I work as Postdoctoral Research Associate at Washington State University in the lab of Dr. Maren L. Friesen.

My current research seeks to uncover coevolutionary dynamics of plant-microbe mutualisms under conditions of conflict and environmental stress. At WSU, I am adapting a computational modeling framework to explore conditions that give rise to Red King and Red Queen dynamics.  

My interests focus on the coevolutionary dynamics and nutritional regulation of plant symbioses, including arbuscular mycorrhizal fungi (AMF) and the legume–rhizobia partnership. My training spans molecular biology techniques (plasmid design, PCR, qRT-PCR, gel electrophoresis, etc.), stable and radioisotope labeling, RNAseq preparation and analysis, confocal microscopy, microbiology, and metabolic flux analysis. I also have experience designing and developing experiments, laboratory tools, and protocols—for example, a bench-top nitrogen determination method for leaf and root tissues, a split-pot system for AMF nutrient exchange studies, and custom components created with 3D printing.

Over my research career, I have cultivated a strong interest in effective science communication. I apply skills in scientific illustration and graphic design to present complex concepts more clearly in seminars, manuscripts, and other outreach materials.

Before coming to WSU, I worked as postdoc at the University of Cambridge in the Crop Science Centre and I earned my Ph.D. in Plant Biology under Dr. Yair Shachar-Hill at Michigan State University.