City of Arlington constructed a 21-acre stormwater wetland park to treat stormwater from Old Town Arlington, clean backwash water from the City’s water treatment plant, and reclaim water from the City’s Water Reclamation Facility before infiltrating or discharging into the Stillaguamish River.

In 2015, the Jennings County Soil and Water Conservation District launched the "Share Some Space" program to address the declining pollinator population by creating new habitats across the county. Over four and a half years, the district collaborated with local, state, and national partners to educate the public about the importance of pollinators.

The Harbor Brook CSO 018 Constructed Wetlands Pilot Project serves the dual purposes of treating overflows from CSO 018, currently discharged into Harbor Brook, while also acting as a demonstration project to test the effectiveness of three types of constructed wetland treatment systems (floating wetland island, vertical down flow, and surface water treatment wetlands).

Clayton County Water Authority (CCWA) has converted from spray irrigation-land application to constructed wetlands to treat municipality wastewater for Clayton County, Georgia. Constructed wetlands lower construction costs from $10 a gallon under the conventional methods to $4.73 a gallon. They also reduce land use by 75%, save energy, and reduce equipment, materials, and maintenance cost.

Since 2009, the Grand Teton National Park (GTNP) has been working to restore 4,500 acres of converted hay fields to their natural sagebrush conditions—conducting controlled experiments, initial restoration, and an adaptive management approach to achieve long-term, high quality ecological restoration goals.

Greater sage-grouse (Centrocercus urophasianus) populations are declining in Utah and other western states due to the degradation of their seasonal habitats from the encroachment of pinyon-juniper trees. This project evaluated the ecological viability of using "lop and scatter" methods to mechanically remove encroaching PJ trees to manage sage-grouse winter habitat at a study site in Ashley National Forest.

The BLM led the restoration of sagebrush steppe and riparian plant communities on 75,000 acres of Eastern Oregon rangeland. Treatment focuses on removing western juniper, a desert conifer species that is spreading across the landscape and outcompeting other desert plants. Restoration efforts used a sequential, three-step approach: juniper cutting, controlled burns, and in some cases, aerial reseeding.

This project was initiated by BC Wildlife Services (BCWS) in 2019 to evaluate the degree to which fuel treatments have been effective in changing wildfire behavior. Two fuel treatments were studies: 1) manual treatment of older stands involving stand thinning, debris disposal + pruning, and 2) broadcast burning after timber harvesting.

This project explored the potential of using Wildfire Risk Reduction Buffers (WRRBs) between the urban area and the wildlands for fire risk reduction. The team selected Paradise, CA as its prioritization site due to its fire risk, opportunity, and recreation value. They created five buffers totaling 34,553 acres and conduct habitat-sensitive fuel reduction and open space management.

The San Clemente Dam on the Carmel River was no longer useful due to sedimentation of the reservoir, and was declared a public safety hazard in the 1990s. This project removed the dam and restored the Carmel River’s floodplain and habitat. This improved habitat and connectivity for wildlife, including the threatened steelhead.