I am an established atmospheric scientist with a proven record of successfully measuring atmospheric trace gases from ground-based sites, in the laboratory, and on airborne platforms. I have measured a multitude of atmospheric trace gas species including ozone and its precursors, reduced and oxidized reactive nitrogen species, and greenhouse gases using a wide range of measurement techniques (e.g., chemiluminescence, spectroscopy, and chromatography). 

I am skilled in combining observations with statistical analysis methods and models to analyze and interpret data to address complex atmospheric chemistry and composition problems. I regularly communicate science through peer-reviewed publications and conference presentations. I am passionate about translating research findings into actionable, informed solutions for advancing environmental research, ensuring a sustainable future environment, and protecting public health and the environment.

I received my PhD (2004) in Physical Chemistry from the University of Pennsylvania and a BA (1999) in Chemistry from Franklin & Marshall College. I enjoy all things outdoorsy, and I can often be found running, hiking, skiing, paddling, camping, or digging in the garden.