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Time to fix the biodiversity leak

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Abstract

As momentum builds behind hugely ambitious initiatives like the Global Biodiversity Framework (GBF) 30 x 30 target and the European Union’s (EU’s) Biodiversity 5 and Forestry Strategies, there is a danger that hard-won local conservation gains will be dissipated through leakage, the displacement of human activities that harm biodiversity away from the site of an intervention to other places (1). These off-site damages may be less than on-site gains—in which case the action is still beneficial but less so than it superficially seems. However, if activities are displaced to more biodiverse (or less 10 productive) places, leakage impacts may exceed local benefits, so that well-intentioned efforts cause net harm. There is a pressing need for leakage effects like this to be acknowledged and as far as possible avoided or mitigated—through demand reduction, careful selection of conservation or restoration sites, or compensatory increases in production in lower-impact areas.

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0036-8075

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Except where otherwised noted, this item's license is described as Attribution 4.0 International
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ACKNOWLEDGMENTS The authors thank the Biotechnology and Biological Sciences Research Council, the Gund 5 Institute for the Environment of the University of Vermont, the Tezos Foundation, and Tarides for support. B.F. has provided paid consulting services to a company interested in providing tools to improve leakage quantification. T.S. has been a consultant to the World Wildlife Fund on nature-based credits. B.B.N.S. is the founder of re.green, a company dedicated to restoring native ecosystems, and has an equity stock.