I am a PhD student in Ecology and Evolutionary Biology at Stanford University working with Noah Rosenberg with funding from a Stanford Graduate Fellowship and the National Science Foundation Graduate Research Fellowship Program.
I build mathematical tools to answer biological questions, currently with a focus on population genetics, biodiversity, microbiomes, and cancer.
In May 2020, I graduated from the University of Texas at Austin with a BS in Mathematics through the Dean’s Scholars Honors Program. My undergraduate research was advised by Mark Kirkpatrick and Lauren Ancel Meyers in the UT Austin Department of Integrative Biology. I also conducted summer research with John Witte in the University of California, San Francisco Department of Biostatistics and Epidemiology, and Ephraim Hanks in the Penn State University Statistics Department.
Dr. Noah Rosenberg and I derived the upper and lower bounds on the popular biodiversity statistic Shannon entropy when the abundance of the ith most abundant community member is fixed. This project extends previous work which established these bounds conditional on only the first most abundant taxon.
Check out our paper in Journal of Mathematical Biology!
Dr. Lauren Ancel Meyers, Dr. Spencer Fox, Tanvi Ingle, and I modeled demand for COVID-19 isolation beds for the Austin homeless population based on epidemic projections. This work was done in collaboration with public health leaders from the City of Austin.
This project is now published in PLOS One! See this link for the open-access paper.
I wrote an honors mathematics thesis with the supervision of Dr. Stephen Walker as part of my degree through the Dean’s Scholars Honors Program.
You can view an abridged copy of my thesis here!
As part of the UCSF Summer Research Training Program and the Amgen Scholars Program, I worked with Dr. John Witte, Dr. Linda Kachuri, and Dr. Sara Rashkin to conduct genome-wide association studies of immune response strength to 22 distinct antigens.
We identified many interesting and novel single-nucleotide polymorphisms that are implicated in immune response variability.
As part of The Mathematical Biosciences Institute NSF REU Program, I worked with Dr. Ephraim Hanks and Emily Strong to explore the dynamics of disease spread over patchy terrain through an extensive simulation study.
We found that terrain heterogeneity (i.e. resource selection) can cause population dispersal to be heavy tailed, creating accelerating epidemic waves.
Under Dr. Mark Kirkpatrick, I evaluated the performance of Bayesian Phylogenetics and Phylogeography (an MCMC program for analyzing DNA alignments under the multispecies coalescent model) when applied to prokaryotic genomic data.
I have used this tool to identify independently evolving lineages, or ecotypes, within a superabundant marine cyanobacteria responsible for 5% of global oxygen production, Prochlorococcus marinus.
You can access my poster from the 2019 Evolution Meeting here!
With the guidance Dr. Lauren Ancel Meyers and Dr. Lauren Castro, I analyzed the Texas counties and school districts most at risk of an outbreak due to high conscientious vaccination exemption rates and fit an array of models to identify sociodemographic predictors of these exemptions.
This work is now published in PLOS Medicine! You can find the open-access paper here.
Intending to help younger students in the Dean’s Scholars Honors Program who were hoping to apply to graduate school after finishing their undergraduate degrees, my friend Griffin Glenn and I wrote a guide to graduate school applications! It contains:
We aimed to share what we wish we knew before we began the application process; we hope it serves you well!
I spent much of my undergraduate career unaware of organizations seeking both to harmonize faith and science and to provide community for scientists who are also people of faith. Here are a couple of the organizations and resources I wish I had learned of earlier: