Chloee M. McLaughlin

This study uses pangenomics and machine learning to identify genetic markers associated with carotenoid accumulation in sorghum, revealing structural variation and multi-locus genetic architecture.

This study examines the effects of strigolactone mutants in Sorghum bicolor on ecophysiology and symbioses, revealing trade-offs in parasitic plant resistance and mycorrhizal interactions.

The paper identifies the genetic drivers of the G-locus in pecan trees using pangenome-integrated quantitative genomics, revealing a Mendelian super-gene responsible for dichogamy.

The paper catalogs structural and sequence variation in the pennycress pangenome, revealing contrasting evolutionary modes across genomic regions and highlighting the utility of pangenomic resources for crop development.

This study uses over 700 pecan genotypes and a haplotype-resolved genome to identify gene pools, assess environmental adaptation, and predict future maladaptation risks.

This study presents a chromosome-level genome of Myrothamnus flabellifolia and transcriptomic data, revealing its desiccation tolerance mechanisms and sex determination system.

The paper demonstrates how a global pangenomic breeding network can develop and deploy drought and pest-resistant sorghum varieties for smallholder farmers in Niger.

This paper constructs a sorghum pangenome and identifies trait-associated variants to inform climate-aware genome-enabled breeding strategies.

This study assesses how landraces of four cereal crops would maladapt to soot-induced climate changes following a global catastrophe using climate models and genomic data.

The paper investigates how host genotype and source environment influence the microbiome of maize, finding genetic variants linked to microbiome composition and environmental adaptation.