The present paper examines and evaluates the results of a survey carried out to define the criteria for restoring the surface water of the karstic stream “Gravina” (Southern-Italy). The stream “Gravina” runs through a watershed including several urbanized, commercial, industrial and agricultural areas. The water body moves downstream from the famous urbanized area of Matera named “I Sassi” (UNESCO World Heritage); the stream shows an environmental heterogeneity which is of great value to the conservation of biodiversity. The natural area, having a great tourist interest in the Basilicata region, is partially protected by the institution of the regional park named “Parco della Murgia” (Directive 92/43/CEE “Habitat”, European Communities Natural Network). The analysis supports a more general water pollution control strategy aimed at safeguarding natural water quality in the urbanized watershed. The methodology was based on the surface water sampling, quality parameter analysis and simulation by modelling. The variation and compatibility of wastewater discharge and water stream quality were verified by using a model available in literature in function of biodegradable pollutant load and dissolved oxygen. Several scenarios based on the fixed yield of treatment plants were examined.

Options for surface water restoration of the karstic stream “Gravina”.

TRULLI, Ettore;CANIANI, Donatella;MANCINI, Ignazio Marcello;SOLE, Aurelia
2008

Abstract

The present paper examines and evaluates the results of a survey carried out to define the criteria for restoring the surface water of the karstic stream “Gravina” (Southern-Italy). The stream “Gravina” runs through a watershed including several urbanized, commercial, industrial and agricultural areas. The water body moves downstream from the famous urbanized area of Matera named “I Sassi” (UNESCO World Heritage); the stream shows an environmental heterogeneity which is of great value to the conservation of biodiversity. The natural area, having a great tourist interest in the Basilicata region, is partially protected by the institution of the regional park named “Parco della Murgia” (Directive 92/43/CEE “Habitat”, European Communities Natural Network). The analysis supports a more general water pollution control strategy aimed at safeguarding natural water quality in the urbanized watershed. The methodology was based on the surface water sampling, quality parameter analysis and simulation by modelling. The variation and compatibility of wastewater discharge and water stream quality were verified by using a model available in literature in function of biodegradable pollutant load and dissolved oxygen. Several scenarios based on the fixed yield of treatment plants were examined.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11563/17248
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