Hard Winter Wheat Genetics Research
- Development of Genomic Tools for Genetic Improvement of Wheat
- Environmental Stress Tolerance in Wheat
- Screening for Resistance to Wheat Rusts in Southern Texas
- Develop Genetic Resources and Analytic Tools for Improvement of FHB Resistance in Wheat
- Develop Functional Markers for Wheat Biotic and Abiotic Stress
- Localization, Functions and Interacting Targets of Hessian Fly Effectors in Wheat
- Novel Resistance Phenotyping Strategies for Hessian Fly of Wheat
- Mobilizing the Genetic Resources of Ancient Grains
- Genomic Plus Phenomic Modeling of Breeding Populations from Ancient Ancestors of Wheat
- Haplotype-informed Prediction of Fusarium Head Blight (FHB) Resistance in U.S. Wheat Breeding Programs
- NIFA CAP for Innovation in Genomic Technology to Accelerate Breeding
- Drought Stress Tolerance Trait Discovery in Wheat
- Tools for High-throughput Rheological Evaluation of Breeding Germplasm
- Characterization and Improvement of Wheat FHB Resistance Using Genomic Tools
- Determination of Biochemical Functions of Hessian Fly Effectors
- Wheat Pathology Research
- Evaluation of Wheat Rust Resistance in South Texas
- Molecular Network in Wheat - Hessian Fly Interactions
- Genomic Analysis of Pest Resistance Genes in US Winter Wheat
- Mobilizing Genetic Resources and Technologies for Breeding Profitable, Resilient, and Nutritious Hard Winter Wheat