AI-generated Key Takeaways
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GlobFire provides daily and final fire boundary data based on the MODIS MCD64A1 dataset, using an algorithm that identifies fire events by analyzing the relationships between burned areas over time.
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Each fire event in the GlobFire dataset is assigned a unique identifying number.
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The Breathing Earth System Simulator (BESS) is a process-based model that simulates interactions between the atmosphere and canopy, producing daily 5-km resolution products related to radiation, photosynthesis, and energy balance.
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Breathing Earth System Simulator (BESS) Radiation v1
Breathing Earth System Simulator (BESS) is a simplified process-based model that couples atmosphere and canopy radiative transfers, canopy photosynthesis, transpiration, and energy balance. It couples an atmospheric radiative transfer model and artificial neural network with forcings from MODIS atmospheric products to generate 5-km daily products. … climate evapotranspiration gpp modis-derived par radiation -
GlobFire Daily Fire Event Detection Based on MCD64A1
Fire boundaries based on the MODIS dataset MCD64A1. The data were computed based on an algorithm that relies on encoding in a graph structure a space-time relationship among patches of burned areas. Each fire has a unique number identifying the event. area burnt disaster fire globfire mcd64a1 -
GlobFire Final Fire Event Detection Based on MCD64A1
Fire boundaries based on the MODIS dataset MCD64A1. The data were computed based on an algorithm that relies on encoding in a graph structure a space-time relationship among patches of burned areas. Each fire has a unique number identifying the event. area burnt disaster fire globfire mcd64a1