We present an overview of a mature, robust and general algorithm providing a single
framework for the inversion of most electromagnetic and electrical data types and instrument …

For about three decades, airborne electromagnetic (AEM) systems have been used for
groundwater exploration purposes. Airborne systems are appropriate for large‐scale and …

The occurrence of groundwater in Antarctica, particularly in the ice-free regions and along
the coastal margins is poorly understood. Here we use an airborne transient …

Conventional geophysical inversion techniques suffer from several limitations including
computational cost, nonlinearity, non-uniqueness and dimensionality of the inverse problem …

Transient electromagnetic method (TEM) is a geophysical tool to obtain resistivity
distribution in the subsurface. Combining with the resistivity property of typical rocks, the …

Groundwater abstraction from coastal aquifers is vulnerable to climate change and sea level
rise because both may potentially impact saltwater intrusion and hence groundwater quality …

Time‐domain electromagnetic data are conveniently inverted by using smoothly varying 1D
models with fixed vertical discretization. The vertical smoothness of the obtained models …

The purpose of this review is to report the major advancements that have been made within
the area of airborne electromagnetics (AEM) between 2007 and 2017, with a focus on …

In hardrocks that cover about 20% of the Earth's surface, it is difficult to locate steady sources
for groundwater due to inadequate understanding of the fracture networks. A comprehensive …

Buried tunnel valleys are common features in formerly glaciated areas, and where present,
they are very important for the groundwater recharge and flow. Delineation of the structures …