- Uplift history of the Troodos ophiolite inferred from integrating thermomechanical models, submarine and deltaic fan clast content and serpentinites
- The evolution of Troodos ophiolite dikes and their relationship with the spreading ridge-transform fault system on Cyprus
- Uplift history of the Troodos ophiolite from the Late Cretaceous until Late Pleistocene: Five phases constrained from numerical modelling and field observations
- A comparison between hydrothermal alteration present in the Vargeão Dome and Vista Alegre impact structures (Brazil) and CRISM remote sensing data from impact structures on Mars
- A multiscale characterisation of the Early Jurassic upper member of the McCarthy Formation, Southcentral Alaska
- Bridging geological and seismic modelling: Study of petrophysical properties and their trends on outcrop analogue
- Improving the early Eocene timescale: High-precision 40Ar/39Ar geochronology and integrated stratigraphy of the Willwood and Tatman Formations in the Bighorn Basin (Wyoming, USA)
- Energy from the subsurface: Structural geology and fracture network characterisation of the Daly Waters Arch, Northern Territory (Australia): Communication approach for technical uncertainties in geothermal energy implementation in the Dutch energy transition
- Linking natural fractures to karst cave development: A case study combining drone imagery, a natural cave network and numerical modelling
- Novel insights into the geological architecture and evolution of Antigua, a key area for Caribbean geodynamics, paleogeography, and paleobiology
- The Late Triassic to Early Jurassic journey of the exotic terrane of Wrangellia: Stratigraphic and paleomagnetic study of the record of two mass extinctions in Panthalassa
- Integrated stratigraphy and high-precision 40Ar/39AR dating of the Willwood and Tatman formations in the Bighorn Basin (Wyoming, USA): improving the early Eocene timescale
- Geological history and fracture network characterization in unconventional reservoirs of the McArthur Basin (NT Australia)
- Full-vector behavior of the geomagnetic field during a mid-Miocene reversal in Gran Canaria: An absolute intensity study
- Relative intensities derived from a mid-Miocene record containing a reversal of the Earth’s magnetic field