HANNAH I. SHAMLOO
  • About
    • CV
  • Research & Methods
    • CHIVES lab
    • Timescales
    • Experimental Petrology
    • Modeling
    • Students seeking research experience
  • Outreach
    • DEI in Geoscience
    • Science Communication
    • Yellowstone

Overview

          My research interests include quantifying the processes and timescales that lead to volcanic eruptions, which is crucial information to our ability to monitor such systems and develop effective hazard mitigation plans. I use methods such as mineral and glass geochemistry, diffusion chronometry, experimental petrology, thermodynamic modeling, and statistical modeling. If you are interested in these topics, please peruse this website or contact me!

Applying Computational Modeling to Datasets from Natural Systems

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Volcanic Repose Time & Evaluating Sampling Bias in Eruption Records

           Repose time (the timing between successive eruptions at a given volcano) is an important factor when assigning a volcano a specific threat level which informs scientists and the public of its potential hazard (Ewert et al. 2018). However, little work has focused on long-term patterns of eruptions at a given volcano and to what degree these records are influenced by sampling bias. ​​My work examines these effects through statistical modeling of geochronological datasets (Shamloo et al. in prep; Shamloo et al., AGU Abstracts, 2019).
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  • About
    • CV
  • Research & Methods
    • CHIVES lab
    • Timescales
    • Experimental Petrology
    • Modeling
    • Students seeking research experience
  • Outreach
    • DEI in Geoscience
    • Science Communication
    • Yellowstone