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Quantitative assessment of groundwater and surface water\udis an important tool for sustainable management and protection\udof these important resources. This paper deals with the design of a\udmulti-disciplinary monitoring plan related to the catchment project\udof the Pertuso spring, in the Upper Valley of Aniene River, which\udis going to be exploited to supply an important water network in\udthe South part of Roma district. According to the Legislative Decree\ud152/2006, as modified by DM 260/2010, any infrastructure\uddesign should take in consideration an Environmental Monitoring\udPlan for the hydrogeological settings of the study area. Thus, the\udhydrogeological characterization combined with an Environmental\udMonitoring Plan provides to evaluate the potential adverse environmental\udimpacts due catchment works. For water resources assessment\udand management, the quantification of groundwater recharge is a\udpreliminary step. As a matter of fact, it has been included the quantitative characterization of the Pertuso spring, in the aim of to protect catchment area, which is directly affect by the natural hydrogeological balance of this aquifer. Thus, a multi-disciplinary monitoring plan has been set up, including quantitative and hydrogeochemical\udmeasurements, both for groundwater and surface water of the Upper Valley of Aniene River. The target of this Environmental Monitoring Plan is to set up the background framework on the hydromorphological, physico-chemical and biological properties of water resources in the water basin influenced aim by any potential environmental impact due to the construction activities. The Environmental Monitoring Plan and main feature

An integrated approach to the Environmental Monitoring Plan of the Pertuso spring (Upper Valley of Aniene River)