image showing results of Phragmites removal treatment

An interactive, online quick-reference model for adaptive management and restoration of coastal wetlands

With the spread of invasive Phragmites in the Great Lakes basin, scientists and managers in the region are working together to understand the factors that contribute to the spread of this noxious reed and to identify the best strategies to control it. Phragmites has become established over large areas of shoreline, river banks, embayments, and…

Seminar at Texas A&M: Sustainability Science and the Great Lakes Social-Ecological Gradient

In late February I visited my friend and colleague Jason Martina at Texas A&M University in College Station, Texas. For several years, Jason and I have been collaborating on augmenting and applying the Mondrian model of wetland community-ecosystem processes. For research funded under a current NASA grant, We are working together to add denitrification and…

Restoring Native Ecosystems Conference

Panel discussion on wetland management: Stewardship Network Conference

Laura Bourgeau-Chavez (Michigan Tech Research Institute), Phyllis Higman (Michigan Natural Features Inventory), and Bill Currie gave a presentation and panel discussion at “The Science, Practice & Art of Restoring Native Ecosystems 2018” conference organized by The Stewardship Network in East Lansing, MI, January 12-13, 2018. We gave a tag-team presentation titled “Sharing insights on invasive…

Cheboygan marsh, Michigan

Modeling: Wetland carbon storage arising from hydroperiod, N inflow, and plant community

Gaining a better understanding of carbon (C) dynamics across the terrestrial and aquatic landscape has become a major research initiative in ecosystem ecology. Wetlands store a large portion of the global soil C, but are also highly dynamic ecosystems in terms of hydrology and N cycling, and are one of the most invaded habitats worldwide.…

map of forest cover

Could climate models include human adaptation in vegetation management?

This work represents an interdisciplinary collaboration among Paige Fischer (project leader), with training in sociology and human geography; Seth Guikema, an engineer with expertise in climate-driven hazards and human decision-making regarding risk; Gretchen Keppel-Aleks, a climate scientist at UM Climate and Space Sciences and Engineering, who focuses on modeling climate impacts on vegetation including forests…