Josh is an assistant professor of landscape ecology and conservation in the College of Forest Resources at the University of Washington. His research addresses questions with direct impacts on the conservation and management of ecological systems at multiple scales. His current work focuses heavily on climate change, land-use change, and ecosystem services. He is particularly interested in how ecological systems respond to anthropogenic stresses and how policy, management, and human behavior can be used to modify those responses.
Julie is a post-doctoral researcher at the School of Forest Resources at the University of Washington. Her research questions address the relative influence of habitat configuration and composition, specifically habitat quality, on population dynamics and persistence in both theoretical and applied systems. As part of her Ph.D. research at the University of Calgary, Julie used habitat/population models to assess critical habitat for the endangered Ord’s kangaroo rat in Alberta, Canada and she continues to develop models for species at risk. In her post-doctoral position, she is exploring the drivers of source-sink dynamics and is using spatially explicit population models to identify the attributes of species, landscapes, and ecological systems that promote source-sink dynamics.
Theresa conducts research in landscape ecology and conservation biology, with a particular focus on conservation planning for wildlife. She is interested in how biodiversity hangs on in human-dominated landscapes, and especially how wide-ranging birds and mammalian carnivores use agricultural landscapes. She uses wildlife surveys, geographic information systems, and spatially explicit modeling to answer questions about animal movement and habitat selection to gain a better understanding of how private-lands management might advance conservation goals. Theresa received her Ph.D. in 2011 in Environmental Science and Management at the University of California, Santa Barbara.
Jenny is a post-doctoral researcher working jointly with the Department of Biology and School of Environmental and Forest Sciences at the University of Washington and with the Natural Capital Project. Jenny conducts research in landscape ecology and conservation biology and is interested in applied projects focused on species of conservation concern. For her Ph.D. research, Jenny used occupancy and least-cost models to assess effects of habitat loss and fragmentation on Franklin’s ground squirrels in the Midwestern U.S. She currently works with a Natural Capital Project team on a project using terrestrial InVEST models to assess biodiversity on Department of Defense sites under varied land-use scenarios to inform their resource management and land-use policy. Jenny earned a Ph.D. in Ecology, Evolution, and Ethology from the University of Illinois at Urbana-Champaign, a M.S. in Ecology from San Diego State University, and a B.S. from the University of Wisconsin-Madison.
Jenny comes from an integrative biological background, examining shifts in biodiversity across several temporal and spatial scales. Her research leverages the mammalian fossil record to model ecological processes and biogeographic patterns, improving our understanding of how climate change shapes long-term ecosystem dynamics. Her dissertation research examined how members of the genus Microtus (voles) from the Western US responded to environmental changes throughout the Quaternary and compared these responses to observations of recent shifts in their populations and to species distribution model (SDM) predictions for the past. Since then, she has been working on methods to use paleontological species distributions to inform and improve SDM performance. Her current work looks at how well clusters of abiotic variation (abiotic facets) describe biological diversity on the landscape. Additionally, she works on a project that incorporates climate effects into return on conservation investment.
Se-Yeun got her Ph.D in Civil and Environmental Engineering at the University of Washington. As part of her Ph.D research, Se-Yeun developed an innovate optimization-simulation approach in adaptation of existing flood control operations for the dams of the Columbia River Basin to climate change. The benefits of her simulation suggest increased hydropower revenue and increased fish augmentation flows without increasing flood risks. From her main research stream, she has collaborated on various topics that assess impacts of climate change on water resources and management over Washington and the Pacific Northwest and estimating 21st century flood risks in the Pacific Northwest based on regional climate model simulation. She currently works with hindcasting wetland dynamics by combining observed data (via field surveys and/or remote sensing) with a physically based hydrology model and projecting changes in wetland hydrology for climate change to help managers and decision-makers evaluate potential threats and areas of management concern.
