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After five years of work, Jefferson Land Trust’s Conservation Plan, a long-range, hundred-year vision of county growth and resource stewardship, was completed in 2010. JLT’s projects highlight how strategic planning can effectively align complementary management objectives such as stewarding sustainable working lands, conserving habitat, providing recreation, and enhancing overall resilience of ecosystems.
The Lake Pontchartrain Basin Foundation (LPBF) works to restore and preserve natural resources within the watershed. Restoration projects combined with community education and outreach to improve land management practices have yielded measurable water quality improvements. By increasing protection of natural features such as marshes, barrier islands, and ridges, conservation efforts help protect surrounding communities – both ecological and socio-economic – from the impacts of increasingly stronger hurricanes and sea level rise.
At Nebraska Land Trust flexible easements further long-term management objectives. As climate conditions present new management threats, it is important that conservation easements allow for the flexibility to mitigate and adapt to these impacts.
Blackwater 2100 is a collaborative strategic conservation plan that aims to address salt marsh loss and migration in Maryland’s Chesapeake Bay.
In New York, Scenic Hudson is conserving land in 82 communities in ten counties along the Hudson River to buffer against future sea level rise impacts. By targeting key properties for acquisition efforts, this land trust is working to ensure that natural processes such as marsh migration can continue to provide valuable ecological services as well as mitigate the effects of rising waters throughout the estuary.
The South Kingstown Land Trust (SKLT)’s vulnerability assessment and resulting conservation planning efforts identify organizational goals, natural resource assets, and management priorities. This iterative adaptive management approach enables the land trust to focus stewardship activities on critical ecosystems while allowing the flexibility to acknowledge uncertainties and revisit results. By integrating climate change adaptation considerations into conservation planning, SKLT is able to address changing environmental conditions using an informed and methodical approach, and to plan future acquisitions and restoration projects based on their stewardship objectives.
The Southwest Michigan Land Conservancy (SWMLC) focuses land management and acquisition efforts on maintaining and improving natural communities. When working to support ecological health, climate change is an import, but at times divisive concern. By focusing on resiliency, SWMLC is able to concentrate management planning discussions and implementation projects on ways to ensure that habitats are able to persist through constantly changing conditions.
The ESF has been responding to potential climate change impacts by working cooperatively to study and address salt marsh loss. In addition to working with agencies and regional research facilities, ESF conservation projects such as constructing water control structures to adapt to rising sea levels and acquisition and management efforts to “clear the floodplain” address climate change challenges by allowing for migration of tidal marshes and building ecological resilience.
Sea level rise amplifies hazards such as coastal erosion, inundation due to storm surge, extreme tides, and tsunami, and is projected to lead to more frequent and increasingly severe flooding. To respond to these threats conservation efforts on the 277-acre Waihe’e Coastal Dunes and Wetlands Refuge aim to mitigate impacts of sea level rise, promote habitat restoration, and support food security and community sustainability.
The Vermont Land Trust executed a targeted 163 acre land acquisition to help struggling black bears move between the Green Mountain and Taconic ranges. Working to connect these vast open spaces in Vermont and New York enhances the ability of bears to move from their home ranges to feeding habitat, and increases connectivity for a variety of wildlife.