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Purpose Sustainability performance in higher education is often evaluated at a generalized large scale. It remains unknown to what extent campus efforts address regional sustainability needs. This study begins to address this gap by evaluating trends in performance through the lens of regional environmental characteristics. Design/methodology/approach Four sustainability metrics across 300 North American institutions are analyzed between 2005 and 2014. The study applies two established regional frameworks to group and assess the institutions: Commission on Environmental Cooperation Ecoregions and WaterStat (water scarcity status). Standard t-tests were used to assess significant differences between the groupings of institutions as compared to the North American study population as a whole. Findings Results indicate that all institutions perform statistically uniformly for most variables when grouped at the broadest (Level I) ecoregional scale. One exception is the Marine West Coast Forest ecoregion where institutions outperformed the North American average for several variables. Only when institutions are grouped at a smaller scale of (Level III) ecoregions do the majority of significant performance patterns emerge. Research limitations/implications This paper demonstrates an ecoregions-based analytical approach to evaluating sustainability performance that contrasts with common evaluation methods in the implementation field. This research also identifies a gap in the literature explicitly linking ecological sub-regions with their associated environmental challenges and identifies next research steps in developing defensible regional targets for applied sustainability efforts. Practical implications The practical implications of this research include the following: substantive changes to methodologies for rating sustainability leadership and performance, a framework that incentivizes institutions to frame sustainability efforts in terms of collaborative or collective impact, a framework within which institutions can meaningfully prioritize efforts, and a potential shift toward regional impact metrics rather than those focused solely on campus-based or generalized targets. Originality/value The authors believe this to be the first effort to analyze North American higher education sustainability performance using regional frameworks.

Given the slow policy response by governments, climate leadership by other institutions has become an essential part of maintaining policy momentum, driving innovation, and fostering social dialogue. Despite growth in carbon pricing in government and the private sector, our review suggests low, but growing, adoption of internal carbon prices (ICPs) by higher education institutions (HEIs), who may be uniquely suited to implement and refine these tools. We analyze the range of ICP tools in use by eleven U.S. HEIs and discuss tradeoffs. Our analysis identifies several reasons why proxy carbon prices may be especially well-suited to decisions (especially at the system-scale) around carbon neutrality at a wide range of institutions. Using a unique dataset covering 10 years of real-world analysis with a proxy carbon price, we analyze the interaction of ICPs with life cycle cost analysis to start to identify when and how internal carbon pricing will be most likely to shift decisions. We discuss how schools and other institutions can collaborate and experiment with these tools to help drive good climate decision-making and inform climate policy at larger scales.

Sustainability programs at universities follow surprisingly parallel development tracks, even though each institution offers its own unique set of challenges, goals, obstacles, funding sources, and...

The central tenet of island biogeography theory—that species assemblages on islands are functions of island area, isolation from mainlands, and vicariance—has been altered by the demonstrable effects that rapid climate change is imposing on insular faunas, at least in isolated mountaintops. Although populations of American pikas (Ochotona princeps) continue to suffer extirpations, and although the lower bounds of the pika's elevational distribution are shifting upslope across the Great Basin, we report here on the new discovery of a low-elevation population of pikas in a mountain range from which they had not been reported previously. This discovery, particularly in the context of rel- atively rapid ecological change, highlights the importance of seeking out original sources of information and performing spatially extensive fieldwork. Results presented here further illustrate that although thermal influences appear to be the single strongest determinant of pika distribution currently, such influences interact with a number of other factors to determine persistence.