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The collection 5 MODIS burned area product Global evaluation by comparison with the MODIS active fire product.
We describe in detail the pre-launch active fire product algorithm, which uses data from the SLSTR near-nadir scan.
To illustrate this, we use a stratification methodology based on the Olson global ecoregion map and on the MODIS global active fire product.
We explore the ability to enhance landscape fire detection and characterization by constructing a 'virtual' fire product from a synthesis of geostationary and polar orbiting satellite data.
At present, the WF-ABBA validation activities and, in general, fire product validation methodologies are at a markedly less advanced stage than the algorithm itself.
Here the impacts of the MODIS sampling design on estimates of FRE are characterized by superimposing the timing and extents of the Terra and Aqua granules onto the SEVIRI active fire product.
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Justice, C. et al. The MODIS fire products.
The collection 6 MODIS active fire detection algorithm and fire products.
Our findings confirm prior research calling for caution when using the global fire products locally or regionally.
We investigated the efficiency of MODIS fire products to account for the variability of fire regimes in relation to changes in land cover and savanna vegetation.
Results from the two GOES imagers are intercompared, and are independently verified against the well regarded MODIS cloud mask and active fire products.
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