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 …

Airborne systems collecting transient electromagnetic data are able to gather large amounts
of data over large areas in a very short time. These data are most often interpreted through 1 …

This research demonstrates an innovative numerical technique to simulate seismic wave
propagation of a practical point source in complex 2-D geological models, which encompass …

The transient electromagnetic method (TEM) can be applied in detecting coal mining
heading face with multiple angles. However, a 1-D inversion scheme cannot fit this kind of …

An accurate understanding of the fresh‐saline distribution of groundwater is necessary for
effective groundwater management. Airborne electromagnetic (AEM) surveys offer a rapid …

Electrically anisotropic strata are abundant in nature, so their study can help our data
interpretation and our understanding of the processes of geodynamics. However, current …

The airborne electromagnetic (AEM) method has a high sampling rate and survey flexibility.
However, traditional numerical modeling approaches must use high-resolution physical …

The inversion of controlled source audio-frequency magnetotelluric (CSAMT) data is a
complex nonlinear problem. A linearization of this problem is easily trapped in local minima …

Abstract The Ramså Basin is situated on the strandflat on the northeastern side of Andøya
between Ramså and Skarstein. It is the only known Mesozoic sedimentary basin onshore …

In many cases, inversion in 2D gives a better description of the subsurface compared with
1D inversion, but, computationally, 2D inversion is expensive, and it can be hard to use for …