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References in periodicals archive ?
The severity of the event is measured either by the total number, intensity (fire radiative power), or area burned by the predicted wildfires.
The monthly fire location product contains the location of each fire, the date, and additional information such as the detection confidence and the amount of energy released in terms of fire radiative power (FRP; in MW).
We therefore hypothesize that a wildfire model predicting fire radiative power (intensity) will be more skillful than wildfire models predicting fire occurrence or burned area since these metrics are more likely to be dominated by managed fires.
Currently, one of the most widely used methods to develop emission inventories from biomass burning is based on Fire Radiative Power (FRP) (ROBERTS et al., 2005; WOOSTER et al., 2005; FREEBORN et al., 2008; PEREIRA et al., 2016).
where C[O.sub.2] Rate represents the C[O.sub.2] emission rate (g [s.sup.-1]), FRP is the fire radiative power (MW), BBC represents the biomass burning coefficient (kg [MJ.sup.-1]), and EF[C[O.sub.2]] is the emission factor for C[O.sub.2] (g [kg.sup.-1]).
Global top-down smoke-aerosol emissions estimation using satellite fire radiative power measurements.
In addition to fire detection, sensors like GOES can also be used to estimate instantaneous fire radiative power (FRP, in MW), which provides information on the radiant heat output of detected fires and is commonly used as a proxy for fire intensity (e.g., Kaufman et al.
Wang, 2013: A sub-pixel-based calculation of fire radiative power from MODIS observations: 2.
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