Her research interests focus on sedimentary petrography on both ancient and modern sands. The integration of detailed grain-scale observations with quantitative provenance analysis unravel sediment dispersal pathways and tectonic controls on depositional systems. By linking petrographic signatures to stratigraphic and structural frameworks, she contributes to high-resolution basin reconstructions and broader geodynamic and paleogeographic interpretations. She is also engaged in diagenetic modelling, aiming to understand how post-depositional processes modify sediment textures and reservoir properties. Through this multidisciplinary approach, her work seeks to decode the geological history archived in clastic sediments and improve models of basin evolution in diverse tectonic settings.
Her research interests focus on sedimentary petrography on both ancient and modern sands. The integration of detailed grain-scale observations with quantitative provenance analysis unravel sediment dispersal pathways and tectonic controls on depositional systems. By linking petrographic signatures to stratigraphic and structural frameworks, she contributes to high-resolution basin reconstructions and broader geodynamic and paleogeographic interpretations. She is also engaged in diagenetic modelling, aiming to understand how post-depositional processes modify sediment textures and reservoir properties. Through this multidisciplinary approach, her work seeks to decode the geological history archived in clastic sediments and improve models of basin evolution in diverse tectonic settings.