Projects
Advancing Earth science through competitive, collaborative research
What are we working on?
Our group's research is sustained through a diverse and continuous portfolio of national and international projects, spanning over two decades of competitive funding from Spanish, European and international agencies, including the Ministerio de Ciencia, Innovación y Universidades, AGAUR, the Dutch Research Council (NWO), the National Geographic Society, the DFG and the Alexander von Humboldt Foundation, among others. These projects reflect the breadth of our knowledge areas, addressing questions that range from the sedimentology and geochemistry of evaporite basins and carbonate reservoirs, to the paleobiology of amber and Cretaceous ecosystems, plant-insect coevolution, and the geological drivers of human evolution in Africa.
In recent years, our research has increasingly focused on the geological foundations of the energy transition, including the assessment of geothermal potential in carbonate reservoirs and mountain regions, the characterization of critical raw materials such as rare earth elements and yttrium, and the study of fluid circulation in fold-and-thrust belts relevant to CO2 storage. Current flagship projects include PIROS, a cross-border Interreg POCTEFA initiative evaluating geothermal resources across the Pyrenees, and MINERBALA, MICIU-funded and dedicated to understanding the enrichment of critical metals in karst bauxites and nickeliferous laterites. Alongside these applied lines, we continue to pursue fundamental research into paleoecology, biostratigraphy and evolutionary biology through projects such as FLOW, CREI and IBERCAFO, reinforcing our commitment to both discovery-driven and applied Earth science.
Featured projects
PIROS
A cross-border Interreg POCTEFA-EU project bringing together Spain, France and Andorra to assess the geothermal potential of the central-eastern Pyrenees, advancing knowledge on Pyrenean hot springs and renewable energy solutions for rural areas.
ORRI
A coordinated project bringing together structural, geophysical and petrological expertise to unravel the superimposed rifting and orogenic cycles recorded in mountain belts, with direct applications to subsurface reservoir characterization.
Geofluids & Carbonate Rocks
We analyze the interactions between structural deformation, diagenetic processes, and fluid circulation in carbonate reservoirs from a multiscale perspective to evaluate their impact on rock permeability and reservoir compartmentalization.