Proposal for Increasing Consistency When Incorporating Ecosystem Services into Decision Making
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In October 2015, the U.S. Executive Offices of the President—the Office of Management and Budget, the Council on Environmental Quality, and the Office of Science and Technology Policy—released a memo, “Incorporating Ecosystem Services into Federal Decision Making,” that directed federal agencies to develop work plans and implementation guidance by the end of 2016. But many practical questions remain about how ecosystem services can most effectively be used in decision making. This policy brief explores how to achieve consistency in the use of ecosystem services, primarily in terms of which ecosystem services are selected for assessment and how they are quantified. An initial idea for promoting consistency might be to require all decision makers to consider a common set of ecosystem services, each with a pre-defined metric. Although this strategy might seem logical, it may not provide relevant or useful information for decision makers because even fairly constrained categories of these services—say those for maintaining air and water quality, managing water quantity, and reducing risks from fire, storms, and droughts—when further refined break up into many more services that are defined by who is affected and how they are affected. For example, a water quality management issue results in a change in water quality for downstream stakeholders—which can alter services such as municipal water supplies, irrigation, fishing, swimming, and so on. Each of these services involves different stakeholder populations or beneficiaries. Moreover, each of these services might be more or less relevant in different contexts or regions. The ecosystem services that should be considered in a particular decision depend on the ecosystem type, the attributes and qualities of that ecosystem, the ways in which surrounding human communities use or appreciate the ecosystem, vulnerabilities and characteristics of those communities, and the preferences and values of human beneficiaries in different areas and policy contexts. They also depend on the temporal and spatial scale of the project, plan, program, or policy under consideration. Consequently, achieving consistency in the selection of ecosystem services to be considered is a complex task, as is achieving consistency in quantification of those services across decision contexts.
Olander, Lydia, Dean Urban, Robert Johnston, George Van Houtven and James Kagan (2016). Proposal for Increasing Consistency When Incorporating Ecosystem Services into Decision Making. Retrieved from https://hdl.handle.net/10161/27126.
Lydia Olander directs the Ecosystem Services Program at the Nicholas Institute for Environmental Policy Solutions at Duke University. She leads the National Ecosystem Services Partnership, supporting efforts to integrate ecosystem services into decision making, studies environmental markets and mitigation, and sustainable infrastructure, and is working to expand engaged interdisciplinary sustainability science in academia. She directs a new Environment Impact Fellows leadership training program for doctoral students at Duke. She also serves on the U.S. Army Corps of Engineers Environmental Advisory Board and the secretariat of The Bridge Collaborative. She has published in a wide range of professional journals including Integrated Environmental Assessment and Management, Ecosystems, Biogeochemistry, Soil Biology and Biochemistry, Forest Ecology and Management, Earth Interactions, Environmental Research Letters, Global Environmental Politics, Environmental Management, The Environmental Law Reporter, Current Opinion in Environmental Sustainability, Advances in Agronomy, Global Change Biology, Frontiers in Ecology and the Environment, Ecosystem Services, Ecological Indicators, Nature Sustainability, and BioScience.
Prior to joining the Nicholas Institute, she spent a year as an AAAS Congressional Science and Technology Fellow working with Senator Joseph Lieberman on environmental and energy issues. Before that she was a researcher with the Carnegie Institution of Washington’s Department of Global Ecology, where she studied the biogeochemical impacts of logging in the Brazilian Amazon and utilized remote sensing to extrapolate regional impacts. She received her PhD from Stanford University, where she studied nutrient cycling in tropical forests, and earned a master’s degree in forest science from Yale University.
My interest in landscape ecology focuses on the agents and implications of pattern in forested landscapes. Increasingly, my research is in what has been termed "theoretical applied ecology," developing new analytic approaches to applications of immediate practical concern such as conservation planning. A hallmark of my Lab is the integration of field studies, spatial analysis, and simulation modeling in extrapolating our fine-scale empirical understanding of environmental issues to the larger space and time scales of management and policy.
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