Datasets for Recurrent Transient Landslide Responses to Clustered Seismicity in Peru

The comprehensive dataset was compiled to support research on exploring the recurrent transient responses of slow-moving landslides to clustered moderate seismicity. It contains the comprehensive InSAR multi-track products, landslide inventory, and time-series residual decomposition data used to investigate the dynamic evolutionary trajectories of 332 slow-moving landslides in the Colca River Valley, southeastern Peru (2016–2024).Data structure:1. Slow-moving landslide Inventory (Vector Data)landslide_332/: A subfolder containing the Shapefile (.shp and its auxiliary files) delineating the boundaries and spatial distribution of the 332 identified slow-moving landslides within the study area.2. InSAR Deformation Velocity Maps (Raster Data in GeoTIFF format)Vlos_T25.tif: Line-of-sight (LOS) annual deformation velocity derived from Sentinel-1 ascending Track 25.Vlos_T47.tif: Line-of-sight (LOS) annual deformation velocity derived from Sentinel-1 descending Track 47.Vlos_T127.tif: Line-of-sight (LOS) annual deformation velocity derived from Sentinel-1 descending Track 127.Vslope.tif: Down-slope projected annual deformation velocity map, transformed from the multi-track InSAR observations.3. Time-Series Analysis & Phase Segmentationseismic.txt: Metadata of regional seismic events (M≥4.0) utilized to index the seismic moment release.Regional_mean_residual_displacement.txt: The regional mean residual displacement time series across all landslide points, capturing the cumulative response after removing long-term and seasonal signals.phase_segmentation.txt: Temporal boundary nodes and timestamps defining the recurrent response cycles (Disturbance Phase, Relaxation Phase, and Stability Phase).Residual_displacement_slopes_332.txt: Decomposed displacement slopes for each of the 332 landslides during different evolutionary stages.DP_RP_SP.txt: Calculated statistical mean deformation slopes for the 332 individual slow-moving landslides specifically grouped into the Disturbance Phase (DP), Relaxation Phase (RP), and Stability Phase (SP).