Abstract

Multifunctional agroecosystems are the result of complex adaptive interactions between humans and nature where trade-offs between food production and other ecosystem services are key. Our objective is to explore the social preferences for ecosystem services, and the associated willingness to pay, in three multifunctional agroecosystem in Europe (Mediterranean, Atlantic, Alpine) under alternative agrienvironmental policy scenarios. We use the same methodology (a choice experiment including equivalent attributes and levels) to rank and estimate the economic value of provisioning, regulating, supporting and cultural ecosystem services. We define the scenarios (current situation, abandonment and enhanced management) in biophysical terms to elucidate changing relations between social perception and level of delivery of ecosystem services. We derive some lessons. i) Value of ES: biodiversity and regulating ecosystem services always produce welfare gains; people, however, perceive trade-offs between delivery of agricultural landscapes and quality food products. Nevertheless, preferences are heterogeneous and vary across regions, scenarios and ES. ii) Policymaking: society’s willingness to pay for the delivery of ecosystem service exceeds largely the current level of public support. Moreover, further abandonment and intensification of agriculture is clearly rejected by the public. iii) Methodological: monetary valuation is context dependent and extrapolation of economic values can be misleading.

Highlights

  • Agriculture in marginal lands, such as mountains or arid areas, constitutes a paradigmatic social-ecological system

  • Positive estimates means that respondents preferred the level of delivery of a particular ecosystem services (ES)

  • Respondents preferred a multifunctional configuration of agricultural systems oriented towards a mix of quality products, landscape management, biodiversity conservation and improvement of regulating services

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Summary

Introduction

Agriculture in marginal lands, such as mountains or arid areas, constitutes a paradigmatic social-ecological system These landscapes are the result of complex adaptive interactions between humans and nature that have occurred across spatial and temporal scales (Liu et al, 2007). In Europe, the geographical distribution of multifunctional agroecosystems occupy 41.2% of the total utilized agricultural area (Schwaiger et al., 2012). These agroecosystems are in a continuous, often concurrent, process of abandonment and intensification, due to general socio-economic trends driven by the increasing opportunity cost of labor and changes in the relative prices of inputs and outputs (Strijker, 2005). Scenario analysis can help exploring ex-ante the outcomes of alternative policy settings in terms of provision of public goods by defining potential but realistic trends in agricultural land use at European scale

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