Slip rate along the major active fault is an important parameter in the quantitative study of
active tectonics. It is the average rate of fault slip during a certain period of time, reflecting …

High-resolution topographic data are fundamental for active tectonics studies. Within the last
2 decades, the airborne light detection and ranging (LiDAR) system provided a solution for …

Abstract The Yadong-Gulu rift is the largest active rift within the southern Tibet Plateau.
Although tectonic characteristics and geodynamic implications of normal faulting have been …

Constraining the fault slip rate on a fault can reveal the strain accumulation and partitioning
pattern. The Aksay segment, the eastern segment of the Altyn Tagh fault, as the starting area …

High-resolution topographic and stratigraphic datasets have been increasing applied in
active fault investigation and seismic hazard assessment. There is a need for the …

Although geomorphic evidence and shallow geometry of active faults are significant for the
understanding and assessing of fault activity and seismic hazards, it is challenging to …

Paleoseismological research for a slowly deforming intraplate fault can provide essential
information for understanding not only the spatiotemporal characteristics of past …

受地壳内部持续运动和沉积, 风化等自然动力及人类生产与生活活动影响,
活断层微地貌形态往往比较复杂, 传统测量方法较难快速, 高效地获取大范围内精细化的活断层 …

China's first optical stereo mapping satellite with a sub-meter resolution, GaoFen-7 (GF-7),
launched in November 2019, shows significant potential for providing high-resolution …

Integrated TLS and GPR data can provide multisensor and multiscale spatial data for the
comprehensive identification and analysis of surficial and subsurface information, but a …