Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
GFED (Global Fire Emissions Database) is a global fire emissions database website. Its core role is not as a general-purpose developer tool, but as a scientific data portal. It combines satellite fire activity, vegetation productivity, burned area, fuel consumption, and emission factors to estimate gridded monthly burned area and fire emissions, targeting large-scale atmospheric and biogeochemical research.
The current GFED5 provides data at 0.25-degree spatial resolution from 2001 onward; data for 1997-2000 is provided at 1.0-degree resolution to reflect higher uncertainty. The dataset includes burned area, fuel consumption, and emissions of carbon, trace gases, and aerosols. Emissions after 2023 are estimated based on the relationship between VIIRS active fire data and the historical overlap period, and are still in Beta; they may be adjusted before the related paper is accepted. Files are provided in NetCDF format and cannot be read directly in Excel; tools such as Python, Matlab, or Panoply are required.
GFED is related to data sources and methodological systems such as MODIS MCD64A1, GloCAB, VIIRS, and NEIVA. The FAQ also compares GFED with GFAS and FINN: GFED is based on mapped burned area, while FINN has higher spatial resolution but uses a different methodology. The documentation is fairly strong in terms of scientific explanation, covering resolution, format, uncertainty, climate change, fire trends, and related topics, and it also provides contact emails for responsible personnel. However, no API, SDK, CLI, or bulk automated download documentation was found, making it less friendly for software development integration.
The main content indicates that datasets can be downloaded from the website, with no mention of fees, subscriptions, or payment methods. Support mainly relies on the FAQ and email contacts for the people responsible for different data layers. The website also states that GFED maintenance and further development have not received direct funding, so long-term service guarantees and response times should not be evaluated with commercial SaaS expectations.
Its strengths are global coverage, transparent methodology, and extensive literature references, making it suitable for research on fire emissions, climate models, atmospheric chemistry, and the carbon cycle. Its drawbacks are a relatively high learning curve, the need for NetCDF and scientific computing skills, a lack of production-oriented interfaces, and limited stability for newer Beta data. It is best suited for researchers, model developers, and environmental data analysis teams, rather than as a plug-and-play commercial developer API.
The main content does not provide information about access from mainland China, mirrors, or payment options, so the access status is unknown. If network access is unstable, users may consider similar data systems such as GFAS or FINN, or use previously downloaded data for local analysis.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on globalfiredata.org official site.
globalfiredata.org is an United States Dev Tools (Environmental Data) provider. TG4G tracks its product information, an overall rating of 7.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach globalfiredata.org directly.