Ph.D, Institute of Earth Sciences, National Taiwan Ocean University, Taiwan
Yung-Hsiang Su is a dedicated sixth-year Ph.D. student at the Institute of Earth Sciences, National Taiwan Ocean University, Taiwan , under the guidance of Prof. Tan-Kin Wang . His primary research explores the processing and application of Multi-Channel Seismic (MCS) and Ocean-Bottom Seismometer (OBS) data . Passionate about marine geophysics and basin structure, Su has actively participated in academic conferences and published his findings in international journals . His recent work, “Stratigraphic structure and fault interpretation of the foreland basin system in the middle Taiwan Strait,” is published in the Journal of Asian Earth Sciences . With growing recognition in his field and a commitment to scientific excellence, Su is positioning himself as a promising scholar in marine geology and seismic interpretation .
Profile
Orcid
🎓 Education
Yung-Hsiang Su is pursuing a Ph.D. in Earth Sciences at the National Taiwan Ocean University , where he has spent six years conducting advanced geophysical research . Under Prof. Tan-Kin Wang’s supervision, he has gained hands-on experience in seismic data interpretation using MCS and OBS technologies . His academic journey emphasizes structural geology, stratigraphy, and tectonics, all within a marine geoscience context . He also actively engages in academic publishing and scientific discourse through national and international conferences . Prior to his Ph.D., Su completed undergraduate and possibly master’s level studies in geosciences or related fields, laying a strong theoretical and methodological foundation . His academic progression showcases a clear commitment to research excellence and marine geological exploration .
💼 Experience
As a sixth-year doctoral student, Su has accumulated considerable research experience in marine seismic data analysis . He has led or contributed to multiple projects involving Multi-Channel Seismic (MCS) and Ocean-Bottom Seismometer (OBS) data in Taiwan’s marine basins . He has presented his findings at major scientific forums and is an active member of the Chinese Taipei Geophysical Society . His responsibilities include seismic data processing, interpretation, mapping fault lines, and identifying tectonic features beneath the Taiwan Strait’s seabed . Su’s research is both field-based and computational, demanding high proficiency in data software, geological modeling, and interpretation techniques . With publication success and collaboration with experienced faculty, Su has matured into a skilled early-career researcher capable of independent academic work .
🏅 Awards and Honors
While formal awards are currently limited, Yung-Hsiang Su’s academic recognition includes a peer-reviewed publication in the Journal of Asian Earth Sciences, which validates the quality and impact of his research . His paper on the stratigraphy and fault systems in the Taiwan Strait showcases novel findings and methodological rigor . As a student member of the Chinese Taipei Geophysical Society , Su maintains active involvement in scholarly communities, positioning him for future honors in marine geophysics. His ongoing participation in international conferences and contribution to academic discourse reflect his rising scholarly profile . Nominated for the Best Researcher Award, Su is recognized for initiating significant tectonic interpretations regarding fault dynamics driven by the Philippine Sea Plate and South China Sea interactions .
🔬 Research Focus
Yung-Hsiang Su specializes in the processing and application of Multi-Channel Seismic (MCS) and Ocean-Bottom Seismometer (OBS) data to interpret subsurface structures . His research focuses on unraveling the tectonic and stratigraphic architecture of the middle Taiwan Strait, emphasizing strike-slip fault systems and foreland basin dynamics . He investigates both left-lateral and right-lateral fault orientations influenced by regional plate movements involving the Philippine Sea Plate and South China Sea interactions . His current projects integrate seismic imaging, tectonic analysis, and stratigraphic interpretation to understand fault reactivation and deformation patterns beneath marine environments . These studies offer key insights into Taiwan’s evolving geodynamics, contributing to seismic hazard assessment and regional geological models . Su’s work blends field data, computational modeling, and theoretical geology, driving innovation in seismic geoscience .
🏁 Conclusion
Yung-Hsiang Su shows promise as a developing researcher in geophysics with a focused contribution to seismic interpretation. However, for the Best Researcher Award, the current profile lacks the depth and breadth typically expected at this level—especially in terms of publication volume, impact, and professional engagements. He may be better suited for a Young Scientist Award or Emerging Researcher Recognition, which are more aligned with early-career stages. With continued publishing, expanding collaborations, and a stronger citation profile, he would be a stronger candidate in the near future.
Publication
📘 Title: Stratigraphic structure and fault interpretation of the foreland basin system in the middle Taiwan Strait
📅 Year: 2025
✍️ Authors: Yung-Hsiang Su, Tan K. Wang, Sebastian Wege