Cosmic Ray 14CO Production Estimates from Antarctic Cylinder Exposures

SCIOPS research provides an estimate of the natural cosmic ray background production rate of radioactive carbon monoxide (14CO). Measurements were derived from cylinders exposed in Antarctica, with comparisons to exposures in the Southern Alps of New Zealand and the USA. The dataset size, specific row count, and last update date are not provided.

Use Cases

• Model 14CO production rates using exposure location data from Antarctica, New Zealand, and the USA.
• Compare cosmic ray flux intensity by analyzing 14CO measurement values across different geographic sites.
• Validate atmospheric transport models with estimated production rate figures for the natural cosmic ray background.

Strengths

• Data includes comparative measurements from three distinct geographic regions: Antarctica, New Zealand, and the USA.
• Research focuses on a specific, measurable atmospheric phenomenon: the production rate of 14CO.

Limitations

• Sample size and data volume are unknown, limiting statistical power.
• The temporal coverage and specific measurement dates for the cylinder exposures are not provided.
• Data collection methodology and instrument details are not described.

Provenance

Source

SCIOPS via NASA EarthData.

Collection Method

14CO measurements from cylinders exposed in the atmosphere.

Geography

Antarctica, Southern Alps of New Zealand, and an unspecified location in the USA.