My current research involves using coupled global climate models to explore and enhance our understanding of the mechanisms limiting the predictability of the El Niño-Southern Oscillation (ENSO). My work aims to disentangle the dual influences of deterministic dynamics and stochastic processes on ENSO predictability, and diagnose mechanisms driving ENSO growth. My interests include high-resolution climate modeling, large-scale climate variability and predictability, and air-sea interactions. I also work as a Teaching Assistant in the Department of Geological Sciences.

Prior to joining the Kirtman Group, I worked as a staff scientist and watershed modeler for Daniel B. Stephens & Associates. I have a Master of Science in Hydrologic Science and Engineering from the Colorado School of Mines. My master's research involved using physically based hydrologic models to explore the drought tolerance of mountain vegetation through bracketing evapotranspiration estimates and the role of lateral groundwater flow in mountain headwaters systems. My bachelor's is from the University of Colorado at Boulder in Geology.