The Airborne ElectroMagnetic Bathymetry (AEMB) method is an emerging technique for estimating the sea depth and the seawater and sea bed electrical conductivities from the ElectroMagnetic (EM) response of the shallow water marine environment. The EM response is not affected by water turbidity and therefore the AEMB method can be used for bathymetric mapping in turbid waters. AEMB measurements can be taken from fixed-wing and helicopter systems for hydrographic reconnaissance and rapid environmental assessment. I review the basic principles of airborne electromagnetic systems that have been used for bathymetric mapping and present some examples of AEMB surveys in Australian waters.El método de Batimetria ElectroMagnética Aerotransportada (AE...
This paper illustrates a method of calculating bathymetric maps of shallow water areas (<20m depth) ...
Salinity in the River Murray and in adjacent floodplains of south-central Australia, has important e...
For predictive means it is important to know the underlying bathymetry of the nearshore coastline, h...
This study examines the application of airborne electromagnetic (AEM) methodologies to bathymetry in...
Airborne electromagnetic (AEM) data were collected in the Geographe Bay region, Western Australia, u...
Airborne electromagnetics (AEM) has been used on a test basis for determining water-depth (bathymetr...
Airborne geophysics has been used at the catchment scale to map salt stores, conduits and soil varia...
The Airborne EM method has nowadays reached a great degree of progress, so that it can be considered...
In the last decade more than 2500 km of the Murray River in southeastern Australia and its surroundi...
This report describes the interpretation of a large airborne electromagnetic data survey that was de...
This paper reviews the increasing role of Airborne EM (AEM) methods for environmental purposes in a ...
Airborne laser bathymetry (ALB) is considered to be a new technology for hydrographic purposes in sh...
In the past three decades, airborne electromagnetic (AEM) systems have been used for many groundwat...
Abstract. Electromagnetic (EM) techniques are extremely important as a direct detection geophysical ...
Airborne electromagnetics surveys are at the forefront of addressing the challenge of exploration un...
This paper illustrates a method of calculating bathymetric maps of shallow water areas (<20m depth) ...
Salinity in the River Murray and in adjacent floodplains of south-central Australia, has important e...
For predictive means it is important to know the underlying bathymetry of the nearshore coastline, h...
This study examines the application of airborne electromagnetic (AEM) methodologies to bathymetry in...
Airborne electromagnetic (AEM) data were collected in the Geographe Bay region, Western Australia, u...
Airborne electromagnetics (AEM) has been used on a test basis for determining water-depth (bathymetr...
Airborne geophysics has been used at the catchment scale to map salt stores, conduits and soil varia...
The Airborne EM method has nowadays reached a great degree of progress, so that it can be considered...
In the last decade more than 2500 km of the Murray River in southeastern Australia and its surroundi...
This report describes the interpretation of a large airborne electromagnetic data survey that was de...
This paper reviews the increasing role of Airborne EM (AEM) methods for environmental purposes in a ...
Airborne laser bathymetry (ALB) is considered to be a new technology for hydrographic purposes in sh...
In the past three decades, airborne electromagnetic (AEM) systems have been used for many groundwat...
Abstract. Electromagnetic (EM) techniques are extremely important as a direct detection geophysical ...
Airborne electromagnetics surveys are at the forefront of addressing the challenge of exploration un...
This paper illustrates a method of calculating bathymetric maps of shallow water areas (<20m depth) ...
Salinity in the River Murray and in adjacent floodplains of south-central Australia, has important e...
For predictive means it is important to know the underlying bathymetry of the nearshore coastline, h...