16 datasets found

This dataset was recorded with a compact camera mounted on a drone. We surveyed parts of the Almaty range front fault near the town of Rahat in order to measure the offset of...

The data were collected with a compact camera mounted on a drone. We surveyed parts of fault scarp in order to measure the offset of river terraces and alluvial fans. Overall...

We used a compact camera mounted on a drone to survey the fault scarp of the E-W striking, S-dipping, reverse Almaty range front fault, Kazakhstan. At this site we measured the...

This dataset was recorded in 2016 with a drone and an attached compact camera. We surveyed parts of the fault scarp of the E-W striking, S-dipping, reverse Almaty range front...

Chilik Fault (left-lateral strike-slip fault) in southern Kazakhstan; UAV survey to measure the vertical and horizontal offsets across a fault scarp.

Dzhungarian Fault (right-lateral strike-slip fault) in Eastern Kazakhstan; UAV survey to measure the vertical and horizontal offsets across a fault scarp. This site was also...

Dzhungarian Fault right-lateral strike-slip fault in Eastern Kazakhstan; UAV survey to measure the vertical and horizontal offsets across a fault scarp.

Dzhungarian Fault (right-lateral strike-slip fault) in Eastern Kazakhstan; UAV survey to measure the vertical and horizontal offsets across a fault scarp. This site was also...

Chilik Fault (left-lateral strike-slip fault) in southern Kazakhstan; UAV survey to measure the vertical and horizontal offsets across the fault in a windgap setting.

This dataset is a Pointcloud over Almaty city, Kazakhstan, derived from Pleiades stereo panchromatic optical imagery acquired in 2014. The four scenes (two pairs, covering...

This dataset is a pointcloud over Almaty city, Kazakhstan, derived from Pleiades tristereo optical imagery acquired in 2017. Both the pointcloud were produced using Agisoft...

This point cloud data is derived from drone (DJI Phantom 4) photos by Agisoft PhotoScan Professional software. It captured a fault scarp possibly triggered by the Dzhungarian...

This point cloud data is derived from drone (DJI Phantom 4) photos by Agisoft Photoscan Professional software. It captured the laterally-offset channels by the Dzhungarian Fault...

This point cloud, DEM and orthophotography data are derived from drone (DJI Phantom 4) photos by Agisoft Photoscan Professional software. It captured one of the scarps of a...

This dataset contains a ~280 km long section of the Dzhungarian Fault (Bo-A Fault) running across Kazakhstan and China. The point cloud data were derived via photogrammetric...

This dataset is a pointcloud over Almaty city, Kazakhstan, derived from SPOT6 optical panchromatic imagery acquired in 2014. The pointcloud was produced using ERDAS imagine...