Kathryn A. Hodgins

The paper examines genomic variation across nine co-occurring plant species in an Australian mountain range, finding shared spatial patterns but differing associations with geographic and environmental factors.

The paper examines genome size and transposable element abundance in invasive common ragweed across native and invasive ranges, finding range-specific selection and environmental correlations.

This study uses historical and contemporary genomes of Ambrosia artemisiifolia to show that adaptive evolution is partly predictable at the level of polygenic traits and large structural variants, despite flexible genomic trajectories.

The paper examines how environmental pressures shape genomic variation in co-occurring plant species, finding both shared and unique genotype-environment associations across species.

This study uses meta-analysis to examine the tempo of evolutionary parallelism in clinal divergence between native and introduced plant ranges, finding increased parallelism over time.

This study identifies large structural variants as drivers of parallel adaptation in Trifolium repens during global invasion.

The paper presents the first phased, chromosome-level genome of the annelid tubeworm Galeolaria caespitosa, revealing chromosomal rearrangements and gene annotations.

This study identifies copy number variations contributing to parallel local adaptation in Ambrosia artemisiifolia across its native and invasive ranges.

The paper identifies large-effect structural variants driving parallel adaptation in multiple invasions of Ambrosia artemisiifolia across different continents.

This study uses simulations to show that migration increases repeated genetic adaptation despite pleiotropy, suggesting repeatability is more common in local adaptation than global adaptation.

The paper presents two high-quality genome assemblies for white clover, improving contiguity and accuracy for genetic and agricultural studies.

The paper investigates the genomic basis of invasiveness in Ambrosia artemisiifolia, finding selection signatures in defense genes and reduced pathogen prevalence in invasive populations.