Members

Principal Investigator

Professor

Deron's research has mostly focused on how trophic interactions and productivity shape community organization across a variety of different ecosystems including coral reefs, rivers, tall grass prairies, and African savannas.

Project Scientists

Research Scientist

Tom's work is generally focused on how disturbance and biotic interactions influence community structure and dynamics of coral reefs with particular focus on the direct and indirect effects of herbivores on reef systems.

Postdoctoral Researchers

Mary's research lies at the nexus of data science, conservation, and ecology, where she employs synthesis methods to study multiscale ecological patterns that inform practical solutions for managing coral reef social-ecological systems. Her postdoctoral research is focused on interactions between local and global drivers of coral bleaching as part of a synthesis of global coral bleaching patterns.

Leila's postdoc research is focused on understanding how anthropogenic forcing impacts trophic interactions, particularly those between reef fishes and corals, from community ecology down to microbial scales.

Working with ‘The Pile’ and collaborator Dr. Katie Barott at the University of Pennsylvania, Camille’s postdoc research will focus on turf algae, and how the ‘hidden diversity’ within impacts the vital functions this community provides to coral reefs. She will be using DNA metabarcoding to examine how algal diversity changes in algal turf communities in response to anthropogenic stressors such as overfishing and nutrient pollution. 

Melissa's work is focused on tri-trophic interactions in African savannas. She is particularly interested in understanding how changes in savanna vegetation structure alter herbivore and carnivore communities as well as the feedback between herbivory pressure and plant chemical defences in savanna trees. 

Keenan’s research focuses on understanding the mechanisms that explain large mammal habitat use and distributions at both large and small spatial scales. Much of his work focuses on how local and global changes affect multiple levels of ecological organization and how these changes may be mitigated by management plans to maintain biological diversity and ecosystem function.

Graduate Students

Ph.D. Student

Noe is currently interested in the feeding interactions of reef fishes considering morphological and behavioral variation at the species and individual level to understand the indirect effects on marine community structure. He hopes to examine this variation among predatory and herbivorous fishes in both tropical and temperate marine habitats to learn more about the differences in food web structure and the importance of individual level traits.

Ph.D. Student

Cory's current research investigates how local anthropogenic stressors interact on multiple scales to alter coral reef community structure and resilience.

Ph.D. Student

Nury’s Ph.D. research will focus on herbivorous fish and how their consumption of algae contributes to coral reef resilience.

Ph.D. Student

Kyle's Ph.D. research is focusing on the role of streams in impacting nearshore nutrient dynamics in Mo'orea French Polynesia and how stream-derived nutrients impact the community dynamics of nearshore coral reefs. 

Ph.D. Student

Joey's research is focusing on the impact of consumer-derived nutrients in kelp forest ecosystems and how these nutrients affect kelp production and species interactions.

Ph.D. Student

Julianna is currently interested in how coral-associated biodiversity mediates coral resistance to climate stress. 

Ph.D. Student

For her dissertation, Kelly is addressing  the effects of anthropogenic stressors on coral recruitment and juvenile coral survival. 

Alumni

Jake was a post-doc in the lab in 2016-17 focusing on the role of fish-derived nutrients in coral reef ecosystems. He is now an Assistant Professor in Ecology and Evolutionary Biology at the University of Michigan. 

Laura got her Ph.D. in the lab in 2014 focusing on how predation risk impacts herbivory on coral reefs and is now an Instructor in the Biological Sciences Program at Michigan State University. 

Sam was a NSF REU student with our lab in 2014 examining the interaction between nutrient pollution and corallivory on coral microbiomes. She earned a M.A. at UC Santa Barbara in 2020.

Claire was a post-doctoral scholar collaborating with the Burkepile Lab 2019-2020. Her research focused on the role herbivorous fish species play in promoting reef health and the intraspecific variability apparent in this role.

Joost was a post-doc in the lab in 2017 working on the effects of nitrogen, phosphorus and iron on the productivity of benthic algae as part of a collaboration consisting of the University of California, Santa Barbara (USA), the CRIOBE (France), the Max Planck Institutes in Bremen and Oldenburg (both Germany), the University of Amsterdam (the Netherlands), and l’Université des Antilles et de la Guyane (Guadeloupe). He is the Co-Founder and CEO of planblue a company developing new technology to map the ocean floor. 

Alain got his M.S. in the lab in 2013 and his Ph.D. in the lab in 2018 focusing on the role of herbivory, habitat heterogeneity, and sedimentation on the community ecology of coral reefs in the Caribbean. He was a Postdoctoral Scholar at Florida International University studying the ecology of freshwater fishes in the Everglades. Alain is now a Lecturer at Florida International University. 

Mark got his PhD with the lab in 2019. His dissertation work was focused on the important drivers of coral reef community recovery and restoration ecology of tropical ecosystems, with an emphasis on coral reefs. His research focused on the dynamics of coral competition, how coral density affects fish community dynamics, and the role of coral genotypic diversity in impacting coral growth and recovery from disturbance. Mark is currently a Coral Reef Scientist with the NOAA Southeast Fisheries Science Center. 

Kaitlyn's research investigated the invertebrate communities that inhabit corals and how the nature and rate of their excretion contribute to nutrient cycling across a coral reef.

Nate got his  PhD  in 2015 with a dissertation focused on how climate change alters trophic interactions across multiple ecosystems. He was a USDA post-doctoral fellow at Colorado State University and is now an Assistant Professor at Marquette University.

Katrina finished her M.S. in the lab in 2019. Her research examined how alterations in herbivorous fish communities on coral reefs impact top-down and bottom-up ecosystem processes. Katrina is now a Ph.D. student at the University of Michigan.

Mallory received her B.S. in Biology from Sonoma State University in 2014. As an undergraduate, I conducted research projects that investigated the impacts of ocean acidification on coral physiology and studied the effects of emersion stress and natural pH variability on the physiology of an intertidal, calcareous red alga. She joined the Burkepile lab in 2015 as a National Science Foundation, Graduate Research Fellow. She finished her Ph.D. in 2020 and is now a postdoctoral scholar at San Francisco State University. 

Madelyn was a Research Technician in the lab during 2014-2015 working on interspecific differences in herbivore feeding behavior. She is now pursuing a MS in Marine Biology with friend of the lab Dr. Ben Ruttenberg at Cal Poly.

Andy got his PhD with the lab in 2016 focusing on the impact of nutrient pollution and the impact of different nutrients (nitrogen vs. phosphorus) on corals, coral reefs, and the ecology of mutualisms and was then a post-doc during 2016-17. Andy was then an Eberly Postdoctoral Fellow at Penn State University before being a postdoctoral scholar at New York University Abu Dhabi. He is now Research Faculty at the Florida State University Coastal and Marine Laboratory.  

Andrew was an NSF Polar Programs Postdoctoral Fellow during 2011-2014 examining how cross-domain interactions impact ecosystem functions in marine communities. He is currently an Assistant Professor in Microbiology and Earth, Ocean, and Atmospheric Science at Oregon State University.