Climate warming preconditioning, ERA5 Land storyline attribution and FAIR simulation code: World Weather Attribution and Zenodo
- Outcome
- Completed
- Search date
- Source
- World Weather Attribution (WWA) and Zhejiang University / Northeast Forestry University
- Reference
- RUN-20260923-068
- Aim
- Retrieve peer reviewed rapid attribution reports and reproducible Python simulation code packages analyzing multi decadal 0°C isotherm elevation, record summer melt season conditioning, and counterfactual climate storylines.
- Source and interface
- World Weather Attribution (WWA) and Zhejiang University / Northeast Forestry University — WWA Publication Archive and Zenodo REST API
- Search method
- Query WWA publications repository for Nepal AND Himalaya AND 2026; query Zenodo for record 22806147 (Wang, Mi, and Lin).
- Criteria
Criterion 45 year ERA5 Land atmospheric reanalysis (1980 to 2026) Criterion temperature anomaly time series Criterion open reproducible code package. - Coverage
- WWA Scientific Report No. 92 and Zenodo reproducible Python code package (3.5 MB zip) documenting a +1.8°C summer warming anomaly and record 0°C isotherm elevation.
- Stopping rule
- Capture authoritative climate attribution reports and associated open code repositories.
- Result
2 climate attribution resources catalogued across 2 assets: WWA Report No. 92 PDF and Wang, Mi, and Lin (2026) FAIR open data package and reproducible code.
Resource links below show the completed assessment outcomes. The search result above records discovery at the search date.
Rapid warming in the Himalaya exacerbates geohazard cascades beyond adaptation limits