B.S., Bates College '15
Ph.D Student, 2016-
Meredith studies the evolution of behavior through multiple lenses. Current foci include: i) understanding the significance of signal complexity through a macroevolutionary lens, and ii) examining the adaptive significance of signal modulation in the field.
In her free time, Meredith enjoys teaching herself bizarre skills (e.g., taxidermy, illustration), writing, and reading.
Google Scholar Site
Miles, M.C., Goller, F. and Fuxjager, M.J. (in press) Physiological constraint on acrobatic courtship behavior underlies rapid sympatric speciation in bearded manakins. eLIFE
Miles, M.C., Vitousek, M.N., Husak, J.F., Johnson, M.A., Martin, L.B., Taff, C.C., Zimmer, C., Lovern, M.B., and Fuxjager, M.J. (2018). Standing variation and the capacity for change: are endocrine phenotypes more variable than other traits? Integrative and Comparative Biology. 58: 751-762. (Cover article)
Miles, M.C. and Fuxjager, M.J. 2018. Synergistic selection regimens drive the evolution of display complexity in birds of paradise. Journal of Animal Ecology. 87: 1149-1159.
Miles, M.C. and Fuxjager, M.J. 2018. Animal choreography of song and dance: a case study in the Montezuma oropendola (Psarocolius Montezuma). Animal Behaviour. 140: 99-107.
Miles, M.C., Schuppe, E.R., Ligon, R.M., and Fuxjager, M.J. (2018) Macroevolutionary patterning of woodpecker drums reveals how sexual selection elaborates signals under constraint. Proceedings of the Royal Society, B. 285: 20172628.
Fuxjager, M.J., Miles, M.C., and Schlinger, B.A. 2018. Evolution of the androgen-induced male phenotype. Journal of Comparative Physiology, A. 204: 81-92.
Fuxjager, M.J., Miles, M.C., Goller, F., Petersen, J., and Yancey, Y. 2017. Androgens support male acrobatic courtship behavior by enhancing muscle speed and easing the severity of its trade-off with force. Endocrinology. 158: 4038-4046.
Miles, M.C., Cheng, S., and Fuxjager, M.J. (2017) Biogeography predicts macro-evolutionary patterning of gestural display complexity in a passerine family. Evolution. 71: 1406–1416. (Cover Article)