Assistant Professor in the department of Botany, and faculty in the Ecology Evolution and Conservation Biology program at the University of Hawaii at Manoa.
My current research interests focus on the impacts that climate change will have on insect behaviour, ecology and physiology; insect community structure along environmental gradients; and insect-plant interactions.
I am currently President of the Ecological Society of Australia and Zoology Museum Curator, University of New England.
Professor for Ecotoxicology and Environmental Sciences at the University of Gothenburg, with a main interest in regulatory (eco)toxicology and risk assessment of complex exposure situations.
I am an Associate Professor of Biological Sciences at Wright State University. Previously I was a postdoctoral fellow at McGill University working in Macroecology with Brian McGill. My PhD is from the University of Maine in Wildlife Ecology with advisers Bill Krohn and Raymond O'Connor, and MS (German Diplom) in Conservation Biology from Philipps University Marburg with Harald Plachter and Peter Poschlod, in collaboration with Alan Burger from University of Victoria.
I got my PhD in Physics at Rome University, working with Luca Peliti and Giorgio Parisi on biologically inspired problems: evolutionary models and Boolean networks. Since then, I have always been interested in computational biology: Protein folding, Stability and population biology constraints in protein evolution, Conformation changes in proteins, Structural evolution of proteins, Theoretical ecology, Ecological interactions among microorganisms.
The global redistribution of species is leading to large-scale community change. Gaining a process-based understanding for what factors create species and community resilience under environmental variability is an important research objective for our time. My research aims to address this theme by linking physiological thresholds of organisms to the environment they experience to quantify changes in species distributions, the outcome of species interactions, and community patterns. My approach is to link spatial and temporal trends in abiotic variables at biologically relevant scales using standardized experimental protocols, complementary laboratory and field approaches, meta-analytic approaches, and modern statistical tools.
Emily Bernhardt is a biogeochemist who is broadly interested in the capacity of ecosystems to retain nutrients and energy in the face of human accelerated environmental change. The bulk of her research examines the effects of land use change and chemical pollution on the structure and function of aquatic ecosystems and the potential for restoration and mitigation approaches to reverse ecosystem degradation.
Senior scientist at the Department of Terrestrial Ecology of the Netherlands Institute of Ecology. Associate editor of Insect Conservation and Diversity and Web Ecology.
Wadsworth Endowed Chair in Conservation Science and Prof. of Biology, University of Washington, Director for Center for Penguins as Ocean Sentinels and the Wildlife Conservation Society Magellanic Penguin Project, and Adjunct Curator of Ornithology, Burke Museum. Recipient of 2012 Ocean Conservation Award Aquarium of the Pacific, 2010 Nature Conservancy of Washington Environmental Hero, 2009 Annual Heinz Award for the Environment. Former President of the Society of Conservation Biology.
John Bruno is a marine ecologist and Professor at The University of North Carolina at Chapel Hill. His research is focused on marine biodiversity, coral reef ecology and conservation and the impacts of climate change on marine ecosystems. John earned his Ph.D. from Brown University in Ecology and Evolutionary Biology and was a postdoctoral fellow at Cornell University in disease ecology. He is currently working primarily in Belize, the Bahamas, Cuba, and the Galapagos Islands.
I am a Senior Lecturer in Ecology at Lincoln University, New Zealand. My research focuses on understanding the processes that structure biological communities. In particular, I am interested in drivers of spatial and temporal patterns in species diversity, such as environment, species interactions, dispersal, and phylogenetic constraints. I work with a wide range of taxa including invertebrates, plants and fungi, in a variety of field and laboratory-based systems.