This study integrates airborne LiDAR, 3-D structural mapping, satellite imagery, UAV observations, and field investigations to reconstruct the regional structural…
How much geothermal heat is escaping from the surface of the Tatun Volcanic Group, and how well can we measure…
Slow-moving landslides often accelerate and decelerate seasonally, but similar patterns of surface motion do not necessarily reflect the same physical…
On August 5, 2026, our research group conducted a field trip to examine Miocene and Oligocene rocks in the Hsintien…
The SRLab is equipped with the RIEGL RiCOPTER, a professional unmanned aerial vehicle (UAV), or drone, designed for high-precision mapping…
This research focuses on Kueishantao (also known as Turtle Island), an active and iconic volcanic island situated off the northeastern…
Long-term landslide monitoring often faces a practical problem: ground instruments require continuous maintenance, and gaps inevitably develop in otherwise valuable…
Using high-resolution DEM derived from LiDAR in Taiwan's Coastal Range, this study overcame challenges in geologic mapping caused by dense…
Volcanic systems can express subsurface activity in different ways. Two potentially complementary signals are changes in land surface temperature and…
This study focuses on detecting and monitoring slow-moving landslides in Taiwan using a sophisticated radar technique. Identifying over 2500 pre-existing…
This study examines sediment erosion in Taiwan's Zhoukou River Basin over the past 30 years, focusing on the impact of…
We investigate a slow-moving landslide in southern Taiwan using satellite radar data. By applying a technique called Persistent Scatterer Interferometry…