A new tool available for hydrogeologists: the Airborne EM method

The Airborne EM method has nowadays reached a great degree of progress, so that it can be considered a reliable tool for the hydrogeological modeling. It is indeed able to provide a detailed distribution of resistivity, so that it is possible to draw information of stratigraphic and, sometimes, of h...

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Main Authors: Andrea Viezzoli, Antonio Menghini
Format: Article
Language:English
Published: PAGEPress Publications 2014-12-01
Series:Acque Sotterranee
Subjects:
Online Access:http://www.acquesotterranee.online/index.php/acque/article/view/36
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author Andrea Viezzoli
Antonio Menghini
author_facet Andrea Viezzoli
Antonio Menghini
author_sort Andrea Viezzoli
collection DOAJ
description The Airborne EM method has nowadays reached a great degree of progress, so that it can be considered a reliable tool for the hydrogeological modeling. It is indeed able to provide a detailed distribution of resistivity, so that it is possible to draw information of stratigraphic and, sometimes, of hydrochemical type. But, in order to achieve this outcome, it is demanded a high performance of the instrumentations, as such as an accurate data processing. We show some examples of application of the AEM method, for the solution of problems connected to the groundwater mapping, to the seawater intrusion and to the improvement of the hydrogeological models.
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spelling doaj.art-c65d1bd850e6407aacd7ce8368ebba422022-12-21T20:37:24ZengPAGEPress PublicationsAcque Sotterranee1828-454X2280-64582014-12-013410.7343/as-094-14-012136A new tool available for hydrogeologists: the Airborne EM methodAndrea Viezzoli0Antonio Menghini1Aarhus Geofisica s.r.l., Navacchio (PI)Aarhus Geofisica s.r.l., Navacchio (PI)The Airborne EM method has nowadays reached a great degree of progress, so that it can be considered a reliable tool for the hydrogeological modeling. It is indeed able to provide a detailed distribution of resistivity, so that it is possible to draw information of stratigraphic and, sometimes, of hydrochemical type. But, in order to achieve this outcome, it is demanded a high performance of the instrumentations, as such as an accurate data processing. We show some examples of application of the AEM method, for the solution of problems connected to the groundwater mapping, to the seawater intrusion and to the improvement of the hydrogeological models.http://www.acquesotterranee.online/index.php/acque/article/view/36groundwater, Time Domain Electromagnetics, TDEM, airborne electromagnetics, hydrogeological modeling
spellingShingle Andrea Viezzoli
Antonio Menghini
A new tool available for hydrogeologists: the Airborne EM method
Acque Sotterranee
groundwater, Time Domain Electromagnetics, TDEM, airborne electromagnetics, hydrogeological modeling
title A new tool available for hydrogeologists: the Airborne EM method
title_full A new tool available for hydrogeologists: the Airborne EM method
title_fullStr A new tool available for hydrogeologists: the Airborne EM method
title_full_unstemmed A new tool available for hydrogeologists: the Airborne EM method
title_short A new tool available for hydrogeologists: the Airborne EM method
title_sort new tool available for hydrogeologists the airborne em method
topic groundwater, Time Domain Electromagnetics, TDEM, airborne electromagnetics, hydrogeological modeling
url http://www.acquesotterranee.online/index.php/acque/article/view/36
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