Quantitative characterization of subsurface properties is critical for many environmental
applications and serves as the basis to simulate and better understand dynamic subsurface …

The spatiotemporal distribution of pore water in the vadose zone can have a critical control
on many processes in the near‐surface Earth, such as the onset of landslides, crop yield …

The exploration and exploitation of shale oil is an important aspect in the oil industry.
Seismic properties and well‐log data are essential to establish wave‐propagation models …

Determining saturation and pore pressure is relevant for hydrocarbon production as well as
natural gas and CO 2 storage. In this context, seismic methods provide spatially distributed …

Carbon dioxide storage in deep saline aquifers can potentially reduce the CO 2
concentration in the atmosphere due to anthropogenic activities with limited environmental …

Reservoir parameter inversion from seismic data is an important issue in rock physics. The
traditional optimisation-based inversion method requires high computational expense, and …

A consistent picture of dynamic channeling, invasion, spreading, and breakthrough (CISB) of
supercritical CO2 in the hierarchical fluvial reservoir at Cranfield, Mississippi is presented …

Reliable monitoring of CO 2 storage reservoirs requires a combination of different
observation methods. However, history matching is typically limited to CO 2 pressure data …

The inversion of parameters characterizing reservoir property based on rock physics model
is an important content in seismic exploration, while the strong nonlinearity between basic …

Pre-ACT is a three-year (2017-2020) research project on CO2 storage which brings together
a partnership of 10 research institutes and industrial companies. Pre-ACT is delivering …