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Notre Dame researchers describe new tool for evaluating 'managed relocations'
May 27, 2009Three University of Notre Dame researchers are among the authors of a new paper that describes a ground-breaking tool designed to help policy makers determine when and how to use an environmental strategy known as "managed relocation."
Jessica Hellmann and Jason McLachlan, assistant professors of biology, and Alejandro Camacho, associate professor of law, are part of a multi-disciplinary working group that produced the paper, which appears in this week's edition of the Proceedings of the National Academy of Sciences. David Richardson of Stellenbosch University in South Africa led the writing of the paper. Hellmann and McLachlan co-led the working group, which is funded by the National Science Foundation and the private Cedar Tree Foundation, and they will host the final group meeting at Notre Dame in August.
Managed relocation, also known as "assisted migration," has emerged as a possible means of preserving species endangered by rapid climate change and other environmental threats. The concept involves picking a species up and moving it potentially hundreds of miles to a place thought to be more accommodating, but which is outside of the species' native range.
The strategy has been a source of strong feelings and controversy among conservation biologists. Some scientists and policy experts fear that the relocated species could harm their new habitats, cause extinctions of local species, or create further environmental problems, as has been the case with invasive species.
These concerns are shared by members of the working group. However, they contend that the rapid pace of climate change makes it critical that scientists and policy makers begin to assess such actions now. This urgency does not mean that they advocate acting precipitously, however, and the authors have developed this tool to make informed decisions with areas of uncertainty clearly delineated.
The tool uses multi-disciplinary criteria for to score a proposed relocation. The criteria include possibility of success of the proposed relocation, its potential for harming the new ecosystem, existing and potential regulatory context for translocation, and the social and cultural importance of the impacted species.
Hellmann, McLachlan and Camacho point out that the tool does not, by itself, produce management recommendations. They note that even within the working group, disagreements still arise over the ethics and efficacy of the managed relocation strategy.
Rather, the tool can help stakeholders in the process identify the sources of their disagreements so that these may be discussed and evaluated, leading to a more thoroughly vetted decision to implement, or reject, such an adaptation strategy.
The working group notes that managed relocation is only one strategy under consideration for addressing climate change. Others include fertilizing the oceans to increase their absorption of greenhouse gases and preserving the genetic diversity of threatened species in seed banks. Their hope is the tool will provide a useful analysis of all such proposed approaches.
They also feel that it will prove useful in considering environmental strategies not directly related to endangered species, such as the suggestion that foresters plant certain species of tress beyond their northern range boundaries for timber harvest or the desire by some stakeholders to relocate aesthetically or culturally valued species outside their historic range. Such activities may take place as humans grapple with how natural resources should be managed as the climate changes.
Hellmann, who joined the Notre Dame faculty in 2003, is studying the ways in which local and regional climatic effects are altering population dynamics. She uses insects and plants in grassland ecosystems to understand the effects of climate on nature.
McLachlan, a Notre Dame faculty member since 2006, uses the lessons of past environmental change to understand how climate change, habitat fragmentation and the arrival of new species and diseases affect forests and other plant communities.
A member of the Notre Dame faculty since 2005, Camacho specializes in the study of regulatory innovation in environmental and land use la,w including the adaptation of regulatory institutions in response to climate change.
University of Notre Dame
The strategy has been a source of strong feelings and controversy among conservation biologists. Some scientists and policy experts fear that the relocated species could harm their new habitats, cause extinctions of local species, or create further environmental problems, as has been the case with invasive species.
These concerns are shared by members of the working group. However, they contend that the rapid pace of climate change makes it critical that scientists and policy makers begin to assess such actions now. This urgency does not mean that they advocate acting precipitously, however, and the authors have developed this tool to make informed decisions with areas of uncertainty clearly delineated.
The tool uses multi-disciplinary criteria for to score a proposed relocation. The criteria include possibility of success of the proposed relocation, its potential for harming the new ecosystem, existing and potential regulatory context for translocation, and the social and cultural importance of the impacted species.
Hellmann, McLachlan and Camacho point out that the tool does not, by itself, produce management recommendations. They note that even within the working group, disagreements still arise over the ethics and efficacy of the managed relocation strategy.
