The Matrix was designed to help communities identify the current “value” of their navigational and port infrastructure, allowing them to extrapolate the potential costs for maintaining these resources in the[…]
The Great Lakes sensitivity to climate variation is like the “bird in the coal mine;” serving as an early indicator of potential environmental, social and economic issues that will become[…]
Final Report on a three-year effort by Sea Grant and NOAA partners to begin to address climate impacts to ports, harbors and stormwater management facilities in the Great Lakes region.[…]
Article by Dale Bergeron (MN Sea Grant) and Gene Clark (WI Sea Grant) which appeared from Great Lakes Seaway Review, July-September 2010. Port Asset Values & Economic Impacts
This project utilized geographic information systems (GIS) and 3D visualization software to synthesize the most recent topographic and bathymetric (topo/bathy) data available and visualize the potential impacts of increased variability[…]
This project utilized more recent GIS software, updated climate modeling, and new topographic/bathymetric data to visualize the potential impacts of increased variability of Great Lakes water levels on sections of[…]
Final Report for the NOAA (SARP) Project: Coastal Resource Management/Water Resources Management. An overview and results of the climate impacts on sediment models for the Maumee River. Climate Change Impact[…]
The Green Bay Working Group is identifying the stressors and vulnerabilities on the Green Bay ecosystem and how climate change may affect those vulnerabilities.
Few local officials and public servants in Great Lakes coastal communities fully appreciate the potential consequences changing lake levels, flood patterns, and storm events that may result from a changing[…]
From warming trout streams to decreasing ice cover, lower lake levels to extreme heat, Climate Wisconsin videos tell stories from a rapidly changing state. These stories are produced to support[…]
