Hi all,
We are compiling a special issue of the Journal of Great Lakes Research focusing on Coastal Processes in the Great Lakes. The submission window is now live, active through March 2024, and we are happy to provide feedback on any article ideas that you might have.
Best regards,
Cary Troy
Editors:
Guy Meadows, Michigan Technological University,
gmea...@mtu.eduEthan Theuerkauf, Michigan State University,
theu...@msu.eduCary Troy, Purdue University,
tr...@purdue.eduChin Wu, University of Wisconsin-Madison,
chi...@wisc.eduPengfei Xue, Michigan Technological University,
pe...@mtu.edu
Special issue: Great Lakes Coastal Processes
In recent years, record-breaking water levels have led to widespread coastal changes throughout the
Laurentian Great Lakes, and in particular, along the sandy shorelines and the cohesive bluffs. The
combination of extreme high water levels and more frequent and intense storms not only brought about
changes to our nearshore but also stimulated coastal research. Recently completed research has not only
characterized and quantified these changes but led to new insights associated with Great Lakes coastal
processes, which are historically under-studied. This research has shed light on both the similarities as
well as the differences between coastal processes in enclosed basins vs. open ocean coasts. These efforts
have been funded by a wide array of programs, including the Great Lakes Sea Grant Programs, NSF,
USACE, GLRI and various Coastal Zone and state programs. Understanding the current conditions, trends,
and emerging threats to the Great Lakes from local to basinwide scales will improve management of the
coastal systems now and into the future. This issue will feature a wide range of research, exploring
current and future conditions along our Great Lakes coasts. Further, this issue will include results from
the 2019–2023 comprehensive research effort focused on Lake Michigan funded by the combined Sea
Grant Programs of Wisconsin, Michigan, and Illinois–Indiana. The sum total of all local and basinwide
research projects will be effectively showcased in a special JGLR issue.