Regina S. Baucom

This study shows that insecticide exposure increases glyphosate resistance in Ipomoea purpurea and weakens selection for glyphosate resistance.

This study creates a fast neutron mutant library in Ipomoea purpurea, showing dose-dependent phenotypic and genetic variation in ecologically relevant traits.

This study shows that Oxalis stricta exhibits consistent plastic responses to dicamba drift, increasing flower production but with variable reproductive outcomes, without significant genetic variation for hormesis.

This study examines how sublethal herbicide drift affects fitness of weed species across different agro-ecological contexts, finding context-dependent tolerance and links to developmental traits.

This study presents the genome sequence of Hesperis matronalis, revealing the dynamics of LTR retrotransposon proliferation and their role in genome expansion within the Brassicaceae family.

This study uses a resurrection experiment to show that genetic constraints on flowering phenology in Ipomoea purpurea have increased, reducing adaptive potential despite strong selection pressures.

This study investigates the factors driving floral variation in Hesperis matronalis, finding that selection, not environment, primarily shapes color, size, and petal shape across populations.

This study examines how dicamba herbicide drift affects plant-pollinator interactions in weeds, finding reduced pollinator visits and disrupted relationships between flower displays and pollinator behavior.

This study shows glyphosate exposure increases herbivory in plants and links glyphosate resistance to herbivory resistance, suggesting herbicides can drive eco-evolutionary dynamics in plant-herbivore interactions.