I incorporate whole genome sequencing and transcriptomics to understand how genetic variation and changes in gene expression impact complex phenotypes.
Learn MoreUsing occurrence/count data, I evaluate how abiotic and biotic factors influence occupancy and population size while projecting models onto future climatic scenarios.
Learn MoreI use cities as natural experiments to identify genes related to local adaptation and understand genomic architecture impacts the efficiency of natural selection.
Learn MoreI integrate GIS and physical oceanography to understand how environmental variation impacts the distribution of genetic variation.
Learn MoreWith a combination of laboratory and field experiments, I harness DNA fragments within the environment to both detect species and estimate their relative abundance.
Learn MoreI am a firm believer that collaborative science is not only the future but essential for the forward progression of science. Some of my most interesting research projects stem from highly interdisciplinary and collaborative teams. If you have a project or research idea that you think I may be able to help with, reach out! I am always open to new ideas and applying my skills to new and interesting questions.