Julia’s research interests center on incorporating uncertainty and resilience into ecological planning. She is specifically interested in the theoretical and methodological challenges of integrating diverse datasets and planning approaches to create more robust climate adaptation plans. Julia’s research experience encompasses landscape ecology, urban ecology, and climate adaptation planning. Her current research, as part of the AdaptWest project, investigates approaches to using abiotic landform diversity to identify spatial conservation priorities that are robust to changing climate conditions. In addition, Julia is working on developing and comparing methods for assessing the vulnerability of species and ecological systems to climate change. For her dissertation research, Julia investigated the impacts of urban development on acorn dispersal and regeneration processes in Oregon white oak and she is particularly interested in planning and design approaches for protecting biodiversity in rapidly urbanizing landscapes. Julia received her Ph.D. from UW in Interdisciplinary Urban Planning and Design in 2013, and her Master’s in Sustainable Development and Conservation Biology from the University of Maryland, College Park, in 2006.
Having completed a tree growth and climate-focused Masters degree in Ecosystem Analysis at the College of Forest Resources (UW) in 2004, Michael worked as a research scientist for World Wildlife Fund's (WWF) International Climate Change Program for 5 years. While working for WWF, Michael was responsible for ensuring that WWF's conservation work considered the impacts of climate change, and included appropriate adaptation planning. Michael's research is focused on a Pacific Northwest climate vulnerability assessment, working with federal, state and non-profit organizations. This work will combine climate science with appropriate communications and policy tools that will facilitate effective research on the vulnerability of key species in the Pacific Northwest and help managers better plan for the future.
Aimee is a PhD student interested in the spatial structure of aquatic populations (especially fishes) living in stream networks, relationships between spatio-temporal scale and ecological patterns and processes, anthropogenic influences on population structure, and ways that science can contribute to improved decision-making. Since 2002, Aimee has been a research fisheries biologist with NOAA's Northwest Fisheries Science Center . There, her research has centered on freshwater habitat conservation for ESA-listed Pacific salmonids. Prior to that, Aimee was a biologist with the state of North Carolina, where she worked on conservation of rare and nongame aquatic fauna (1998-2002). She holds a B.S. in Biology from the Ohio State University (1994) and an M.S. in Aquatic Ecology from the University of Notre Dame (1998).
Scott is a PhD student in the Quantitative Ecology and Resource Management program, and is co-advised by Mark Kot in the Applied Math department. He earned his B.S. in mathematics from The Evergreen State College in 2005. He is interested in modeling population dynamics, species interactions, and organism movement and dispersal. Scott's current research is part of the Pacific Northwest Climate Vulnerability Assessment, calculating climate breadth across species' ranges. He is also working on a theoretical framework for modeling interactions between an ecosystem's different trophic levels.
Ben is a PhD student interested in exploring non-traditional approaches to promote aquatic habitat enhancement and maintenance, increase ecosystem resilience, and reduce the effects of climate change on riparian systems at multiple scales. His research focuses on studying the effects of beaver reintroductions on headwater riparian ecosystems. Beaver impoundments have been shown to attenuate peak flows, recharge groundwater and hyporheic flows, and regulate stream temperature and base flow. His focus is to explore the importance of beaver impoundments on these processes in maritime Pacific Northwest systems, where l ittle research has been done to quantify these benefits . Prior to his PhD work, Ben worked as a biologist for Snohomish County , where he managed their non-lethal beaver management program. He has a n MS in Biodiversity, Conservation, and Policy from the University at Albany , and dual BS degrees in Biological Science a nd Environmental Science & Conservation from the University of Wisconsin, Milwaukee. Ben is a member of the Snohomish Beaver Working Group and the owner of an environmental consulting firm that provides beaver management expertise to landowners and jurisdictions.
Caitlin is a PhD student interested in assessing and projecting the impacts of climate change on forest dynamics and tree species distribution across the landscape. After attending Middlebury College, Caitlin did her Masters at the University of Vermont. There, her research entailed quantifying the structural and carbon impacts of forest bioenergy harvesting. She then served on a Rainforest Alliance field verification team for forest carbon projects and taught in various capacities before moving to Seattle. Though she misses the northern hardwoods of Vermont, Caitlin is excited to explore the (much) bigger trees and mountains of the PNW.
