Rural landscapes within Natura 2000 network are particularly sensitive to any anthropic action which could cause the compromise of protected habitats. Agriculture, if conducted with unsustainable techniques, could cause loss of biodiversity and landscape quality. The aim of this study is to propose a dashboard of indicators to assess the landscape and environmental benefits achievable by a landscape transformation based on a sustainable management of the agriculture activity in an area characterized by the presence of intensive greenhouse farming. The method was applied in the southern coast of Sicily, where there is the largest SCI (Site of Community Importance) and SPA (Special Protection Area) site of the Region. Here, the dune system was seamlessly occupied by greenhouses, so endangering habitats that guarantee the survival of endemic species, such as the Leopoldia gussonei. The main dimensional, visual and agro-environmental indicators for assessing the landscape and environmental pressure were identified and valued both in the actual state and after the hypothesized conversion. The results show that the proposed intervention would allow a meaningful landscape improvement combined with a considerable reduction of the pollution of the area.

Assessment of landscape regeneration of a Natura 2000 site hosting greenhouse farming by using a dashboard of indicators. A case in Sicily through the territorial implementation of a “pilot project” at farm level

Tomaselli G.;Russo P.;Riguccio L.;Quattrone M.;D'Emilio A.
2020

Abstract

Rural landscapes within Natura 2000 network are particularly sensitive to any anthropic action which could cause the compromise of protected habitats. Agriculture, if conducted with unsustainable techniques, could cause loss of biodiversity and landscape quality. The aim of this study is to propose a dashboard of indicators to assess the landscape and environmental benefits achievable by a landscape transformation based on a sustainable management of the agriculture activity in an area characterized by the presence of intensive greenhouse farming. The method was applied in the southern coast of Sicily, where there is the largest SCI (Site of Community Importance) and SPA (Special Protection Area) site of the Region. Here, the dune system was seamlessly occupied by greenhouses, so endangering habitats that guarantee the survival of endemic species, such as the Leopoldia gussonei. The main dimensional, visual and agro-environmental indicators for assessing the landscape and environmental pressure were identified and valued both in the actual state and after the hypothesized conversion. The results show that the proposed intervention would allow a meaningful landscape improvement combined with a considerable reduction of the pollution of the area.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11769/375395
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