Using the SWAT model in analyzing hard rock hydrogeological environments. Application in Naxos Island, Greece.

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Published: Oct 4, 2017
DOI: https://doi.org/10.12681/bgsg.11960
Keywords:
Naxos Island fractured rocks groundwater exploration hydrology modeling SWAT model
Aikaterini-Sofia Partsinevelou
https://orcid.org/0000-0003-2321-7133
Abstract

The main parameter that controls the groundwater flow regime in fractured aquifers is the fracture pattern. Its description is crucial for a hydrogeological study, as the hydraulic properties of hard rocks are mainly controlled by fracturing. The parameters of the fracture pattern that were analyzed in the study area were the frequency and spatial location of the fractures, the density of fractures and the degree of fracture intersection.

Furthermore, a straight link between the fracture pattern and the hydrological conditions is important for a first analysis of the potential groundwater zones and their vulnerability in hard rock environments. To study this link, the SWAT hydrology model was applied in the study area. Using suitable territorial and meteorological data, the model simulates the parameters of the hydrological balance in each catchment of the hydrographical network.

The analysis of the fracture pattern revealed that the fragmentation in all lithologies is characterized by high degree of uniformity. Very high density and interconnection density of the fractures are observed in areas where the alternations between different lithologies are very intense. Also the application of the SWAT model showed that the calculated hydrological parameters could be related to the fracture pattern, as high infiltration rates occur in areas where the density and the degree of interconnection of the fractures are also high.

Article Details
  • Section
  • Hydrology and Hydrogeology
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