![]() Yet current research relies on sampling contemporary populations, and therefore reveals little about the initial stages of invasion. Theory predicts that dramatic ecological and evolutionary changes affect invasive species soon upon arrival in a new habitat. Applying advanced genomic approaches to historic samples is key to understanding the processes that allow plants to rapidly establish and adapt to new environments. Their documented geographic spread across time makes them ideal for study using historic collections, allowing better insight into evolutionary change over short time scales. I couldn’t be more excited about it, y’all.īiological invasions of non-native plant species present compelling motivation to understand how human-induced changes in the environment and species distributions influence ecological and evolutionary processes. John McKay at Colorado State University as an NSF Postdoctoral Fellow in Biology to work on a shiny new project. In November 2015, I joined the labs of Dr. ![]() Chorispora tenella specimen held at the Royal Botanic Garden Edinburgh. ![]()
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