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Dr. Robert Scheller

Associate Professor, Environmental Sciences and Management

Biography
Dr. Scheller grew up in Minnesota and received his B.S. in Biology from the University of Minnesota and Masters and Doctoral degrees in Forest Ecology from the University of Wisconsin.  He is an Associate Professor at Portland State University and the Director of the Dynamic Ecosystems and Landscapes Lab.  His research focuses on forest landscape change:  how forests have changed, how they will change, and why it matters.  Specifically, his research examines how forest management and natural disturbances generate or reduce resilience, specifically in regards to climate change.  Resilience can be expressed in many ways; Robert focuses on biological resilience (plant and animal abundance on the landscape), functional resilience (carbon dynamics, ecosystem processes, and broad-scale disturbance regimes) and spatial resilience (the spatial distribution of biological and functional components).   His research employs environmental modeling, remote sensing, multivariate and spatial statistics, coupled with field data collection and interpretation.  He has published more than 50 manuscripts and book chapters and has received funding from NSF, USDA, USFS, USGS, BLM, EPA and others.  He is a Board member of the Gifford Pinchot Task Force, a Portland-based non-profit that advocates for holistic landscape management.  Outside of his academic endeavors, he enjoys the natural wonders of the Pacific Northwest and the cultural wonders of Portland.   

E-mail: rmschell [at] pdx.edu

Projects:  ALL

Publications:

Google List of Publications and Citation Statistics

Researcher ID: Publication List and Citation Statistics

Recent Essays:

Challenges to Forest Landscape Modeling Under Climate Change: Introduction
Challenges to Forest Landscape Modeling Under Climate Change: What Are Our Objectives?
Challenges to Forest Landscape Modeling Under Climate Change: Model Formulation
Challenges to Forest Landscape Modeling Under Climate Change: Model Parameterization and Validation
Challenges to Forest Landscape Modeling Under Climate Change: Model Interpretation
Challenges to Forest Landscape Modeling Under Climate Change: The Road Forward: Goals
Challenges to Forest Landscape Modeling Under Climate Change: The Road Forward: Avoiding Roadblocks (Conclusion)
Open-Source Science Opens Doors
Using Uncertainty to Improve Natural Resource Management

My CV is provided below.

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Robert Scheller,
Aug 4, 2014, 2:35 PM