Zachary N. Harris

This study compares genomic and phenomic selection for agronomic traits in intermediate wheatgrass across breeding cycles, finding genomic models and leaf HSV phenotypes provide reliable predictions.

This study examines how grapevine rootstock genotypes and their associated rhizosphere microbiomes influence elemental composition in different vine compartments.

This paper uses leaf phenomics to estimate below-ground root traits in American licorice, finding correlations between leaf traits and root characteristics.

The paper uses seed color and morphology data from image scans to predict germination traits in perennial crops, showing improved prediction accuracy when combining HSV color features with morphology.

The paper presents the genome assembly of Chambourcin, a hybrid grapevine, along with gene models, orthologs, transcription factors, and SSRs.