We present a new, high spatial resolution image of stress orientation in southern California
based on the inversion of earthquake focal mechanisms. We use this image to study the …

摘要2006 年7 月4 日, 在距离北京100km 左右的文安地区, 发生了犕w= 5.1 级地震,
引起了北京地区的强烈震感. 为了更好的认识区域构造, 我们利用近震及远震波形反演的方法 …

The moment tensors and centroid depths are estimated for eastern California and western
Nevada earthquakes from regionally recorded long-period seismograms using the moment …

Abstract The Corinth Rift in Central Greece has been studied extensively during the past
decades, as it is one of the most seismically active regions in Europe. It is characterized by …

Accurate earthquake source parameters such as fault mechanism, depth, and moment
magnitude are not only important in seismic-hazard assessment, but also are crucial to …

We use relocation and source parameter analysis, including stress drop and directivity, to
investigate fault structure and earthquake interaction of small‐magnitude earthquakes within …

Approximately 25% of the differential motion between the Pacific and North American plates
occurs in the Walker Lane, a zone of dextral motion within the western margin of the Basin …

Dextral transtensional deformation is occurring along the Sierra Nevada–Great Basin
boundary zone (SNGBBZ) at the eastern edge of the Sierra Nevada microplate. In the Lake …

Intense seismic sequences involve a large number of earthquakes densely clustered in
space and time. Their detailed analysis is important for the geometry of the activated faults …

We studied the velocities and driving pressures associated with clastic-dyke formation in the
Ami'az plain, where hundreds of clastic dykes cross-cut the soft rock of the late Pleistocene …