My research expertise is multidisciplinary and encompasses the fields of Structural Geology, Tectonic Geomorphology, Paleoseismology, Geochronology, and Analog/Numerical Modeling. This combination allows me to observe, record, and model field data to predict patterns of tectonic behavior throughout the Central Andes during the Meso- and Cenozoic. As part of my Ph.D., I developed an original numerical platform to simulate the interactions between growth folds and fluvial-alluvial processes, which later led to the focus of my research interests on the identification and characterization of potential seismogenic structures to unravel the neotectonic dynamics and seismic hazard of the Central Andes.
2023 - 2028
From sand grains to mountain chains: linking recent Andean orogenesis and climate changes to the assembly of lowland Amazonia (PAALE)
2024 - 2027
New hypotheses on the tectonic evolution of the Cordillera Blanca Batholith and its structural relationship with the Marañón fold-and-thrust belt and the Cordillera Oriental.
2023 - 2025
Cenozoic evolution of the Arizaro-Pocitos basin (~25ºS): magnitude of cortical shortening and relationship to the construction of the southern Puna (PICT 2021-0806)
1GEM13 - TRABAJO DE TESIS 1
Semestre 2024
Semestre 2023
GEM223 - GEOLOGÍA ESTRUCTURAL
Semestre 2025
Semestre 2024
Semestre 2023
GEM282 - GEOLOGÍA DE CAMPO 2
Semestre 2023
GEM309 - TRABAJO DE TESIS 2
Semestre 2024
Semestre 2023