Global Sensitivity and Uncertainty Analysis in the Evaluation of Social-Ecological Resilience: Theoretical Debates Over Infrastructure Impacts on Livelihoods and Forest Change
Stephen Perz, University of Florida
Scientists will use a systems approach that features resilience as a concept to bring together economic, ecological and social science perspectives to better understand infrastructure impacts. They will study the Southwestern Amazon, a region with high biodiversity and in which highway-paving is underway.
A Global Sustainable Soundscape Network
Bryan Pijanowski, Purdue University
Scientists will organize a research coordination network on "soundscapes" to facilitate interaction among ecologists, cognitive psychologists and scholars in the humanities, as well as those from other fields, to explore perspectives on human and natural system interactions. Soundscapes, the cacophony of sounds in the environment, play important roles in ecosystems.
Diversification, Portfolio Effects, and the Sustainability of Fishing Communities
Daniel Schindler, University of Washington
Researchers will investigate how the biocomplexity of fisheries ecosystems translates into social and economic attributes in the human communities that exploit these ecosystems. The scientistsn will examine salmon ecosystems and the social and economic benefits to people who rely on salmon for their livelihoods in Western Alaska.
Long-Term Vulnerability and Resilience of Coupled Human-Natural Ecosystems to Fire Regime and Climate Changes at an Ancient Wildland Urban Interface
Thomas Swetnam, University
|Contact: Cheryl Dybas|
National Science Foundation