Abstract

Sandy beaches provide several ecosystem services such as coastal protection and resilience, water filtration and nutrient mineralization. Beaches also represent a hub for social, cultural and economic relationships as well as educational activities. Increasing urbanization, recreational activities and mechanical beach cleaning represent major anthropogenic disturbances on sandy beaches leading to loss of biodiversity as well as good and services. Information about the impacts of anthropogenic pressures on benthic macrofaunal communities could be useful to assess the environmental status of sandy beaches and to promote a sustainable use of beach ecosystem. Here, scientific articles about three major anthropogenic impacts on sandy beach macrofauna were reviewed to provide the state of knowledge about these impacts, to highlight gaps, to supply considerations about the methodologies and the used indicators and to give insights for future studies. The stressors considered in our review are: 1) trampling, 2) breakwater barriers, 3) mechanical beach cleaning. This review underlined that there are few studies regarding individual human disturbances on sandy beach macrofauna and specifically, there is a lack of sufficient indicator species for the assessment of such stressors. Similarly, the researches have covered specific regions, highlighting the need for such studies in other parts of the world. In particular, the impacts of breakwater barriers on surrounding communities has been found to be given less attention in the literature and there is enough that could be explored.

Highlights

  • Natural sandy beaches provide key ecosystem services such as balancing transport, storage of sand, increasing coastal protection and resilience [1,2,3]

  • The main objective of our study is to review researches on three kinds of stressors affecting the integrity of sandy beach macrofaunal communities: 1) trampling, 2) breakwaters, 2) mechanical beach cleaning

  • 1 article was found for trampling, 1 for breakwater and 4 for mechanical beach cleaning by searching through references of obtained articles

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Summary

Introduction

Natural sandy beaches provide key ecosystem services such as balancing transport, storage of sand, increasing coastal protection and resilience [1,2,3]. Sandy beaches offer water filtration [4], shape energy fluxes between biotic and abiotic components [5], modulate bentho-pelagic exchange into sediments [6] and allow the establishment of trophic relationships among marine and dune ecosystems [7]. Besides their ecological value, beaches represent a hub for social, cultural and economic relationships [8,9] as well as educational activities [10,11]. These coastal areas generate revenue and support the economic system by entertaining millions of visitors [14]; a rapid and intense anthropogenic development has been causing degradation of coastal habitats and loss of ecosystem services [7]

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