由于具有高灵敏度, 观测频带宽, 长期稳定性等优点, 高分辨率钻孔应变仪日益成为当今地学界
开展地壳长期形变观测的主流观测仪器之一, 并逐渐应用到地震和火山事件等引起的高频地震 …

We study anthropogenic noise sources seen on seismic recordings along the central section
of the San Jacinto fault near Anza, southern California. The strongest signals are caused by …

震源机制解, 即对地震矩张量的推断, 对于地震研究具有至关重要的意义. 应变地震观测是张量
观测, 与摆式地震仪的位移矢量观测不同, 可以为地震研究提供新的数据源. 本文讨论用应变地震 …

Whether static or dynamic stress changes play the most important role in triggering
earthquakes in the near field is still in debate. Here, we examine the seismicity rate changes …

Borehole strain monitoring plays a critical role in earthquake precursor research. With the
accumulation of observation data, traditional data processing methods struggle to handle …

Strainmeters measure elastodynamic deformation associated with earthquakes over a broad
frequency band, with detection characteristics that complement traditional instrumentation …

The recently observed slow transients in the Sea of Marmara are important to quantify the
seismic hazard and risk for the greater Istanbul metropolitan region. In this study, we analyze …

Dynamic triggering of earthquakes has been reported at various fault systems. The triggered
earthquakes are thought to be caused either directly by dynamic stress changes due to the …

The unique instrument setting at the Piñon Flat Observatory in California is used to
simultaneously measure 10 out of the 12 components, completely describing the seismic …

We present alternative source models for very low frequency (VLF) events, previously
inferred to be radiation from individual slow earthquakes that partly fill the period range …