Completed catalogue assessment
- Eligibility decision
- Include · Include
- Assessment date
- 28 September 2026
- Decision reason
- Original source identity and relevant content established; exact unsupported metadata replaced and evidential limits recorded.
- Metadata corrections
- {"canonical_title":"Datasets and Analysis scripts for \"The first minutes of the 2026 Nepal rock-ice avalanche and flash flood\"","publication_date":"2026-09-21","last_updated":"2026-09-22","production_method":"Deposited far-field single-force inversion products, near-field relative-amplitude tracking, and r.avaflow scenario videos. The preferred far-field result is one of 24 tabulated solutions from 47 stations; near-field analysis uses 16 stations.","validation_status":"author_deposited_dataset_not_independently_validated","uncertainty_summary":"Preferred resultant force 2.46 × 10^12 N and horizontal force 2.44 × 10^12 N peak at 104 s. A separate 523-sample solution has a horizontal peak of 2.05 × 10^12 N; these histories must not be mixed. Empirical mass scaling has uncertainty beyond the range of the 24 solutions.","limitations":"Raw waveforms and StationXML are excluded from the far-field deposit. Model videos use an imposed release of 200 Mm³, not a measured source volume. Deposit-level CC BY 4.0 and component-level MIT code/CC BY data terms are distinct.","bbox_wgs84":"","reviewed_on":"2026-09-28","current_status":"eligibility_assessed","description":"Author-deposited far-field force-inversion products, near-field radiation-tracking products, and model simulation videos for the 26 August 2026 Langtang Lirung event."}
Identity and coverage
- Catalogue identifier
- res-b428d019-482a-41e9-9182-58df21089ca3
- Original-title language
- English
- English-title status
- Not applicable
- Persistent identifier
- 10.5281/zenodo.22884627
- Resource version
- 1
- Publication date
- 21 September 2026
- Last updated
- 22 September 2026
- Metadata reviewed
- 28 September 2026
- Language
- English
- Geographic coverage
- Langtang Lirung catchment and global broadband seismograph stations
- Bounding box (WGS 84)
- Not stated
- Temporal coverage
- 26 August 2026; Event
- Themes
- Seismology, Landslide Seismology, Force Inversion, Numerical Simulation, Geophysics, Mountain Hazards
Method and provenance
- Production method
- Deposited far-field single-force inversion products, near-field relative-amplitude tracking, and r.avaflow scenario videos. The preferred far-field result is one of 24 tabulated solutions from 47 stations; near-field analysis uses 16 stations.
- Provenance
- Deposited on Zenodo by Shuye Huang, Chan Mao Chen, and Binhao Wang on 21 September 2026 under DOI 10.5281/zenodo.22884627.
- Validation
- Author Deposited Dataset Not Independently Validated
- Uncertainty
- Preferred resultant force 2.46 × 10^12 N and horizontal force 2.44 × 10^12 N peak at 104 s. A separate 523-sample solution has a horizontal peak of 2.05 × 10^12 N; these histories must not be mixed. Empirical mass scaling has uncertainty beyond the range of the 24 solutions.
- Limitations
- Raw waveforms and StationXML are excluded from the far-field deposit. Model videos use an imposed release of 200 Mm³, not a measured source volume. Deposit-level CC BY 4.0 and component-level MIT code/CC BY data terms are distinct.
Access and reuse
- Access
- Direct Open; open access route
- Licence
- CC-BY-4.0; licence evidence
- Redistribution
- Permitted Under Stated Licence
- Catalogue status
- Included
- Provider page
- Open authoritative resource page
Assets
3 assetsFar-field three-component single-force seismic inversion data package (Huang et al., 2026)
Asset bounding box not stated. Parent resource coverage: Langtang Lirung catchment and global broadband seismograph stations
Near-field 1-2 Hz seismic radiation tracking dataset (Huang et al., 2026)
Asset bounding box not stated. Parent resource coverage: Langtang Lirung catchment and global broadband seismograph stations
Coupled three-phase r.avaflow avalanche simulation videos (Huang et al., 2026)
Asset bounding box not stated. Parent resource coverage: Langtang Lirung catchment and global broadband seismograph stations

