The Vlastislav Červený Student Prize is an annual award recognizing outstanding Bachelor’s and Master’s theses in theoretical and applied geophysics within Central Europe. Established by the Seismik s.r.o. now organized by the EAGE Local Chapter Czech Republic, the prize commemorates the scientific legacy of Prof. Vlastislav Červený and aims to support the development of early-career geoscientists. This article summarizes its origins, evolution, and impact on the regional geophysical community.
Academic awards for early-career researchers play an important role in strengthening scientific communities, and the EAGE Local Chapter Czech Republic (LC EAGE CZ) has long been committed to this mission. Its annual student competition, today known as the Vlastislav Červený Student Prize, has developed into a respected regional platform highlighting high-quality work in seismology, applied geophysics, and related fields. The award brings visibility to emerging talent, supports professional development, and reinforces the scientific standards associated with Central European geophysics.
A major milestone came in 2022, when the prize was renamed in memory of Professor Vlastislav Červený (1932–2022) and number of sponsors increased. Professor Červený’s passing in May 2022 was widely felt across the international geophysical community. Prof. Červený was one of the most influential Czech geophysicists of the 20th and early 21st centuries, internationally recognized for his pioneering work in ray theory, asymptotic methods, and wave propagation in complex geologic structures.
He served for decades at Charles University in Prague and played a key role in establishing the Czech school of theoretical seismology. Many of his students became respected researchers and industry specialists, and numerous international collaborations originated from his academic leadership. Naming the student prize after him was widely viewed as a natural continuation of his commitment to mentoring and education.
The prize is awarded annually in two categories: Best Bachelor’s Thesis and Best Master’s Thesis. Eligible submissions must be defended during the defined academic period and may be written in English, Czech, or Slovak. Geographic eligibility includes the Czech Republic, Slovakia, Austria, Germany, Poland, Hungary, and Switzerland, reflecting the cross-border character of Central European geoscience. Submissions undergo evaluation by a committee composed of academics and industry specialists. Criteria include methodological quality, originality, clarity of presentation, and relevance to applied or theoretical geophysics.
The prize is supported jointly by academic institutions, geophysical service companies, and industrial partners. Significant long-term contributors have included Seismik s.r.o., G Impuls, INSET, and the Faculty of Mathematics and Physics and Faculty of Science of Charles University, together with support from EAGE through the PACE Event Support Programme.
Awardees receive a financial prize, EAGE membership for the following year, and a voucher for an online course through the EAGE Learning Geoscience platform. The award ceremony is embedded into a special LC EAGE CZ meeting, where winners present their work to the professional community.
In recent years the prize has gained increased visibility. Strong participation from universities outside the Czech Republic has highlighted its regional significance. Each competition cycle continues to attract a mix of theoretical and applied research topics, from advanced seismological modeling to near-surface geophysics, engineering seismology, geothermal monitoring, and environmental applications. List of historical awards can be found at http://eagelc.cz/winners.html and topics of winning works range from Planetary science to geology. The leading number of awards has been granted to the Faculty of Science of Charles University (CU) (12) followed by the Faculty of Mathematics and Physics CU (3), ETH Zurich (2), University of Vienna and Comenius University in Bratislava (2) and others.
The prize has gradually become a bridge between academic environments and the applied geophysics industry. Many past winners have continued into Ph.D. programs or entered professional roles in geophysical monitoring, seismic imaging, environmental studies, or geotechnical engineering.
By emphasizing both theoretical depth and practical relevance, the competition reflects the evolving nature of geophysics as a discipline—one in which fundamental wave-propagation theory intersects with industrial-scale challenges such as CO₂ storage monitoring, microseismic surveillance, and structural stability assessment. The prize also reinforces the presence of Central Europe on the broader EAGE map, supporting collaboration across borders and generations.
In conclusion, the Vlastislav Červený Student Prize has developed into a respected tradition in Central European geophysics. It preserves the legacy of a leading figure in Czech seismology while providing recognition and professional support for emerging researchers. As the field evolves through new technologies and interdisciplinary applications, the prize continues to highlight the innovative work produced by young geoscientists and supports their integration into the international research community.
More information about the prize
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Organizer
The organizer of the competition is EAGE Local Chapter Czech Republic (LC EAGE Czech Republic z.s., Kubišova 1265/8, 182 00 Prague 8, Czech Republic).
