Amy F Iezzoni

The paper examines subgenome dynamics in sour cherry, finding expression bias and homoeologous exchange events across different accessions and developmental stages.

This study identifies genetic factors influencing bloom time in sour cherry by analyzing flower development and transcriptomic differences before dormancy.

This paper presents a chromosome-scale genome assembly for sour cherry, revealing it is trigenomic with three ancestral subgenomes and providing insights into its evolutionary history.

The paper develops a workflow to generate high-quality SNP genotypic data for apple, peach, and sweet cherry using pedigree records and inheritance principles, resulting in curated haploblock data sets.

The paper estimates genomic heritability in sweet cherry, finding non-additive genetic variance is significant for key traits, and highlights the importance of including these components in breeding models.