Journal
FRONTIERS IN ECOLOGY AND THE ENVIRONMENT
Volume 10, Issue 4, Pages 210-216Publisher
WILEY
DOI: 10.1890/110031
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Funding
- US Forest Service Center
- NASA [CARBON/04-0225-0191, CARBON/04-0120-0011]
- Minnesota Agricultural Experiment Station
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As natural resource management and conservation goals expand and evolve, practitioners and policy makers are increasingly seeking options that optimize benefits among multiple, often contradictory objectives. Here, we describe a simple approach for quantifying the consequences of alternative management options in terms of benefits and trade-offs among multiple objectives. We examine two long-term forest management experiments that span several decades of stand (forest tree community) development and identify substantial trade-offs among carbon cycling and ecological complexity objectives. In addition to providing improved understanding of the long-term consequences of various management options, the results of these experiments show that positive benefits resulting from some management options are often associated with large trade-offs among individual objectives. The approach to understanding benefits and trade-offs presented here provides a simple yet flexible framework for quantitatively assessing the consequences of different management options.
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