This article explores municipal acceptance of wind power in Sweden and draws conclusions
on the basis of semi-structured interviews with municipal decision-makers, together with …

The visualization and analysis of massive, multi-source, multi-dimensional, heterogeneous,
dynamic, and complex spatial data is playing an increasingly important role in 3D scene and …

In transient electromagnetic (TEM) methods, the full transmitting-current waveform, not just
the abrupt turn-off, can have effects on the measured responses. A 3D finite-element time …

To effectively and efficiently interpret or invert controlled-source electromagnetic (CSEM)
data which are recorded in areas with the kind of complex geological environments and …

Uranium exploration in the Athabasca Basin, Canada, relies heavily on ground-based
transient electromagnetic (TEM) surveys to target thin, steeply dipping graphitic conductors …

Seafloor massive sulfide deposits form in remote environments, and the assessment of
deposit size and composition through drilling is technically challenging and expensive. To …

Geologists' interpretations about the earth typically involve distinct rock units with contacts
between them. Three-dimensional geologic models typically comprise surfaces of …

We developed a 3-D forward modelling code, which simulates controlled source
electromagnetic problems in frequency domain using edge-based finite elements and a total …

We have developed a workflow for constructing realistic mesh-based magnetotelluric (MT)
models from 3D geologic models. The routine is developed for unstructured meshes that …

Muography is a relatively new geophysical imaging method that uses muons to provide
estimates of average densities along particular lines of sight. Muography can only see …