The sea cliff of Vignanotica Bay (Gargano Promontory, Southern Italy) is a site that, for its peculiar geological features, can be considered a witness of geodiversity and that, as such, should be evaluated as geosite. Since it is necessary to first know, then enhance, and finally protect a geosite, here we propose a modern method of study aimed at the understanding and dissemination of geological knowledge to a wide audience of non-experts. The cliff, located in the Gargano National Park, was investigated using both stratigraphic-sedimentological and digital methods. The former method, realised using macrofacies and microfacies analysis, allowed us to study features of a deep-marine environment, characterised by subaqueous slides (slumpings). The latter method allowed us to achieve a virtual 3D model of the entire sea cliff, highlighting many geological features, often difficult to observe since they are exposed along high vertical walls. The combined use of these methods led to a complete characterisation of the cliff, useful both to promote geological knowledge and to preserve the site.

Integrated Geological and Digital Surveys to Know, Preserve and Promote a Geoheritage: the Sea Cliff of Vignanotica Bay (Gargano Promontory, Southern Italy)

MARSICO, ANTONELLA;SABATO, Luisa;SPALLUTO, LUIGI;INFANTE, MARCO;
2016-01-01

Abstract

The sea cliff of Vignanotica Bay (Gargano Promontory, Southern Italy) is a site that, for its peculiar geological features, can be considered a witness of geodiversity and that, as such, should be evaluated as geosite. Since it is necessary to first know, then enhance, and finally protect a geosite, here we propose a modern method of study aimed at the understanding and dissemination of geological knowledge to a wide audience of non-experts. The cliff, located in the Gargano National Park, was investigated using both stratigraphic-sedimentological and digital methods. The former method, realised using macrofacies and microfacies analysis, allowed us to study features of a deep-marine environment, characterised by subaqueous slides (slumpings). The latter method allowed us to achieve a virtual 3D model of the entire sea cliff, highlighting many geological features, often difficult to observe since they are exposed along high vertical walls. The combined use of these methods led to a complete characterisation of the cliff, useful both to promote geological knowledge and to preserve the site.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11586/173325
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