The global health burden from wildfire smoke is expected to worsen under climate change,
yet we lack quantitative estimates of the economic costs of increased mortality and hospital …

Human actions are causing widespread increases in fire size, frequency, and severity in
diverse ecosystems globally. This alteration of fire regimes is considered a threat to …

Monitoring forest structural properties is critical for a range of applications because structure
is key to understanding and quantifying forest biophysical functioning, including stand …

Fire is a natural part of many ecosystems, however, as a consequence of climate change,
unusually large 'megafires' are expected to increase in occurrence. Given their large spatial …

Wildfires in forested ecosystems are increasing in severity and extent. The adaptations many
plants have acquired in response to their natural fire regime may not be sufficient to allow …

Wildfires are increasing in frequency, intensity, and extent globally due to climate change
and they can alter forest composition, structure, and function. The destruction and …

Throughout the human history, fire, climate, and human advancement had a very
complicated relationship. Scientists have explored this relationship using different proxies …

Tasmanian eucalypt forests are among the most carbon‐dense in the world, but projected
climate change could destabilize this critical carbon sink. While the impact of abiotic factors …

Climate models predict more frequent droughts and more severe fire weather. Wildfires in
wet forests, while historically uncommon, can have catastrophic impacts on forest values …

As a general disturbance in terrestrial ecosystems, fire can have far-reaching consequences
on the carbon (C) cycle. Although soil respiration (SR) is important in regulating atmospheric …