NASA Carbon Flux Estimates from Wildfires

Carbon Flux for Fires data quantifies carbon emissions released by wildfire events. The dataset is produced by NASA's Carbon Monitoring System (CMS) to support policy and management activities. It was last updated in 2017.

Use Cases

• Modeling net carbon exchange by integrating fire flux data with other land-atmosphere carbon variables.
• Analyzing temporal trends in fire-induced carbon emissions using the time-series data.
• Assessing regional carbon budget impacts by mapping the geospatial distribution of fire flux.
• Validating terrestrial biosphere models by comparing simulated fire emissions against these observational estimates.

Strengths

• Produced by NASA's Carbon Monitoring System, leveraging satellite observations and modeling capabilities.
• Designed to provide quantitative uncertainties for policy-relevant carbon flux products.
• Aims to deliver finer-scale regional information within a global monitoring framework.

Limitations

• Data recency is limited, with the last update recorded in 2017.
• Specific spatial resolution, temporal frequency, and validation metrics are not provided in the description.
• The absence of documented column names or sample data makes initial assessment difficult.

Provenance

Source

NASA Goddard Earth Sciences Data and Information Services Center (GES DISC).

Collection Method

Generated using a combination of NASA satellite observations and modeling/analysis capabilities.

Freshness

2017-01-01

Geography

Global coverage with an emphasis on finer-scale regional information.