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Fluid geochemistry along the Eliki and Aigion seismogenic segments (Gulf of Corinth, Greece)
Author(s)
Language
English
Obiettivo Specifico
2.4. TTC - Laboratori di geochimica dei fluidi
Status
Published
JCR Journal
JCR Journal
Title of the book
Issue/vol(year)
/336 (2004)
ISSN
1631-0713
Electronic ISSN
1778-7025
Publisher
Elsevier Science Limited
Pages (printed)
367-374
Issued date
March 21, 2013
Keywords
Abstract
Three geochemical surveys in ground waters were carried out in the Selianitika–Trapeza area, Gulf of Corinth, with the main
purposes: (1) to define the geochemical patterns of the circulating ground waters; (2) to discriminate the role of active fault
systems in affecting the ground water chemistry and hydrogeology, exploiting geochemical techniques tested in other areas;
(3) to select sites for the continuous geochemical surveillance of the tectonic activity of the area. A total of 50 sites have been
sampled, and numerous chemical and stable isotope analyses have been performed. We identify three geochemical active fault
zones: (i) the Eliki–Nikolaikea area; (ii) the Selianitika–Rododafni–Nerazes area, and (iii) the Trapeza sector. The Nerazes well
site and the Selianitika spa have been selected for exploiting a geochemical-hydrological monitoring surveillance of the tectonic
activity.
purposes: (1) to define the geochemical patterns of the circulating ground waters; (2) to discriminate the role of active fault
systems in affecting the ground water chemistry and hydrogeology, exploiting geochemical techniques tested in other areas;
(3) to select sites for the continuous geochemical surveillance of the tectonic activity of the area. A total of 50 sites have been
sampled, and numerous chemical and stable isotope analyses have been performed. We identify three geochemical active fault
zones: (i) the Eliki–Nikolaikea area; (ii) the Selianitika–Rododafni–Nerazes area, and (iii) the Trapeza sector. The Nerazes well
site and the Selianitika spa have been selected for exploiting a geochemical-hydrological monitoring surveillance of the tectonic
activity.
Type
article
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Pizzino et al (2004).pdf
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