The goal of the LInOG Project is to generate models of fault deformation that will help determine where and how fast faults are accumulating seismic moment (equivalent to seismic energy) to allow us to understand the fundamental mechanics of deformation of the fault, which has implications for future seismic hazard.
This work aims to determine the seismogenic potential of the Sindangan-Cotabato Fault (SCF).
Masters Research
Seismotectonics of the 2007 Hinunangan, southern Leyte earthquake (Yel Santiago)
Undergraduate Research
Using machine learning to predict trace element concentration (Paul Villora | co-advised with Dr. Gabo-Ratio)
Evaluating the foreshock statistics in the Philippines (Denisse Soriano)
1994 Aglubang River fault scarp analysis from Lidar Data (Aian Baal)
The 1990 Luzon earthquake rupture: from historical to Lidar data (Micko Palma)
2017 Lanao earthquake rupture and its relationship with regional faulting (Earl Isorena)
The relationship of PSP-Eurasia convergence rate with seismicity rate and earthquake energy (Elisha Peña)
Earthquake depth distributions in the Philippine Mobile Belt as an indication of seismogenic depth (Cristan Malaiba)
InSAR analysis of ground deformation related to the 2025 Dapu, Chiayi earthquake, Taiwan (Therese Bajarias)
Fault scarp morphology analysis of the San Manuel and San Jose segments of the Philippine fault (Chester Lomboy)
Investigating the role of 2D fault-network complexity with earthquake sequence occurrence in the Philippines (Ivan Bernardo)
Preservation of the 1973 Ragay Gulf earthquake rupture in Phil-Lidar data (JM Madriñal)
Contact Us:
email through jddianala@nigs.upd.edu.ph
visit our laboratory at Room 126, West Wing, National Institute of Geological Sciences, University of the Philippines, Diliman, Quezon City