A still unresolved question in evolutionary biology is how genetic variation is maintained in natural populations. In Poecilia parae, the Guyanese pentamorphic livebearer, there are five genetically-based male color morphs: two with carotenoid-based colors (red and yellow), one with structural color (blue), one with elaborate dorsal fins and vertical strips, and one resembling juvenile females. My dissertation focuses on understanding the maintenance of genetic color polymorphism among males in P. parae. I am investigating how behavioral and ecological factors may contribute to the persistence of such polymorphism in natural populations.

Originally from Tewksbury, Massachusetts, I came to Syracuse University in 2007 to pursue a B.S. degree in Biology.  Having a keen interest in animals from a young age, I became an active volunteer at the MSPCA Animal Shelter in 2000 and began working at a veterinary hospital in 2004.  These experiences, along with many others have solidified my decision to work towards becoming a veterinarian.  My interest in the Uy Lab began when I took Al’s study abroad course Ecology, Evolution, and Conservation of Insular Diversity in the Solomon Islands in the summer of 2009. 

In the Uy lab, I work alongside Al to determine the genetic basis for melanism in a population of birds in the Solomon Islands. 

I am currently working towards a B.S. degreein Biology at Syracuse University. I have always had an interest in working with animals and learning more about them. This has led me to pursue a career in Veterinary medicine. Throughout campus I am involved in different wildlife conservation, animal and education programs promoting Biology, conservation and research.

In the Uy lab, I am running behavioral experiments to determine why five different male types of Poecilia parae persist in the wild. I am happy to be acquiring more experience and knowledge in Dr. Uy's lab, and observing animal behavior.