Former Lab Members
Chad currently works for the National Audubon Society. Chad earned an M.S. in Conservation Biology and Sustainable Development at the University of Wisconsin-Madison in 2007 and a Ph.D. in Landscape Ecology at the University of Washington in 2011. He uses technology, such as remote sensing and computer modeling, to address ecological problems with broad spatial scales. For example, Chad is interested in the impacts of development and climate-change on wildlife populations. During his postgraduate work at the University of Washington, he worked with a team of researchers from several universities, government agencies, and non-profits to characterize the vulnerability of wildlife populations to climate change in the Pacific Northwest. Previously, Chad simulated the impacts of land-use, climate-change, and management on the endangered black-capped vireo. He also studied bird communities in shaded cacao and banana agroforests in Costa Rica.
Jesse is a geostpatial analyst with ESA. Jesse earned an M.S. from the University of Washington in 2013, a B.A. in Geography from the University of Texas in Austin in 1999, and has worked as a GIS analyst for the City of Austin, City of Pflugerville, and the Texas Water Development Board. Previous to joining the Landscape Ecology and Conservation Lab, he worked as a GIS analyst for the Nature Conservancy's Washington program for 7 years. Jesse's research at the University of Washington was associated with the Pacific Northwest Climate Change Vulnerability Assessment. Specifically, he studied the impact of climate change on terrestrial vertebrate species distributions, and compared species turnover rates and changes in bioclimatic variables in protected areas.
Peter is an ecologist with the USDA Forest Service, Pacific Northwest Research Station in Wenatchee, WA. Peter’s research interests are focused on the integration of landscape ecology, habitat ecology, and animal population dynamics. His dissertation research at the University of Washington involved research on interactions between barred owls and spotted owls in fire-prone forests of the eastern Cascades. Peter has also been involved in research on carnivore movement patterns, developing analysis techniques to assess habitat connectivity, and other topics. Peter holds a PhD from the University of Washington, an M.S. from the University of Montana, and a B.S. from The Evergreen State College.
Christie currently works for Woodland Park Zoo. She holds a B.S.E. from the University of Pennsylvania, an M.S. from the University of California at Berkeley, and an M.S. from the University of Washington. She worked as an engineer for 10 years, most recently in the International Energy Studies Group at Lawrence Berkeley National Laboratory where she focused on sustainable development projects in developing countries. There she helped to develop a fuel efficient cookstove program in Darfur, Sudan, and energy efficiency and benchmarking tools for China. Research at the University of Washington entailed a shift in focus to ecology, where she studied how landscape patterns and climate change affect biodiversity. Her research focused on avian diversity as an indicator of ecosystem health in the Willamette Valley, Oregon.
John is an assistant professor at Florida International University, where he began in January 2012. He received his M.S. (2002) and Ph.D. (2006) from the University of Washington's College of Forest Resources. His postdoctoral position at the University of Washington was part of an interdisciplinary project to predict and compare how alternative policy incentives and market forces affect land-use decisions, and how resulting land-use changes affect species conservation, carbon storage, and the value of commodity production.
Carrie earned her Masters of Science from the School of Forest Resources in 2011. She focused on strategies for reserve selection to mitigate the effects of climate change on biodiversity.
Tristan graduated with an M.S. from the UW School of Forest Resources in 2011. His research focused on the ways habitat connectivity might influence how vertebrate distributions are shifted by climate change. He is currently working on his Ph.D. at the University of California, Berkeley.
Aaron graduated with an M.S. from the UW School of Forest Resources in 2011. Aaron's research focused on how changes in physical hydrological systems, depending on climate change and land-use change, affect the composition of the John Day River and how that will change the distribution of fishes. He currently works for The Nature Conservancy.
Jorge graduate with an M.S. from the UW School of Forest Resources in 2011. As a masters student, Jorge studied how landscape patterns affect amphibian distributions in an urbanizing environment. He is currently working on his Ph.D. at Arizona State University.
Betsy was a post-doctoral researcher in the lab from 2007-2009. Betsy is currently an Assistant Professor of Biology at Southern Utah University.
Evan was a post-doctoral researcher in the lab from 2007-2009. Evan is currently a scientist at The Nature Conservancy and an adjuct professor in the School of Forest Resources.
Leslie completed her M.S. in 2009 and is currently working at the Washington DC as a Presidential Management Fellow at the EPA.