Who's in the lab
Elizabeth M Wolkovich
Associate Professor of Forest & Conservation Sciences
I am interested in how communities assemble and dis-assemble with global change. I draw on theory from temporal community ecology with perspectives from population and ecosystem ecology, evolutionary biology, and climatology. Though I tend to address fundamental questions with hypotheses informed by theory and models my research generally has strong applied angles. In particular much of my work to date has examined the causes and consequences of plant invasions and the effects of climate change on the temporal assembly of plant communities. .
I am a plant ecologist interested in understanding how anthropogenic climate change impacts plant communities. In November 2015, I graduated from Trinity College Dublin with a Master’s degree in Biodiversity and Conservation. For my dissertation, I investigated the vegetation composition of grazing lawns along an anthropogenic impact and grazing pressure gradient at Gorongosa National Park in Mozambique. I would like to continue focusing my research efforts on plant community composition and how temperature, precipitation, and photoperiod affect plant phenology.
I am interested in how plant communities are responding to global change, and how these responses are affecting the composition and function of North American ecosystems. In the summer of 2016, I completed my master’s degree at the University of Michigan’s School of Natural Resources and Environment where my thesis work examined the reproductive ecology of the woodland sedge, Carex pensylvanica, as applied to native plant production and ecology restoration. My current research interest is in plant phenology, with a particular focus on expanding phenology research to include a greater diversity of plant taxa, and investigating how phenological characteristics covary with other life history traits.
I am interested in how communities are shaped by variation in abiotic and biotic environments and using functional traits to identify the drivers of species coexistence and performance. In completing my Master's degree at UBC, I used functional traits to study the biogeography of plant-insect herbivore interactions on Garry oak across its latitudinal range. Working in the interior forests of BC, my doctoral research will focus on the relationship between and relative importance of functional traits and plant phenology as drivers of plant performance under our changing climate.
I am interested in understanding how plant communities are assembled, and how this assembly is affected by anthropogenic factors. In 2018, I graduated from the University of Toronto with a master’s degree in Ecology and Evolutionary Biology. My thesis investigated the impact of the invasive vine Vincetoxicum rossicum on the functional diversity of meadow and understory habitats. My current interests are in exploring how climate change alters plant communities, and how this could impact how communities are assembled in the future.
Former Postdoctoral Fellow -- Current Collaborator
As a plant ecologist and conservation biologist, I am fascinated with the vast diversity of plants on Earth and how they interact with their environment and other organisms. I am particularly interested in how climate change, urbanization, and other anthropogenic factors affect plant communities. Understanding anthropogenic impacts to plants is compelling to me for two main reasons: 1) humans exert a large and growing influence on Earth’s biota, and 2) we can simultaneously learn about their basic ecology and address applied problems in conservation biology and restoration.
Former Research Associate -- Current Collaborator
Why biodiversity is distributed on Earth as it does? What is the signature of historical and evolutionary processes on current diversity patterns? Can we predict the future of biodiversity in a changing world? These are among the central questions in which my research program focuses. Specifically, it aims to: (1) disentangle the relative roles of evolution and ecology as drivers of community structure, (2) understanding how different aspects of the species' niches are evolutionarily conserved, (3) enhancing models of biotic interactions and/or species distributions by incorporating phylogenetic, functional and geographic information.
RMI Phenology Observations Coordinator
Molly is in the second year of her SDSU/UC-Davis PhD program and coordinating phenological observations at RMI for the 2018 season. In addition to her interest in phenology she is also studying Vitis physiology and genetics and is headed to Bordeaux in January 2018.
RMI Phenology Technician
Angie is finishing her degree at UC-Davies in 2019 and is the current phenology technician at RMI. She has done a great job of working with Molly though another long hot summer and our weirdest, most spread-out phenology season yet. She balances her time across phenology, coursework, track and restoration ecology training.