A Novelty Methodological Approach to Coastal Scenic Quality Evaluation—Application to the Moroccan Mediterranean Coast

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2023Departamento/s
Ciencias de la TierraFuente
Journal of Marine Science and Engineering - 2023, Vol. 11 n. 5 pp. 1-26Resumen
Many tourists around the world are interested in coastal sites of exceptional scenic quality.
This paper aims to assess the landscape quality of 50 sites along the Moroccan Mediterranean
coast based on a novelty Coastal Scenic Quality Evaluation (CSQE) method able to classify the
attractiveness of the sites and to distinguish exceptional ones with high tourist potential. This
proposed methodology relies on evaluating coastal areas through easily obtainable indicators in
order to simplify its application to other regions around the world. Four landscape dimensions
were selected: Substratum, Sea-Coastal Area, Vegetation and Scenic Background. Each dimension
was numerically assessed and ranged from 0 to 1. The values of each dimension along the
sites were classified as: <0.2 (very low); 0.2 to <0.4 (low); 0.4 to <0.6 (medium); 0.6 to <0.8 (high)
and 0.8 (very high). The results show that the overall scenic quality score of the Moroccan Mediterranean
coast is 0.6 (high quality), reflecting a potential tourist destination of high scenic value. Substratum,
Sea-Coastal Area and Vegetation dimensions obtained a high quality score (0.6 to <0.8), while
the Scenic Background dimension recorded medium quality (0.4 to <0.6). Urbanization, the presence
of litter and sewage evidence were the main factors of degradation of the Moroccan coastal landscapes,
i.e., 32 out of 50 sites (64%) obtained low scores (from 0 to 2) for these three variables. Sound
management actions have to be taken to reduce their impacts, in order to preserve and improve the
natural landscape, and strength its capacity to host the various tourist activities.
Materias
scenic quality; seaside tourism; landscape dimensions; litter and sewage; preservationColecciones
- Artículos Científicos [11595]
- Articulos Científicos CC. Tierra [261]