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Winners
| Academic year | Winner | Affiliation | Thesis title |
|---|---|---|---|
| 2011/2012 | Filip Kostka (Bachelor’s thesis) | Charles University (Faculty of Mathematics, Physics and Informatics) | Quasidynamic modeling of tectonic faults: segmentation of earthquakes |
| 2012/2013 | 1. Radek Klanica (Bachelor’s thesis) 2. Oskar Vaško (Bachelor’s thesis) | Charles University (Faculty of Natural Sciences) | 1. Effects of cultural noise in natural magnetotelluric signals 2. Seismograph installation and complex analysis of recorded data |
| 2013/2014 | 1. Žaneta Novotná (Bachelor’s thesis) 2. Martin Mazanec (Bachelor’s thesis) 3. Martin Mityska (Master’s thesis) | Charles University (Faculty of Natural Sciences) | 1. Location and survey of the historical masonry using geophysical methods 2. Fundaments for the construction of the magnetometer from the carbon nanotubes for geological purposes 3. Distribution of noise sources recorded by the WEBNET network seismic stations and the velocity model of S-waves propagation in the upper crust of the seismicly active region of Western Bohemia gained on the base of seismic interferometry |
| 2014/2015 | 1. Marek Kozoň (Bachelor’s thesis) 2. Michaela Káňová (Master’s thesis) | Charles University (Faculty of Mathematics, Physics and Informatics) | 1. Thermal Evolution of Saturn’s Moon Enceladus 2. Evolution of terrestrial exoplanets |
| 2016/2017 | Martin Mazanec (Master’s thesis) | Charles University (Faculty of Natural Sciences) | Statistical analysis of natural and induced seismicity catalogues |
| 2017/2018 | David Hanák (Master’s thesis) | Charles University (Faculty of Natural Sciences) | Data processing of well log complex |
| 2018/2019 | 1. Martin Šuťjak (Master’s thesis) 2. Jozef Müller (Bachelor’s thesis) | Charles University (Faculty of Natural Sciences) | 1. Effect of the pre- and syn-depositional tectonics on the development of delta and its fan on the rifted continental margin; northern Exmouth Plateau 2. Focal mechanisms of earthquakes in the secondary focal zones in West Bohemia (thesis in Slovak) |
| 2019/2020 | Václav Fait (Master’s thesis) | Charles University (Faculty of Natural Sciences) | Time-domain electromagnetics and its applications for prospection of maar volcanoes |
| 2020/2021 | 1. Galina Simeonova (Master’s thesis) 2. Jaroslav Jaroš (Bachelor’s thesis, Honorary) | 1. Comenius University in Bratislava (Faculty of Mathematics, Physics and Informatics), and University of Vienna 2. Charles University (Math and Physics) | 1. Upper mantle structure beneath wider Vienna Basin from array analysis of surface waves 2. Gravitational signal of model of Earth crust |
| 2021/2022 | 1. Sophie Authried (Master’s thesis) 2. Francesco Colosimo (Bachelor’s thesis, Honorary) | 1. University of Vienna and Comenius University in Bratislava 2. Charles University (Faculty of Natural Sciences) | 1. Investigation of effects of poroelasticity on seismic wave speed in Argostoli, Greece 2. Real-time magnitude estimation using MEMS-based accelerometers |
| 2022/2023 | 1. Timothée Delcourt (Master’s thesis) 2. Patrick Pfammatter (Bachelor’s thesis) 3. Barbora Marešová (Bachelor’s thesis, Honorary) 3. Zbyněk Fojt (Master’s thesis, Honorary) | 1. ETH Zurich 2. ETH Zurich 3.Charles University (Faculty of Natural Sciences) 4. Masaryk University (Faculty of Science) | 1. Is there no free lunch in low dimensional parameter estimation? 2. Seismic tomography of an alpine landslide using Distributed Acoustic Sensing. 3. Geophysical prospection of Early Medieval settlements 4. Landslides near Semanín fault between Ústí nad Orlicí and Semanín |
| 2023/2024 | 1. Franziska Heck (Master’s thesis) 2. Petr Fedorchuk (Bachelor’s thesis) 3. Michelle Putr (Bachelor’s thesis, Honorary) | 1. University of Hamburg 2. Charles University 3. Ludwig-Maximilians-Universität München | 1. Using total electron content data for earthquake prediction 2. Seismic refraction tomography and surface waves dispersion analysis for near surface characterization 3. Palaeomagnetism of Cainozoic Volcanic Samples from Gorontalo (Sulawesi, Indonesia) |
| 2024/2025 | 1. Angelin Mariam Binny 2. Jan Hohermuth (Bachelor’s thesis) | 1. LMU Munich 2. ETH Zurich | 1. Seismic Response Evaluation in Six Degrees of Freedom: Insights from a Shake Table Experiment 2. Measuring acceleration and rotation caused by tree sway using low-cost inertial motion sensors |




