Abstract The Great Lakes of North America are the largest unfrozen surface freshwater
system in the world and many ecosystems, industries, and coastal processes are sensitive to …

The recent record-breaking Laurentian Great Lakes water levels have led to severe erosion
along many shorelines, but quantification of this erosion has not yet been widely reported. In …

Lake water level is an essential indicator of environmental changes caused by natural and
human factors. The water level of Poyang Lake, the largest freshwater lake in China, has …

Lake Michigan rose to record high water levels in the 2010s; during this time, some coastal
sites experienced habitat loss rates an order of magnitude higher than during previous high …

Abstract A new reduced-complexity, 1-D shoreline model has been developed, calibrated,
and tested with a set of shoreline positions detected from high-resolution satellite images …

This paper reports on a high-resolution, regional sand assessment of the Chicago littoral
zone, undertaken within∼ 3 km from shore, to facilitate an improved process-based …

High water levels in the Laurentian Great Lakes are causing widespread erosion of
unlithified coastal bluffs and damaging infrastructure. Measurements of bluff recession along …

Abstract Effects of lake level fluctuations on coastal bluff erosion in the Great Lakes are
pervasive and of significant concern to policy-makers and property owners. Previous studies …

Coastal storms are an important driver of geomorphic change along Great Lakes shorelines.
While there is abundant anecdotal evidence for storm impacts in the region, only a handful …

Discharge of groundwater‐derived pollutants to inland and marine coastal waters is
influenced by the transport and reactive processes occurring in nearshore aquifers. The …