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Mapping linkages between biodiversity and nature’s contributions to people: a ValPar.CH perspective


Rey, Pierre-Louis; Külling, Nathan; Adde, Antoine; Lehmann, Anthony; Guisan, Antoine (2022). Mapping linkages between biodiversity and nature’s contributions to people: a ValPar.CH perspective. ValPar.CH – Values of the Ecological Infrastructure in Swiss Parks 2022.2, University of Zurich.

Abstract

The approach of Nature's Contributions to People (NCP) has been developed to emphasize human dependence on nature and to better target environmental conservation efforts. While the methods used for
NCP assessments have evolved greatly over the last 20 years, the challenge of how to best link and
predict NCP to and from individual species or biotic communities still remains largely unmet. Current
NCP-based conservation prioritization methods tend to fail to account for individual species and many other dimensions of biodiversity (BD). Therefore, land-management policies based on simple NCP mapping are unlikely to properly account for the full complexity of ecosystems and can ultimately lead to biodiversity loss. Furthermore, as landscapes are increasingly modified by anthropogenic forces, the remaining (semi-)natural ecosystems represent a potential ecological ‘infrastructure’ to be maintained and kept functional. In this working paper, we provide i) a review on the BD-NCP spatial relationships, ii) the main methods used for their study, iii) the main research gaps, and iv) recommendations on how the study of their relationships can be improved, especially when considering a national ecological infrastructure (EI), and a roadmap about how we will approach this subject within the ValPar.CH project.
The roadmap focuses on the EI mapping objectives of ValPar.CH, and its main stakeholders.

Abstract

The approach of Nature's Contributions to People (NCP) has been developed to emphasize human dependence on nature and to better target environmental conservation efforts. While the methods used for
NCP assessments have evolved greatly over the last 20 years, the challenge of how to best link and
predict NCP to and from individual species or biotic communities still remains largely unmet. Current
NCP-based conservation prioritization methods tend to fail to account for individual species and many other dimensions of biodiversity (BD). Therefore, land-management policies based on simple NCP mapping are unlikely to properly account for the full complexity of ecosystems and can ultimately lead to biodiversity loss. Furthermore, as landscapes are increasingly modified by anthropogenic forces, the remaining (semi-)natural ecosystems represent a potential ecological ‘infrastructure’ to be maintained and kept functional. In this working paper, we provide i) a review on the BD-NCP spatial relationships, ii) the main methods used for their study, iii) the main research gaps, and iv) recommendations on how the study of their relationships can be improved, especially when considering a national ecological infrastructure (EI), and a roadmap about how we will approach this subject within the ValPar.CH project.
The roadmap focuses on the EI mapping objectives of ValPar.CH, and its main stakeholders.

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Additional indexing

Item Type:Working Paper
Communities & Collections:07 Faculty of Science > Institute of Geography
Dewey Decimal Classification:910 Geography & travel
Language:English
Date:2022
Deposited On:26 Jan 2022 08:18
Last Modified:22 Jun 2022 10:02
Series Name:ValPar.CH – Values of the Ecological Infrastructure in Swiss Parks
Number of Pages:22
ISSN:2674-0087
OA Status:Green

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