Each month a different resource or tool that can assess shoreline changes, provide education on resilient practices, or support planning and policy development for coastal communities is highlighted on this page.
This publication discusses topics including visible indicators of erosion and slope instability, management of surface water and groundwater, evidence of soil creep, improving slope stability, and determining a safe setback distance to help users make informed coastal management decisions. The publication also has a list of references to additional information about each topic.
This interactive map has been updated to be both a qualitative and quantitative inventory of shoreline conditions on Wisconsin’s Great Lakes coasts. Watch our tutorial to learn how to navigate the map and use the photos, shoreline condition inventories, and recession information to identify and prioritize areas for coastal management.
Adapting to a Changing Coast for Property Owners is a booklet that provides property owners with options and resources for responding to the changing bluff and beaches of Lake Michigan. This document presents options, rather than prescriptions, that property owners in Southeast Wisconsin could consider to address coastal hazards.
The Lake Level Viewer is a web-based, interactive map used to help users visualize potential Great Lakes water level changes and impacts. The map allows users to pinpoint areas of concern for flooding and heavy erosion in addition to showing potential flooding projected pictures of local landmarks to help officials, and citizens, determine where their community is most vulnerable.
Naturally Resilient Communities is an online guide about nature-based solutions to various coastal hazards. This guide generates a suite of nature-based infrastructure approaches that are specific to the user’s environment and type of issue trying to be addressed such as stormwater flooding or erosion control.
Vegetative Best Management Practices: A Manual for Pennsylvania/Lake Erie Bluff Landowners is a handbook that provides technical assistance to Lake Erie property owners affected by shoreline erosion and bluff recession. The manual provides recommendations about using vegetation to stabilize coastal bluffs and counteract erosive forces.
Working with Engineers and Contractors on Shore Protection Projects is a four page document that highlights the benefits of using an engineering professional or contractor and provides recommendations for finding/choosing a qualified engineering professional or contractor that will fit the needs of the project.
This 50-page booklet provides a brief description of the Great Lakes’ coastal environment as well as recommendations regarding bluff stabilization, controlling surface waters and groundwater, and building sustainable shoreline protection structures. Considerations are included to help engage professionals in implementing long-term stabilization solutions.
Published monthly as a public service, this bulletin shows recorded Great Lakes lakes levels from previous and current years, a projection for the next six months, and average and extreme lake levels from 1918 to 2017. In addition to the online figures, the full monthly bulletin, available as a .pdf, provides an explanation of the Great Lakes Basin hydrology for that month.
The Great Lake Coastal Forecasting System (GLCFS) is a set of online models that predict Great Lakes surface water conditions. 2-D and 3-D web-based maps of lake currents, temperature, wind, waves, ice, and more are available to help users better understand the effects of these conditions on Great Lakes coasts. Users can see current and future surface water conditions on each Great Lake by using the Nowcast and Forecast models.
The Shoreline Inventory and Oblique Photo Viewer is a web-based, interactive map of Wisconsin coastal data that enables users to visualize the temporal changes to Wisconsin’s shorelines. This map is a qualitative inventory of shoreline conditions. Users can click anywhere on the shoreline to learn more about its classification.