artículo académico

• Faulting styles imprinted on geomorphic features: Insights from morphometric analysis and paleostress tensors in the Western Andean Front (35°S-38°S), Chile.  JOURNAL OF SOUTH AMERICAN EARTH SCIENCES.  153. 2025
• Land-Use Impacts on Soil Erosion: Geochemical Insights from an Urban Drinking Catchment, South-Central Chile.  WATER.  16(22). 2025
• Neogene to Quaternary spatio-temporal evolution of volcanism in the Lazufre Volcanic Area, Southern Central Volcanic Zone: insights from tectonic and magmatic processes.  BULLETIN OF VOLCANOLOGY.  87(12). 2025
• Paleoseismological evidence of a century of coastal deformation in central Chile: lasting emergence and ongoing submergence.  QUATERNARY SCIENCE REVIEWS.  19. 2025
• Pliocene to Holocene Deformation and Earthquake Potential of the Mesamávida Fault, West Andean Thrust System of Central-Southern Chile (36°S).  TECTONICS.  44(7). 2025
• Geomorphic signatures of neotectonic activity along the Western Andean Front in the Chilean Andes (35°S to 37°S).  EARTH SURFACE PROCESSES AND LANDFORMS.  49(7):2205-2228. 2024
• Glacial and volcanic landforms in the upper catchment of Claro River, Central Chile (35.5°S): A Late Quaternary geomorphological case study.  EARTH SURFACE PROCESSES AND LANDFORMS.  49(7):2291-2307. 2024
• Neotectonic faults in the Southern Chile intra-arc (38°S-40.5°S): Insights about their seismic potential and the link with the megathrust earthquake cycle.  TECTONOPHYSICS.  846. 2023
• "The role of ignimbrites and fine sediments in the lithium distribution and isotopic fractionation in hyperarid environments: Insights from Li-isotopes in the Atacama Desert".  JOURNAL OF GEOCHEMICAL EXPLORATION.  241. 2022
• Linking Upper-Plate Fault Reactivation With the Megathrust Earthquake Cycle: The Case of the Northern Chile Outer Forearc (19°S-23°S).  TECTONICS.  41(11). 2022
• Seismic source analysis of two anomalous earthquakes in Northern Chile.  JOURNAL OF SOUTH AMERICAN EARTH SCIENCES.  119. 2022
• The cryptic seismic potential of the Pichilemu blind fault in Chile revealed by off-fault geomorphology.  NATURE COMMUNICATIONS.  13(1). 2022
• Fast Holocene slip and localized strain along the Liquiñe-Ofqui strike-slip fault system, Chile.  SCIENTIFIC REPORTS.  11(1). 2021
• Neotectonic evidence for Late Quaternary reverse faulting in the northern Chile outer forearc (22.5°S-23°S): Implications for seismic hazard.  JOURNAL OF SOUTH AMERICAN EARTH SCIENCES.  109. 2021
• Paired Be-10 sampling of polished bedrock and erratic boulders to improve dating of glacial landforms: an example from the Western Alps.  EARTH SURFACE PROCESSES AND LANDFORMS.  45(5):1168-1180. 2020
• Recurrence of large paleo-earthquakes in Kashmir Himalaya seismic gap (Riasi area, India).  JOURNAL OF ASIAN EARTH SCIENCES.  201. 2020
• Hidden Holocene Slip Along the Coastal El Yolki Fault in Central Chile and Its Possible Link With Megathrust Earthquakes.  JOURNAL OF GEOPHYSICAL RESEARCH-SOLID EARTH.  124(7):7280-7302. 2019
• Late quaternary out-of-sequence deformation in the innermost kangra reentrant, NW Himalaya of India: seiemic potential appraisal from 10Be dated fluvial terraces.  JOURNAL OF ASIAN EARTH SCIENCES.  158:140-152. 2018
• Geometrical trends within sequences of pleistocene marine terraces: selected examples from California, Peru, Chile and New-Zealand.  ZEITSCHRIFT FUR GEOMORPHOLOGIE.  61(1):53-73. 2017
• Holocene shortening rates and seismic hazard assessment for the frontal Potwar Plateau, NW Himalaya of Pakistan: Insights from Be-10 concentrations on fluvial terraces of the Mahesian Anticline.  QUATERNARY INTERNATIONAL.  462:75-89. 2017
• Paleoseismology of the Mejillones Fault, northern Chile: Insights from cosmogenic Be-10 and optically stimulated luminescence determinations.  TECTONICS.  31(2). 2017
• Pleistocene uplift, climate and morphological segmentation of the Northern Chile coasts (24 degrees S-32 degrees S): Insights from cosmogenic Be-10 dating of paleoshorelines.  GEOMORPHOLOGY.  274:78-91. 2016
• Normal upper plate fault reactivation in northern Chile and the subduction earthquake cycle: From geological observations and static Coulomb Failure Stress (CFS) change.  TECTONOPHYSICS.  639:118-131. 2015