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
This report describes the interpretation of a large airborne electromagnetic data survey that was de...
We want to develop a dialogue between geophysicists and hydrologists interested in synergistically a...
This study examines the application of airborne electromagnetic (AEM) methodologies to bathymetry in...
In the past three decades, airborne electromagnetic (AEM) systems have been used for many groundwate...
This paper reviews the increasing role of Airborne EM (AEM) methods for environmental purposes in a ...
Airborne electromagnetics (AEMs) is increasingly being used across the globe as a tool for groundwat...
An accurate understanding of the fresh-saline distribution of groundwater is necessary for effective...
The passage of the Sustainable Groundwater Management Act in California has highlighted a need for c...
Impermeable aquifer boundaries affect the flow of groundwater, transport of contaminants, and the dr...
Several countries have acquired, over the past decades, large amounts of area covering Airborne Elec...
We present a workflow for efficient construction and calibration of large-scale groundwater models t...
The passage of the Sustainable Groundwater Management Act in California has highlighted a need for c...
Hosting over 10% of the world's population, low elevation (<10 m above mean sea-level) coastal zones...
Impermeable aquifer boundaries affect the flow of groundwater, transport of contaminants, and the dr...
Salinity and fresh water are two sides of the same coin, most conveniently measured by electrical co...
This report describes the interpretation of a large airborne electromagnetic data survey that was de...
We want to develop a dialogue between geophysicists and hydrologists interested in synergistically a...
This study examines the application of airborne electromagnetic (AEM) methodologies to bathymetry in...
In the past three decades, airborne electromagnetic (AEM) systems have been used for many groundwate...
This paper reviews the increasing role of Airborne EM (AEM) methods for environmental purposes in a ...
Airborne electromagnetics (AEMs) is increasingly being used across the globe as a tool for groundwat...
An accurate understanding of the fresh-saline distribution of groundwater is necessary for effective...
The passage of the Sustainable Groundwater Management Act in California has highlighted a need for c...
Impermeable aquifer boundaries affect the flow of groundwater, transport of contaminants, and the dr...
Several countries have acquired, over the past decades, large amounts of area covering Airborne Elec...
We present a workflow for efficient construction and calibration of large-scale groundwater models t...
The passage of the Sustainable Groundwater Management Act in California has highlighted a need for c...
Hosting over 10% of the world's population, low elevation (<10 m above mean sea-level) coastal zones...
Impermeable aquifer boundaries affect the flow of groundwater, transport of contaminants, and the dr...
Salinity and fresh water are two sides of the same coin, most conveniently measured by electrical co...
This report describes the interpretation of a large airborne electromagnetic data survey that was de...
We want to develop a dialogue between geophysicists and hydrologists interested in synergistically a...
This study examines the application of airborne electromagnetic (AEM) methodologies to bathymetry in...