Wintertime Stratospheric Circulation Response to Nuclear Conflict Smoke

Encompassing processed model output used to generate all figures for a 2026 manuscript on atmospheric response to smoke injection. It includes atmospheric variables such as zonal wind, temperature, and heating rates for the analysis period described in the paper. The specific row count, column count, and file size are unknown.

Use Cases

• Analyze the stratospheric zonal wind response to smoke injection from a regional nuclear conflict.
• Model temperature anomalies in the wintertime stratosphere following simulated smoke perturbations.
• Calculate atmospheric heating rates derived from the model output to understand energy budget changes.
• Validate climate model diagnostics for extreme aerosol loading scenarios using the provided processed data.

Strengths

• Data is directly tied to a 2026 peer-reviewed manuscript, ensuring academic relevance.
• Includes multiple key atmospheric variables (e.g., zonal wind, temperature, heating rates) for a comprehensive analysis.
• Processed model output is provided, potentially reducing preprocessing effort for specific analyses.

Limitations

• The dataset scope is limited to the specific model experiment and analysis period of the associated paper.
• Sample data and specific data dimensions (rows, columns) are unavailable, hindering initial assessment of structure and size.
• As specialized model output, it requires domain expertise in atmospheric science and NetCDF data handling for effective use.

Provenance

Source

Harvard Dataverse, authored by Yook, Simchan.

Collection Method

Processed output from a climate model simulation.

Time Range

Covers the analysis period described in the associated manuscript; specific dates are not provided.

Freshness

Data was last updated on 2026-02-11.

Geography

Global, focusing on stratospheric circulation; specific regional focus is not detailed.