Levi J Yant

The paper presents a genomic resource with 1018 A. lyrata and 736 A. arenosa genomes, enabling studies of adaptation and genetic diversity through a searchable database and GWAS analysis of latitudinal clines.

This study investigates how Arabidopsis arenosa adapts to serpentine soils by shaping its associated microbiome, identifying specific microbial variants linked to plant adaptation.

The paper develops a pangenome for European ash to identify genetic variation linked to low susceptibility to ash dieback disease.

This study identifies convergent genetic adaptations to serpentine soil in two Alyssum species and compares them to Arabidopsis arenosa to find shared pathways.

The paper characterizes 124 duckweed accessions from UK sites using genome sequencing and ionomics to explore their elemental composition and ecological interactions.

This study examines how whole-genome duplication affects genetic diversity and mutation load in Arabidopsis arenosa, showing increased diversity but modest load increases.

This study identifies contrasting salinity adaptation mechanisms in neighboring Brassica fruticulosa populations using genomic and transcriptomic analyses.

This study identifies genetic adaptations to whole genome duplication in Cochlearia species, highlighting kinetochore and ion transport gene changes across multiple WGD events.

This study examines how whole-genome duplications in Cochlearia plants increase structural variant diversity and its impact on adaptation to environmental changes.

This study presents a chromosome-scale genome assembly of Triticum timopheevii using PacBio HiFi and Hi-C data, revealing genomic features and relationships between wheat genomes.

This study presents a chromosome-level genome of baobab, revealing its evolutionary history, genomic features, and population structure, with insights into its longevity mechanisms.

This study examines the evolution of the duckweed ionome across species with varying structural complexity, finding decreasing calcium and magnesium levels and increased cadmium accumulation in rootless species.

Grass pea, a diploid legume with a 6.3 Gbp genome, gets two draft assemblies, one short-read and one Nanopore, plus 33,819 annotated genes.