Sandstone glades of the Southern Cumberland Plateau are rare and unique plant communities exhibiting some of the richest endemic floras in the eastern United States. As a part of larger conservation initiative to rehabilitate and reconnect glade patches with the surrounding forest ecosystem, USFS at William B. Bankhead National Forest conduct a pilot project on a 3-acre glade.

The Fort Sheridan Restoration Project restored 84 hectares of ravines, riparian woodlands, coastal bluff, beach, dunes, and lacustrine habitat along the coast of Lake Michigan. This project aimed to connect coastal habitats, restore native plant communities, and increase resilience along the coast. 

The Clackamas River is a tributary to the Columbia River that has been degraded by beaver removal, logging, mining, overgrazing, and urban development. This disconnected the floodplain from its river and negatively impacted fish populations. This project restored habitat to help threatened and endangered salmonids. 

Dams in the Penobscot River have prevented fish passage from the Gulf of Maine for centuries. To restore connectivity, the Penobscot River Restoration Trust built the largest nature-based fish bypass channel in the United States. This project will help restore Atlantic Salmon populations, and the cultural heritage of the Penobscot Nation.  

This project removed three aging dams and replaced a fourth on the Mill River in Taunton, Massachusetts to increase the area’s ecological and community resilience and reduce flooding. These efforts reconnected more than 48 kilometers of rivers and streams linked to Narragansett Bay. 

The U.S. Army Corps of Engineers (USACE)–Detroit District and several other partners used Great Lakes Restoration Initiative funding to reconnect 340 kilometers of the Boardman River to Grand Traverse Bay of Lake Michigan. This project involved three dam removals over six years, and improved riverine habitat for important species. 

The Lower Boulder Creek Floodplain was degraded by gravel mining. This creek’s natural stream geomorphology was restored by adding riffles, pools, and large woody debris. The creek was reconnected to its historic floodplain, creating vegetated seasonal wetlands, improving water quality, and reducing flash flood risk. 

This project restores river flow to 11.25 miles of secondary channel habitats in the lower Mississippi River through the construction of 11 notches in 8 dikes, 1 chevron, and 2 roundpoints. This project, located outside of Memphis, TN, greatly improves recreational opportunities and increases habitat availability for 3 federally listed species. 

After the 2011 Missouri river Flood event, the sponsors of Levee L-575 pursued the Nonstructural alternative (NSA) of a levee setback under the U.S. Army Corps of Engineers Disaster Operations Public Law 84-99 program. This setback relocated a segment of the levee from its current alignment to a location farther back from the banks. 

Horner Park is a 14-acre restoration area along the north branch of the Chicago River. This is a part of a larger goal to reconnect sustainable habitat along the Chicago River. Hydrogeomorphology, native plant communities, and riparian buffers were restored at this site.