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Overview

Leo Eisner is affiliated with the Czech Academy of Sciences in the Czech Republic. Their research primarily focuses on Earth and Planetary Sciences, with a significant emphasis on Geophysics and related subfields.

The scientist's work spans multiple domains within Earth sciences, including Artificial Intelligence applications in geophysical contexts, Ocean Engineering, Environmental Engineering, and Statistical and Nonlinear Physics.

Key topics in their research include:

  • Seismic Imaging and Inversion Techniques
  • Seismic Waves and Analysis
  • Seismology and Earthquake Studies
  • Earthquake and Tectonic Studies
  • CO2 Sequestration and Geologic Interactions
  • Geophysics and Sensor Technology
  • Economic, Financial, and Policy Analysis

Leo Eisner has published extensively on microseismic monitoring and seismic event location techniques. Notable recent papers include:

  • Recent Advances and Challenges of Waveform-Based Seismic Location Methods at Multiple Scales, 2020, Reviews of Geophysics
  • Machine Learning in Microseismic Monitoring, 2023, Earth-Science Reviews
  • Next Record Breaking Magnitude for Injection Induced Seismicity, 2020, First Break
  • Traveltime-based Microseismic Event Location Using Artificial Neural Network, 2022, Frontiers in Earth Science
  • Localizing Weak Microseismic Events Using Transfer Learning With a Deep Neural Network, 2022, Geophysical Prospecting

The publication venues where Leo Eisner frequently appears include:

  • First Break
  • Geophysical Prospecting
  • Seismological Research Letters
  • SSRN Electronic Journal
  • Reviews of Geophysics

Collaboration is a significant component of Eisner's research activity, with frequent co-authors being:

  • Umair bin Waheed
  • Zuzana Jechumtálová
  • Dmitry Alexandrov
  • František Staněk
  • James P. Verdon

Best Publications

  • The finite-difference time-domain method for modeling of seismic wave propagation

    Peter Moczo;Johan O.A. Robertsson;Leo Eisner

  • Reservoir characterization using surface microseismic monitoring

    Peter M. Duncan;Leo Eisner

  • Felt seismicity associated with shale gas hydraulic fracturing: The first documented example in Europe

    Huw Clarke;Leo Eisner;Peter Styles;Peter Turner

  • Uncertainties in passive seismic monitoring

    Leo Eisner;Peter M. Duncan;Werner M. Heigl;William R. Keller

  • Comparison of surface and borehole locations of induced seismicity

    Leo Eisner;B. J. Hulsey;Peter Duncan;Dana Jurick

  • Non-double-couple mechanisms of microearthquakes induced by hydraulic fracturing

    Jan Šílený;David P. Hill;Leo Eisner;Francois H. Cornet

  • Recent advances and challenges of waveform‐based seismic location methods at multiple scales

    Lei Li;Jingqiang Tan;Benjamin Schwarz;František Staněk

  • Beyond the dots in the box: Microseismicity-constrained fracture models for reservoir simulation

    Leo Eisner;Sherilyn Williams-Stroud;Andrew Hill;Peter Duncan

  • Microseismic signatures of hydraulic fracture growth in sediment formations: Observations and modeling

    T. Fischer;S. Hainzl;L. Eisner;S. A. Shapiro

  • Joint location and source mechanism inversion of microseismic events: benchmarking on seismicity induced by hydraulic fracturing

    D. Anikiev;J. Valenta;F. Staněk;L. Eisner

  • Simultaneous microseismic event localization and source mechanism determination

    Oksana Zhebel;Leo Eisner

  • New model explaining inverted source mechanisms of microseismic events induced by hydraulic fracturing

    František Stanek;Leo Eisner

  • A technique for identifying microseismic multiplets and application to the Valhall field, North Sea

    Stephen J. Arrowsmith;Leo Eisner

  • Prediction of magnitude of the largest potentially induced seismic event

    Miroslav Hallo;Ivo Oprsal;Leo Eisner;Mohammed Y. Ali

  • Noise suppression for detection and location of microseismic events using a matched filter

    Leo Eisner;David Abbott;William B. Barker;James Lakings

  • The peak frequency of direct waves for microseismic events

    Leo Eisner;Davide Gei;Miroslav Hallo;Ivo Opršal

  • A Reciprocity Method for Multiple-Source Simulations

    Leo Eisner;Robert W. Clayton

  • Seismicity Induced by Hydraulic Fracturing in Shales: A Bedding Plane Slip Model

    František Staněk;František Staněk;Leo Eisner

  • Feasibility of joint 1D velocity model and event location inversion by the Neighbourhood algorithm

    Jaromir Jansky;Vladimir Plicka;Leo Eisner

  • Non-double-couple Mechanisms of Microearthquakes Induced by Hydraulic Fracturing

    J. Sileny;L. Eisner;D. P. Hill;F. H. Cornet

Frequent Co-Authors

Robert W. Clayton
Robert W. Clayton California Institute of Technology
Gunther Kletetschka
Gunther Kletetschka Charles University
Luciano Telesca
Luciano Telesca National Research Council (CNR)
Vladimir Grechka
Vladimir Grechka Marathon Oil (United States)
David P. Hill
David P. Hill United States Geological Survey
Serge A. Shapiro
Serge A. Shapiro Freie Universität Berlin
Yaoguo Li
Yaoguo Li Colorado School of Mines
Jan Šílený
Jan Šílený Czech Academy of Sciences
Martin Landrø
Martin Landrø Norwegian University of Science and Technology

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