic Study of Early Developing Wheat Inflorescence Using STOmics Stereo-seq
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Workshop 13: Floral Biology Traits for Hybrid Wheat
- An efficient and effective system for hybrid wheat production
- Cytoplasmic male sterility and restorer-of-fertility genes in wheat and its relatives
- Insights into floral biology to enhance hybrid seed setting
- Introducing male sterility genes into plant mitochondria by gene editing
- Reflections on pollination control options for hybrid crops.
- The breeder’s perspective on desirable floral trait for hybrid wheat
- Transcriptional signatures associated with female receptivity and longevity in a genetically male-sterile wheat cultivar ‘Chris’
- Unlocking the secrets of female fertility in wheat for improved hybrid seed production
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Workshop 14: Physiological insights informing breeding and agronomy
- Accelerated integration of physiology-based wheat traits within a commercial breeding programme – learnings from the project
- How do we make physiology have impact?
- N uptake dynamics of high- and low-protein wheat genotypes
- Phenotypic integration in wheat
- Physiological approaches to breeding and use of Plant Genetic Resources
- The relevance of sink strength in determining wheat yield
- Wheat yield relationships in Western Australia
- Yield and resilience of wheat in southern Chile
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Workshop 15: Balancing Wheat-based Product Quality and Nutritional Quality Requirements
- A new collaborative approach for sourdough bread
- Australian wheat - quality ingredient for SEA noodles
- Balancing nutrition and quality
- From lab to farm: a success story of breeding speciality wheats to ensure nutritional security
- How does protein content affect bread wheat dough properties and gluten composition?
- Impact and mechanism of sulphur-deficiency on modern wheat end-use and nutritional properties
- Upcycling spent grains for food applications
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Workshop 16: Biological Nitrification Inhibition (BNI)
- BNI-Wheats: A new category of elite-wheats that are highly nitrogen-efficient and highly productive and leak less nitrogen
- CropSustaiN: The ‘Low-N footprint’ WHEAT MISSION
- Exploring BNI in Winter Wheat
- Exploring the genetic frontiers of BNI in CROPSUSTAIN
- Investigation of BNI expression in wheat field systems
- Modelling plausible impacts of biological nitrification inhibition in Australian farming systems, outline of current research
- Natural variation of biological nitrification inhibition and root exudate metabolomes in wheat germplasm collections