The Taiwan orogen sitting at the pre-rifted Eurasian margin and bracketed by two sub-
orthogonal subduction systems is subject to complicated geotectonics, motivating numerous …

The convergence of the Philippine Sea and the Eurasian plates in the Taiwan region led to
the formation of a young collisional mountain between two subduction zones of nearly …

For more than 10 years, the Central Weather Bureau of Taiwan has operated an earthquake
early warning (EEW) system and has issued warnings for specific agencies. For the past two …

Two major earthquakes of ML greater than 6.0 occurred in Taiwan in the first half of 2013.
The vibrant shaking brought landslides, falling rocks and casualties. This paper presents a …

ABSTRACT A dense seismic network can increase Earthquake Early Warning (EEW) system
capability to estimate earthquake information with higher accuracy. It is also critical for …

This study explores the b-value variations prior to M≥ 6.0 earthquakes in Taiwan,
examining their potential as earthquake precursors. Focusing on the 2018 Hualien …

The accuracy of earthquake localization is of great importance for earthquake monitoring
systems. Traditionally, numerical optimization methods are used to estimate the hypocenter …

Geoelectric precursors are considered to be predictors of earthquakes, but this issue is still
under debate. The objective of this research is to statistically test the relationship between …

The rapid and reliable estimation of the magnitudes of large earthquakes is critical for
determining the potential shaking damage and tsunami hazards. The primary challenge to …

In this work, we perform an evaluation of the coverage of the earthquake monitoring network
of Taiwan. The capability of a general network is a function of an adequate number of …