Wildfires are a critical driver of landscape transformation on Earth, representing a dynamic
and ephemeral process that poses challenges for accurate early detection. To address this …

Fuel moisture content (FMC) of live vegetation is a crucial wildfire risk and spread rate driver.
This study presents the first daily FMC product at a global scale and 500 m pixel resolution …

As regulated by the 'fire environment triangle', three major forces are essential for
understanding wildfire danger:(1) topography,(2) weather and (3) fuel. Within this concept …

Wildfire occurrence is a non-linear process resulting from interactions between weather,
topography, fuel, and anthropogenic factors amongst others. Modelling the probability of …

Background Dead fuel moisture content (DFMC) is crucial for quantifying fire danger, fire
behaviour, fuel consumption, and smoke production. Several previous studies estimating …

Accurate estimation of potential wildfire behavior characteristics (PWBC) can improve
wildfire danger assessment. However, wildfire behavior has been estimated by most fire …

Accurate estimation of crown fire potential (CFP) can improve guidance on crown fire control
and management. However, robust simulations of crown fire behavior are still challenging …

Wildfire occurrence is attributed to the interaction of multiple factors including weather, fuel,
topography, and human activities. Among them, weather variables, particularly the temporal …

In 2018, the megafire episodes on record occurred in California, causing a large number of
civilian deaths and damages. As an important part of the “fire environment triangle,” the fuel …

Foliage fuel is the most flammable component in crown fires. Spatiotemporal dynamics of
foliage fuel load (FFL) are important for fire managers to assess fire risk. Here, we integrated …