Eirini Poulaki

I am a structural petrochronologist studying tectonic processes by using the metamorphic
                  rock record. Using a wide range of field- and lab-based techniques, including geochronologic
                  and geochemical analyses, field mapping, (micro)structural observations, thermodynamic
                  modeling, oxygen isotopic analyses, and SEM (EBSD/EDS) analyses, Eirini’s research
                  is centered around the understanding of the nature of the fluid-rock interactions
                  and the metamorphic and structural behavior of the lithosphere. 
Most specifically Eirini has projects on (1) the nature of deformation and fluid rock
                  interactions along the subduction interface, which has implications for understanding
                  modern subduction zone processes including hazards; and (2) constraining the pathways
                  and influence of fluids during mantle exhumation including serpentinization, which
                  controls strain localization in the lithosphere and has implications for deep-sea
                  hydrothermal circulation.
is a structural petrochronologist studying tectonic processes by using the metamorphic
                  rock record. Using a wide range of field- and lab-based techniques, including geochronologic
                  and geochemical analyses, field mapping, (micro)structural observations, thermodynamic
                  modeling, oxygen isotopic analyses, and SEM (EBSD/EDS) analyses, Eirini’s research
                  is centered around the understanding of the nature of the fluid-rock interactions
                  and the metamorphic and structural behavior of the lithosphere. 
Most specifically Eirini has projects on (1) the nature of deformation and fluid rock
                  interactions along the subduction interface, which has implications for understanding
                  modern subduction zone processes including hazards; and (2) constraining the pathways
                  and influence of fluids during mantle exhumation including serpentinization, which
                  controls strain localization in the lithosphere and has implications for deep-sea
                  hydrothermal circulation.
Assistant Professor
- Assistant Professor, Louisiana State University August 2024-present
- Assistant Professor, University of Miami | RSMAES 2024
- Postdoctoral Scholar, University of California San Diego | SIO 2023
- Postdoctoral Scholar, University of Washington | Earth and Space Sciences 2022- 2023
- PHD The University of Texas at Austin September 2016-2022
- BS National and Kapodistrian University of Athens, 2011-2015
Opportunities
I am seeking two students to join the MO.S.A.I.C. research group (Metamorphism, Structure,
                  and Isotope Chronology) for two different projects:
One project will focus on reconciling the geophysical observations of slow slip and
                  tremor with geologic and rheological constraints. The project will involve a significant
                  component of fieldwork in the Franciscan, California, (and if desired by the student
                  in the Cyclades, Greece), geochronology/geochemistry, metamorphic petrology, and structural
                  work.
The second project will focus on the feedback between deformation and fluid/rock interactions during mantle exhumation. This project will utilize existing samples collected during IODP Expedition 402 in the Tyrrhenian Sea. The project will involve geochronology/geochemistry, microstructural work, and stable isotope analyses.
Email: epoulaki@lsu.edu
Office: E337 Howe-Russell-Kniffen Geoscience Complex
Phone: 1 (225) 578 1044
Website: https://eirini-poulaki.squarespace.com
Google Scholar:  https://scholar.google.com/citations?user=zadk9VsAAAAJ&hl=en
Research Gate: https://www.researchgate.net/profile/Eirini-Poulaki