Image showing a "picture" of the Earth's interior. The colour represents how fast the seismic waves travel inside the Earth in the Alaska area. Image courtesy of Lili Feng Image showing a "picture" of ...

A new synthesis of seismic research shows that artificial intelligence, when combined with physical principles, is rapidly ...

The combination of new 3D data acquisition, reprocessing of legacy surveys and faster permitting is offering clearer ...

The pressure to reduce both operating and capital costs in seismic data analysis drives an on-going demand for efficiency improvements in computational processing facilities. This is against a ...

Seismic data analysis converts reflected wavefields into geologically consistent images and rock-property volumes, enabling risked prospect generation, well targeting, and portfolio decisions across ...

When a dangerous landslide hits, rescuers scrambling to assist need to know exactly where to look – and now a new technique for analysing seismic data can do just that, by tracing the source of the ...

Seismic data acquisition captures subsurface reflections of controlled acoustic energy to map stratigraphy, structure, and potential hydrocarbon traps before drilling. It sits between exploration ...

The response of a nuclear installation’s structure during an earthquake depends on the characteristics of the ground motion, the surrounding soil and the structure itself. Soil– structure interaction ...