4.7 Article

Anthropogenic Impact on Beach Heterogeneity within a Littoral Cell (Northern Tuscany, Italy)

Journal

Publisher

MDPI
DOI: 10.3390/jmse9020151

Keywords

coastal erosion; coastal protection; sediment redistribution; beach nourishment; anthropogenic cell; geodatabase; GIS; Tuscany; Italy

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This paper documents the evolution of the Northern Tuscany littoral cell, showing that increasing anthropogenic pressure has led to erosion effects and the loss of sandy beaches. Authorities have responded with both hard and soft protection schemes, gradually transitioning towards a softer approach to combat erosion, which involves sediment redistribution activities. These efforts have been archived in a geodatabase and can serve as a practical example for future analysis and management of littoral cells.
In this paper the evolution of the Northern Tuscany littoral cell is documented through a detailed analysis of the increasing anthropogenic pressure since the beginning of the 20th century. This sector of the Tuscany coast has been experiencing strong erosion effects that resulted in the loss of large volumes of sandy beaches. The anthropogenic impact on natural processes have been intensified by the construction of two ports in the early decades of the 20th century. Competent authorities reacted by building hard protection structures that tried to fix the position of the shoreline but offset the erosion drive downdrift. Therefore, in the last 20 years a regional Plan was undertaken to gradually replace the hard defense schemes with a softer approach, which involved a massive use of sediment redistribution activities. Many nourishments have been done ever since, using both sand and gravel. All these hard and soft protection operations have been archived in a geodatabase, and visualized in maps that clearly show the progressive change from hard to soft defense. This database may improve the approach to any future analysis of the littoral cell both in terms of research and management, while providing a practical example that may be easily replicated elsewhere.

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