Dr. Megan Donahue

Megan Donahue is a Research Professor at the Hawai’i Institute of Marine Biology, the marine laboratory of the School of Oceanography and Earth Science Technology at the University of Hawai’i at Manoa.  She is an ecologist with broad interests in the spatial dynamics of marine populations and communities and in the application of quantitative modeling to a range of marine ecological problems. With her students and postdocs, she has ongoing research projects on ecological forecasting of coral disease outbreaks, metacommunity dynamics on coral reefs, groundwater impacts on coral reef ecosystem processes, and spatial variation in coral demography.

My Google Scholar profile.

About Megan:

I arrived at HIMB in 2008, after two years as an Megan at Barge off KBay (DSmith)assistant professor in the Department of Biological Sciences at the beautiful Humboldt State University.

I earned my bachelor’s of science at UCLA (’95, Cybernetics: now Computational & Systems Biology) taking courses in mathematics, statistics, and control systems theory along with ecology and evolution courses.  My last term at UCLA, I participated in the Marine Biology Quarter, which I spent at HIMB.  What a curious turn of events to return to HIMB as a faculty member.

I earned my PhD (2003) from the the UC Davis Graduate Group in Ecology with Dr. Peter Chesson, working on scale transition theory and spatial population dynamics in microcosms (with Dr. Marcel Holyoak) and porcelain crabs (with Dr. Steven Morgan).   I spent several years doing fieldwork based at the Bodega Marine Laboratory.

MJD_actionAfter two lovely summers in the Isles of Shoals working with Drs. Jim Morin and Myra Shulman as the faculty coordinator  for the Research Experiences for Undergraduates program at the Shoals Marine Laboratory, I returned to Los Angeles to postdoc with Drs. Bob Desharnais and Carlos Robles at California State University, Los Angeles.  With Bob and Carlos, I worked on spatial predator-prey models of intertidal mussel beds, matching the predictions of dynamic models with the dynamics of the real mussel beds around Bamfield Marine Science Center.