Welcome to AAPA
We now publish RSS feeds.
This field course, hosted by the La Suerte Biological Field Station, Costa Rica, will run from July 1st to July 27th, 2013. It will be taught by Dr. Christopher Schmitt (Postdoctoral Scholar with the Center for Neurobehavioral Genetics, UCLA).
The Black Death was one of the most destructive epidemics in history. Assistant Professor Sharon DeWitte at the University of South Carolina has been examining temporal changes in plague mortality patterns and the effects of the Black Death on the demographic and health conditions of surviving populations as a model for understanding the human response to emerging diseases. Funded by a 2012 AAPA Professional Development Grant, DeWitte collected paleodemographic data from several medieval London cemeteries. Among a number of interesting findings, DeWitte reports greater longevity combined with an increased frequency of periosteal lesions in the post-Black Death sample. DeWitte suggests that enhanced survival but relatively poor skeletal health at later adult ages might account for the post-Black Death pattern, a trend observed in living populations where improvements in mortality and longevity are often associated with declines in health status later in life. DeWitte is continuing her work on the health and demographic effects of the Black Death, having successfully turned her AAPA Professional Development Grant into a National Science Foundation award funded jointly by Biological Anthropology and Cultural Anthropology. Congratulations Professor DeWitte!
When: Today, Fri Apr 12, 4:30 pm to 6:00 pm. Where: Norton Booth, Knoxville Convention Center. What: Local Craft Beer, Finely Crafted Books, Pretzels
The Rohlf Medal was established in 2006 by his family and friends to mark the 70th birthday of F. James Rohlf, Distinguished Professor of Ecology and Evolution and longtime Stony Brook University faculty member. Recipients of the Rohlf Medal will be recognized for excellence in their body of work on the development of new morphometric methods or for their applications in the biomedical sciences, including evolutionary biology, population biology, physical anthropology, and medicine. The term “morphometrics” is intended to include high-dimensional pattern analyses of biological shape, especially those that analyze shape in a comprehensive way, or of covariation of shape patterns with other variables. The award can recognize advances in the mathematical or statistical theory underlying morphometric methods, new software that implements or visualizes new methods, or specific new biological findings that rely crucially on contemporary morphometric methods and represent major advances.