معرفی
John Schenk is an Assistant Professor in the Department of Environmental and Plant Biology within the College of Arts and Sciences at Ohio University. His research is affiliated with the Ohio Center for Ecology and Evolutionary Studies (OCEES), where he leads the Schenk Lab focused on plant evolutionary morphology and macroevolution.
Education:
- Ph.D. in Botany, Washington State University, 2009
- B.S. in Botany, Oregon State University, 2003
Dr. Schenk's research lies at the intersection of plant evolution, morphology, and phylogenetics. His lab investigates how ecological, functional, and genomic factors shape morphological diversity in plants over evolutionary time. Key areas include staminode evolution, seed morphology, dispersal adaptation, and the dynamics of adaptive radiation. The lab uses a macroevolutionary framework integrating phylogenetic comparative methods, anatomical analysis, and ecological data.
His recent publications reflect a strong focus on evolutionary patterns in specialized plant groups such as Mentzelia (Loasaceae) and Ledermanniella (Podostemaceae), examining floral structures, seed dispersal, and taxonomic challenges. The work spans biogeography, functional morphology, and methodological considerations in divergence time estimation.
Dr. Schenk teaches courses including PBIO 1150: Plant Structure and Development, PBIO 3080/5080: Structural Botany, and PBIO 1000: Plants and the Global Environment, contributing to both undergraduate and graduate education in plant sciences.
He mentors students through the Schenk Lab, fostering research in plant evolutionary biology. While specific grant details are not listed, his work implies funding for fieldwork, phylogenetic analysis, and lab-based morphological studies. The lab maintains an active research website and presence on Google Scholar.
The Schenk Lab conducts integrative research on plant form and function, emphasizing evolutionary transitions in aquatic plants (Podostemaceae), ecological specialization, and large-scale diversification patterns. The team combines field, lab, and computational approaches to explore how plant morphology evolves in response to environmental and functional pressures.
