A special article collection in Ecosystems & People on “Ten Years of the Program on Ecosystem Change and Society” (i.e. PECS), features two papers that I have co-authored. The first, led by Elena Bennett, indomitable NSERC ResNet PI, came out back in December: Facing the challenges of using place-based social-ecological research to support ecosystem service governance at multiple scales. This paper uses the ResNet structure of landscape case studies (including our Bay of Fundy dykelands) and integrative themes as an opportunity to explore the challenges of knowledge integration we face, and how we are trying to tackle those. The second paper was led by a close colleague since my time at ANU, Joern Fischer, and just came out this week: Using a leverage points perspective to compare social-ecological systems: a case study on rural landscapes. This one uses the leverage points framework to generalize insights across three large-scale social-ecological studies on which Joern has been a or the lead in Australia, Romania and Ethiopia. I love working with these big-thinking ecologists, especially when the modes of synthesis are as transparent and low tech as demonstrated in these papers, rather than massively complex computer models.
Tag: ecology
Jeff Duda, USGS research ecologist, has been studying the effects of dam removal in the Pacific Northwest, such as on the Elwha River. He is in New Brunswick this week to give lectures on the process of dam removal and its ecological impacts, a topic very much front-of-mind as a result of the pending Mactaquac decision. He is also on the Science Advisory Board for the Mactaquac Aquatic Ecosystem Study (MAES) being undertaken by Canadian Rivers Institute. Duda was interviewed on CBC about his planned talks on March 22 and 23. We have a long list of dam removal videos, collected by Larissa Holman for the Energy Transitions team during her summer internship with the project in 2014. Some of these were from the Elwha River, showing the dam removal, with time-series photography, changing sediments in former lakebeds, salmon coming immediately back, and the impact on sandbars at the river’s mouth.