Climate change contributes to the increased frequency and intensity of wildfires globally,
with significant impacts on society and the environment. However, our understanding of the …

In recent years, the pan-Arctic region has experienced increasingly extreme fire seasons.
Fires in the northern high latitudes are driven by current and future climate change, lightning …

Satellites have detected a global decline in burned area of grassland, coincident with a
small increase in burned forest area. These contrasting trends have been reported in earlier …

The 2023 Canadian forest fires have been extreme in scale and intensity with more than
seven times the average annual area burned compared to the previous four decades. Here …

Southeast Australia experienced intensive and geographically extensive wildfires during the
2019–2020 summer season,. The fires released substantial amounts of carbon dioxide into …

Long-term records of burned area are needed to understand wildfire dynamics, assess fire
impacts on ecosystems and air quality, and improve fire forecasts. Here we fuse multiple …

We present emission measurements of volatile organic compounds (VOCs) for western US
wildland fires made on the NSF/NCAR C‐130 research aircraft during the Western Wildfire …

The Earth's climate is rapidly changing. Over the past centuries, aerosols, via their ability to
absorb or scatter solar radiation and alter clouds, played an important role in …

Rising emissions from wildfires over recent decades in the Pacific Northwest are known to
counteract the reductions in human-produced aerosol pollution over North America. Since …

Abstract Biomass burning emits~ 34–41 Tg yr− 1 of smoke aerosol to the atmosphere.
Biomass burning aerosol directly influences the Earth's climate by attenuation of solar and …