Rather, the tool can help stakeholders in the process identify the sources of their disagreements so that these may be discussed and evaluated, leading to a more thoroughly vetted decision to implement, or reject, such an adaptation strategy.
The working group notes that managed relocation is only one strategy under consideration for addressing climate change. Others include fertilizing the oceans to increase their absorption of greenhouse gases and preserving the genetic diversity of threatened species in seed banks. Their hope is the tool will provide a useful analysis of all such proposed approaches.
They also feel that it will prove useful in considering environmental strategies not directly related to endangered species, such as the suggestion that foresters plant certain species of tress beyond their northern range boundaries for timber harvest or the desire by some stakeholders to relocate aesthetically or culturally valued species outside their historic range. Such activities may take place as humans grapple with how natural resources should be managed as the climate changes.
Hellmann, who joined the Notre Dame faculty in 2003, is studying the ways in which local and regional climatic effects are altering population dynamics. She uses insects and plants in grassland ecosystems to understand the effects of climate on nature.
McLachlan, a Notre Dame faculty member since 2006, uses the lessons of past environmental change to understand how climate change, habitat fragmentation and the arrival of new species and diseases affect forests and other plant communities.
A member of the Notre Dame faculty since 2005, Camacho specializes in the study of regulatory innovation in environmental and land use la,w including the adaptation of regulatory institutions in response to climate change.
University of Notre Dame
Climate Change Current Events and Climate Change News RSSResearchers Hail Innovative Plan to Save Rainforest, Reduce Greenhouse Gas Emissions
An innovative proposal by the Ecuadorian government to protect an untouched, oil rich region of Amazon rainforest is a precedent-setting and potentially economically viable approach, says a team of environmental researchers from the University of Maryland, the World Resources Institute and Save America's Forests.
Paleoecologists offer new insight into how climate change will affect organisms
An article in the Proceedings of the National Academy of Science written by a team of ecologists, including Robert Booth, assistant professor of earth and environmental science at Lehigh University, examines some of the potential problems with current prediction methods and calls for the use of a range of approaches when predicting the impact of climate change on organisms.
Report on US-China collaboration on carbon capture and sequestration
Lawrence Livermore National Laboratory's Julio Friedmann, in collaboration with the Center for American Progress, the Asia Society Center and with partner Monitor Group, today released the report, "A Roadmap for U.S.-China Collaboration on Carbon Capture and Sequestration."
Study gives clearer picture of how land-use changes affect U.S. climate
Researchers say regional surface temperatures can be affected by land use, suggesting that local and regional strategies, such as creating green spaces and buffer zones in and around urban areas, could be a tool in addressing climate change.
Calm before the spawn: Climate change and coral spawning
What's the point of setting up marine reserves to protect coral reefs from pollution, ship groundings and overfishing if climate change could cause far more damage? A study published this week in London in Proceedings of the Royal Society B provides the answer.
Iron controls patterns of nitrogen fixation in the Atlantic
Scientists including researchers from the National Oceanography Centre, Southampton and the University of Essex have discovered that interactions between iron supply, transported through the atmosphere from deserts, and large-scale oceanic circulation control the availability of a crucial nutrient, nitrogen, in the Atlantic.
Climate variability impacts the deep sea
Deep-sea ecosystems occupying 60% of the Earth's surface could be vulnerable to the effects of global warming warn scientists writing in the Proceedings of the National Academy of Sciences.
North Atlantic Fish Populations Shifting as Ocean Temperatures Warm
About half of 36 fish stocks in the Northwest Atlantic Ocean, many of them commercially valuable species, have been shifting northward over the last four decades, with some stocks nearly disappearing from U.S. waters as they move farther offshore, according to a new study by NOAA researchers.
Robot fish could monitor water quality
Nature inspires technology for an engineer and an ecologist teamed up at Michigan State University. They're developing robots that use advanced materials to swim like fish to probe underwater environments.
Soil moisture and ocean salinity satellite ready for launch
A new European Earth observation satellite will be launched in the early hours of Monday morning (2 November 2009) from the Plesetsk Cosmodrome in northern Russia.
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