Xiaoming Wang

The paper identifies overlapping haplotypes shaped by natural and breeding selection in wheat, showing divergent directions and outcomes between adaptation and productivity.

This study shows that homoeolog expression bias in hexaploid wheat is reprogrammed and stabilized within a few generations, varying based on parental lines.

The paper identifies QTLs regulating homoeolog expression bias in wheat and shows intra-subgenome regulation causes expression imbalance and functional differences among homoeologs.

This study uses landrace diversity in wheat to identify genetic resources for climate resilience and improved traits, providing a framework for crop improvement.

This study shows modern wheat breeding improved both above- and below-ground traits through synergistic genomic selection.

The paper investigates the effects of Rht-B1b and Rht-D1b alleles on wheat agronomic traits across environments, finding that these alleles increase yield sensitivity to temperature rise.