Abstract

Natural protected areas are often required to concurrently support conservation and tourism development. Estimating the ecosystem's carrying capacity and setting up visitor access limitations is a common approach in maximising resource use to avoid environmental degradation. Our research used a case study strategy and a political ecology approach to analyse the conflict surrounding a carrying capacity-based management plan implemented in a Mediterranean marine protected area under severe pressure from scuba diving. A mixed documental and discourse analysis method based on fieldwork, grey literature and 16 semi-structured interviews with representatives of seven groups of stakeholders was used. Results indicate that although the carrying capacity approach was instrumentally supported by all groups, conventional scientific ecological knowledge played only a specious role in decision-making. Factors related to path dependency, neoliberal governance frameworks, uneven distribution of power among stakeholders and regulatory weaknesses were found to be the most influential in facilitating increased visitor pressure in the reserve. We conclude that, in order to be effective and mitigate social conflict, natural resource management strategies based on the carrying capacity concept must be complemented with a precursory assessment of the biopolitical context to align the goals of planning with the possibilities of the socially constructed environment.

Highlights

  • Carrying capacity (CC) is often regarded as an inherent property of ecosystems that naturally sets limits on exploitative human activities, enabling us to achieve sustainable rates of natural resource use (Seidl and Tisdell 1999)

  • Was mainly developed in population biology and ecology to refer to the maximum number of individuals of a given species that a given environment can support without experiencing degradation (MacArthur 1955)

  • In 1998, the Spanish authorities concluded that the maximum allowable visitor access to the parietal paintings in the Cave of Altamira was zero

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Summary

Introduction

Carrying capacity (CC) is often regarded as an inherent property of ecosystems that naturally sets limits on exploitative human activities, enabling us to achieve sustainable rates of natural resource use (Seidl and Tisdell 1999). It has been commonly used in the livestock and forestry industries to maximise production without endangering future yields, by constraining the number of cattle heads and tree density within the estimated productive potential of each parcel according to local environmental characteristics (Larsen 1995). In 1998, the Spanish authorities concluded that the maximum allowable visitor access to the parietal paintings in the Cave of Altamira was zero

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