About

I am a student in the last year of my Ph.D. program at George Mason University. My main research focus is on wildlife endocrinology with an emphasis on reproduction and the stress response for conservation as well as ex-situ management. My dissertation involves these topics in the Rice's whale (Balaenoptera ricei) and the black and white rhino (Diceros bicornis and Ceratotherium simum, respectively).

Outside of academics, you can find me reading, exploring nature, crafting, thrifting, going or concerts, or gardening. I always love to talk about my latest book, craft project, or thrifting finds!

Research Projects

Rice’s whale (Balaenoptera ricei) baleen project

The first hormone study on the newly identified Rice’s whale. This study includes hormone extraction, quantification, and analysis from baleen samples stored at the Smithsonian institution.

Analyzed cortisol and corticosterone to determine delineations between causes of death
Quantified progesterone to detect past pregnancies
Analyzed testosterone patterns for any cyclic or seasonal breeding
Quantified progesterone, testosterone, cortisol, and corticosterone in calves.

Black and white rhinoceros (Diceros bicornis and Ceratotherium simum) horn project

The first hormone study to analyze multiple hormones on multiple horns from rhinos with known histories. This study is part of the greater American Institute of Rhinoceros Science (AIRS) project.

Developed method for obtaining rhino horn powder for hormone extraction
Quantified progesterone to detect past pregnancies
Analyzed cortisol to DHEA ratio for chronic stress patterns in captive rhinos

Research Interests

Stress Response and Reproduction

I am particularly interested in the intersection of stress and reproduction, especially in ex-situ situations where minimizing stressors is important for reproductive success.

Behavior and Hormones

Along with endocrinology experience, I have experience with behavior studies. I have particular interest in holistic animal welfare studies that combine these two fields.

Novel Sample Types

I enjoy exploring new tools to non-invasively quantify and analyze hormones, particularly sample types that provide longitudinal, retrospective data.

Contact

Email: [enable JS]