Laura F. Galloway

This study shows rear-edge populations of Campanula americana have adapted to warm climates by reducing vernalization needs, which may help them survive future warming.

The study tests three evolutionary outcomes in rear-edge populations of Campanula americana, finding strong local adaptation despite reduced genetic diversity and limited drift load.

This study examines the genetic and climatic variation at the warm range edge of Campanula americana, revealing heterogeneous refugial histories and genetic structure among populations.

The paper updates a dataset of plant mating systems across 6,781 species and identifies sampling biases that may overestimate self-fertilization frequency.

The paper studies how rear-edge populations of Campanula americana have adapted to shorter winters by analyzing vernalization requirements and reproductive phenology.