Biological Imaging & Evolution
The two things that inspire me as a biologist are 1) the sheer diversity of forms present on this Earth and 2) how those forms came to be. My Ph.D. explores both these themes using advanced imaging techniques to uncover the structure of jellyfish eyes as well as using phylogenetic methods to determine how many times light organs evolved in cephalopods. Moving forward, I aim to use these imaging skills, in collaboration with other scientists, to continue discovering what the natural world can tell us about its many forms. Read below for more details about current and past projects.
Current research:
Exploring the diversity of cnidarian eyes
Fluorescent patterns in jellyfish
This project surveyed medusozoans present in the waters of Bocas del Toro and characterized the autofluorescence patterns present in these species.
Read the article here
Evolution of cephalopod light organs
I am using phylogenetics and ancestral state reconstruction to estimate how many times autogenic and bacteriogenic light organs evolved in cephalopods.