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":"Rapid warming in the Himalaya exacerbates geohazard cascades beyond adaptation limits","publication_date":"2026-09-15","last_updated":"","resource_version":"","description":"World Weather Attribution scientific report examining the regional warm-season temperature context and climate attribution relevant to Himalayan geohazards.","validation_status":"scientific_report_peer_review_status_not_established","provenance_summary":"The original Imperial College London Spiral record identifies a report issued 15 September 2026, DOI 10.25560/136420, licensed CC BY-NC-ND 4.0.","production_method":"Regional observational and climate-model analysis with lapse-rate-adjusted high-elevation temperature context; methodological details and uncertainties are those of the original report.","uncertainty_summary":"Regional attribution results and extrapolated high-elevation air temperature do not measure source-zone permafrost temperature or prove a specific failure mechanism.","limitations":"Report-scale spatial and temporal definitions differ among analyses. Do not represent one invented bounding box or date interval as the footprint of all underlying inputs. Named-expert peer review was not established.","bbox_wgs84":"","temporal_start":"","temporal_end":"","reviewed_on":"2026-09-28","current_status":"eligibility_assessed"}
Identity and coverage
- Catalogue identifier
- res-67a37b86-0bb3-440a-8774-f1cdf13aee53
- Original-title language
- English
- English-title status
- Not applicable
- Persistent identifier
- 10.25560/136420
- Resource version
- Not stated
- Publication date
- 15 September 2026
- Last updated
- Not stated
- Metadata reviewed
- 28 September 2026
- Language
- English
- Geographic coverage
- Central Himalayan mountain range, Langtang region, and downstream river valleys in Nepal and southern Tibet
- Bounding box (WGS 84)
- Not stated
- Temporal coverage
- Not stated; Multi Year Baseline And Event Analysis
- Themes
- Rapid Attribution, Climate Change, Extreme Warming, Mountain Hazards, Geohazard Cascade, Meteorology, Forensic Analysis
Method and provenance
- Production method
- Regional observational and climate-model analysis with lapse-rate-adjusted high-elevation temperature context; methodological details and uncertainties are those of the original report.
- Provenance
- The original Imperial College London Spiral record identifies a report issued 15 September 2026, DOI 10.25560/136420, licensed CC BY-NC-ND 4.0.
- Validation
- Scientific Report Peer Review Status Not Established
- Uncertainty
- Regional attribution results and extrapolated high-elevation air temperature do not measure source-zone permafrost temperature or prove a specific failure mechanism.
- Limitations
- Report-scale spatial and temporal definitions differ among analyses. Do not represent one invented bounding box or date interval as the footprint of all underlying inputs. Named-expert peer review was not established.
Access and reuse
- Access
- Direct Open; open access route
- Licence
- CC-BY-NC-ND-4.0; licence evidence
- Redistribution
- Permitted Under Stated Licence
- Catalogue status
- Included
- Provider page
- Open authoritative resource page
Assets
1 assetRapid warming in the Himalaya exacerbates geohazard cascades beyond adaptation limits
Asset bounding box not stated. Parent resource coverage: Central Himalayan mountain range, Langtang region, and downstream river valleys in Nepal and southern Tibet