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Species are adapted to particular environmental conditions, but are threatened as climate change shifts habitat conditions. One way species can respond is by moving to new suitable locations, known as climate-driven range shifts. But some species can move more easily and/or more quickly than others, and some landscapes are more difficult to cross. In the upper Midwest, the movement potential of many species is reduced by broad expanses of row-crop agriculture, roads and other types of development that fragment the remaining habitat. It is important to sustain and improve connectivity across landscapes so they can continue to support biodiversity and ecosystem services like water filtration, carbon storage, pollinator...
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In Hawaiʻi, a large percentage of historically forested areas have been lost, driven in part by changes in land use, such as the conversion of forests into pastures for livestock. This transformation has not only resulted in widespread loss of native biodiversity and important ecosystem functions but has also increased the risk of fire on the landscape. Though targeted restoration efforts have the potential to increase the abundance of native forests and to return important functions, a few key obstacles remain. First, existing restoration knowledge is often experiential and thus inaccessible. Second, restoration efforts face the challenges of a changing climate that is increasing temperatures and the occurrence...


    map background search result map search result map Climate Smart Restoration: Establishing Baselines and Developing Adaptive Management Approaches Prioritizing Sites for Habitat Restoration to Enhance Connectivity in the Upper Midwest Climate Smart Restoration: Establishing Baselines and Developing Adaptive Management Approaches Prioritizing Sites for Habitat Restoration to Enhance Connectivity in the Upper Midwest