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tional, landscape, etc) may be a key component of <br />these actions. <br />Actions in this category include all interventions <br />in habitats, ecosystems and species populations to <br />enhance the ability of these targets to accommodate <br />anticipated future climate change impacts. Exam- <br />ples include translocation of species to new loca- <br />tions, barrier island expansion, facilitating marsh <br />migration, and planting species that are thought to <br />be more resilient to anticipated climate changes in <br />a particular location. Implementation of proactive <br />actions may carry a higher degree of uncertainty in <br />terms of meeting the objectives because they may be <br />designed to address a specific climatic change (Lawl- <br />er et al. 2010). Therefore, proactive actions may best <br />be implemented cautiously and refined continuously. <br />While many of these actions are not novel, the <br />way in which they are planned and implemented <br />is novel and reflects the explicit incorporation of <br />information on climate change impacts to species <br />and ecosystems. A conservation project that is <br />not explicitly planned and implemented through a <br />climate change lens, using a process similar to the <br />planning process described above, cannot be consid- <br />ered a climate change adaptation action. Traditional <br />static views of biodiversity will need to be revised to <br />incorporate our understanding of the dynamic and <br />changing landscapes and climates and the process <br />of setting management goals and objectives can no <br />longer be based on meeting historical target condi- <br />tions. Setting strategic priorities for implementation <br />of adaptation actions will be necessary to deal with <br />the pace and magnitude of climate change as well <br />as limited conservation funding and agency natural <br />resource management budgets. <br />Photo: U.S. Global Change Research Program, 2009 <br />