Advisory Board and Editors Ecosystem Science
Katharine L Stuble
Plant Biologist at The Holden Arboretum. Research focuses on the ecological impacts of global climate change and species invasions.
Our lab researches the basic mechanisms underlying the maintenance of diversity within communities, as well as how global change may alter these communities and the services they provide. We focus on two main drivers of global change: climatic warming and species invasions with a particular focus on how global change is altering interspecific interactions ranging from competition to mutualisms.
Andrea Sundermann
Primary research interests: Effects of stream restoration on aquatic organisms, dispersal of aquatic insects, environmental factors controlling establishment of aquatic organisms in near natural, restored and degraded rivers, threshold values of physico-chemical variables controlling benthic invertebrate occurrences.
Jonathan D Tonkin
My research is focused around what promotes and maintains biodiversity at a range of spatial scales. Much of my work focuses on stream ecosystems, but my interests are question focused, not system specific. While my central interest lies in disentangling the mechanisms that structure metacommunities, I also tackle questions ranging from local to global, and from community ecology through to macroecology. I focus on a variety of basic ecological concepts and processes, including linkages between disturbance, productivity and diversity, biodiversity loss, ecosystem function, dispersal, and community assembly. I also aim to tackle applied ecological issues such as global change, land-use change, river regulation, and restoration, with the goal of applying ecological theory to effectively manage threatened ecosystems. My current research ties these issues together into the following three main themes: 1) Metacommunity ecology; 2) Global change ecology and macroecology; and 3) Restoration ecology. In light of these three themes, I am particularly focusing on the unique hierarchical and dendritic structure of river networks, and how this structure influences the biodiversity patterns of river communities.
Andrew Tredennick
I am a quantitative ecologist interested in ecological forecasting and the stability of populations, communities, and ecosystems. I have expertise in statistical analyses of ecological systems, population modeling, and the analysis of remote sensing data to address environmental problems.
Piotr Tryjanowski
Professor of Biology and Director of the Institute of Zoology PULS. Previously at Adam Mickiewicz University Poznan.
Research interests: behavioural ecology, climate impact, farmland birds, urban ecology.
Eeva-Stiina Tuittila
I research the carbon dynamics of peatlands. Specifically this addresses the impact of climate change on the functioning of the ecosystem, greenhouse gas emissions and vegetation.
Sara Varela
I am working on Pleistocene mammal extinctions. Co-developer of R packages to download data from open access databases (rAvis and paleobioDB), and team member of www.ecoClimate.org, an open access repository to access climatic data for the past, present and future.
Claudio Vasapollo
I am a marine biologist working as a fishery and benthic researcher at the Institute for Marine Resources and Biotechnologies (IRBIM) of the National Researche Council (CNR) in Ancona, Italy. I held my PhD in 2010 at the The Open University (Milton Keynes, UK) working at the Stazione Zoologica A. Dohrn of Naples (Italy) where I conducted a study on the spatial and temporal distribution of macro benthic assemblages associated to Posidonia oceanica seagrass and on several features of the plant itself. I got a Master degree in 2005 at the Polytechnic University of Marche after the Bachelor's degree in Marine Biology at the same university in 2004. I participated in several surveys at sea in the last years as well as to several diving expeditions in the Indian Ocean and Mediterranean Sea.
Scott Veirs
Oceanographer and bioacoustician facilitating the recovery of endangered regional icons of the Pacific Northwest (U.S.), particularly southern resident killer whales and Pacific salmon. I helped design and was the first major in the Earth Systems program at Stanford University, then earned a M.S. and PhD in Oceanography at the University of Washington. In 2003 I founded Beam Reach and taught ~50 undergraduates and recent graduates to ask and answer their own marine field science questions during 10-week field courses from 2005-2012. During the same period I helped create the Salish Sea Hydrophone Network -- orcasound.net -- which I continue to administer.
Gregory M Verutes
Gregg Verutes is a biogeographer currently supporting Blue Forest Conservation's data management, visualization, and reporting systems. He specializes in blending the fields of conservation and technology to empower planners, managers, and analysts who are passionate about protecting the multitude of benefits flowing from ecosystems to people. He has previously worked for the National Geographic Society, Audubon Society, World Wildlife Fund, and Stanford University. Gregg received his Ph.D. in Marine Science & Technology from the University of Santiago de Compostela, a M.Sc. in Geographic Information Science from San Diego State University, and B.Sc. in Policy Analysis & Management from Cornell University.
Martha Vives
Full professor, Biological Sciences Department, Los Andes University. Vice dean for Research Affairs, School of Sciences. Past coordinator for the Microbiology program.
Eric J Ward
I’m a statistician / quantitative ecologist at the Northwest Fisheries Science Center (NOAA) in Seattle and an affiliate professor at the School of Aquatic and Fishery Sciences (SAFS) at the University of Washington. I work on a wide range of statistical problems – population dynamics, extinction risk, conservation genetics, fisheries stock assessment, reproductive success studies, etc. Most of the species I study are fish, but I also work with data from marine mammals, seabirds, and turtles. Much of my recent modeling interests have been pursuing applications of multivariate state-space time series and spatio-temporal models, isotope mixing models, and Bayesian model selection techniques.