Data from: High ecosystem service delivery potential of small woodlands in agricultural landscapes
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Valdés, Alicia
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- Lenoir, Jonathan 2
- De Frenne, Pieter 3
- Andrieu, Emilie 4
- Brunet, Jorg 5
- Chabrerie, Olivier 2
- Cousins, Sara 1
- Deconchat, Marc 4
- De Smedt, Pallieter 3
- Diekmann, Martin 6
- Ehrmann, Steffen 7
- Gallet-Moron, Emilie 2
- Gaertner, Stefanie 7
- Giffard, Brice 4
- Hansen, Karin 8
- Hermy, Martin 9
- Kolb, Annette 6
- Leroux, Vincent 2
- Liira, Jaan 10
- Lindgren, Jessica 1
- Martin, Ludmilla 2
- Naaf, Tobias 11
- Paal, Taavi 10
- Proesmans, Willem 3
- Scherer-Lorenzen, Michael 7
- Wulf, Monika 11
- Verheyen, Kris 3
- Decocq, Guillaume 2
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1
Stockholm University
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University of Picardie Jules Verne
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Ghent University
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- 4 Institut National de la Recherche Agronomique
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Swedish University of Agricultural Sciences
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University of Bremen
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University of Freiburg
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IVL Swedish Environmental Research Institute
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KU Leuven
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University of Tartu
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Leibniz Centre for Agricultural Landscape Research
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Leibniz Centre for Agricultural Landscape Research
Müncheberg, Alemania
Editor: Dryad
Ano de publicación: 2020
Tipo: Dataset
Resumo
Global forest loss and fragmentation have strongly increased the frequency of forest patches smaller than a few hectares. Little is known about the biodiversity and ecosystem service supply potential of such small woodlands in comparison to larger forests. As it is widely recognized that high biodiversity levels increase ecosystem functionality and the delivery of multiple ecosystem services, small, isolated woodlands are expected to have a lower potential for ecosystem service delivery than large forests hosting more species. We collected data on the diversity of six taxonomic groups covering invertebrates, plants and fungi, and on the supply potential of five ecosystem services and one disservice within 224 woodlands distributed across temperate Europe. We related their ability to simultaneously provide multiple ecosystem services (multiservice delivery potential) at different performance levels to biodiversity of all studied taxonomic groups (multidiversity), forest patch size and age, as well as habitat availability and connectivity within the landscape, while accounting for macroclimate, soil properties and forest structure. Unexpectedly, despite their lower multidiversity, smaller woodlands had the potential to deliver multiple services at higher performance levels per area than larger woodlands of similar age, probably due to positive edge effects on the supply potential of several ecosystem services. Biodiversity only affected multiservice delivery potential at a low performance level as well as some individual ecosystem services. The importance of other drivers of ecosystem service supply potential by small woodlands in agricultural landscapes also depended on the level of performance and varied with the individual ecosystem service considered. Synthesis and applications. Large, ancient woodlands host high levels of biodiversity and can therefore deliver a number of ecosystem services. In contrast, smaller woodlands in agricultural landscapes, especially ancient woodlands, have a higher potential to deliver multiple ecosystem services on a per area basis. Despite their important contribution to agricultural landscape multifunctionality, small woodlands are not currently considered by public policies. There is thus an urgent need for targeted policy instruments to ensure their adequate management and future conservation in order to either achieve multiservice delivery at high levels or to maximize the delivery of specific ecosystem services.