As urban areas expand, they leave isolated forest patches in their wake. The effects of urban areas such as higher temperatures, water flow changes, and increased pollution are not limited to the city, however, and can cause a ripple effect through the surrounding areas. I want to know how forests are shaped by their neighboring cities. I study the anatomical and physiological traits of trees that will help us understand if, and how, trees are able to respond to the urban environment. I also plan to investigate one of the most under-studied aspects of urban forests—Can the seedlings from urban trees, such as the red maples shown in the photos here, inherit traits from their parents that differ from those in rural forests? To do this I am collecting samaras (maple seeds) from red maple trees growing in urban and rural forests. I will grow them in a greenhouse and, when the seedlings have grown, I will see how they differ in leaf structure and function. This is the very first step to exploring how urban forests of the future will function.
Sharon Danielson, MS
Doctoral Graduate Student
I am interested in plant physiological ecology. Currently, I am working on water transport in members of Genus Rhododendron to understand how species in this diverse clade have adapted to a wide range of climates. For my dissertation research, I plan to study physiological traits of urban and native trees to elucidate the impacts of a stressful urban environment on plant function.