Fire is a natural element of the environment that can have pervasive and beneficial impacts
on the ecosystems. Wildfires can induce dramatic socio-economic and environmental …

In boreal and arctic regions, forest fires exert great influences on biogeochemical processes,
hydrothermal dynamics of the active layer and near-surface permafrost, and subsequent …

Increasing wildfire frequency, a consequence of global climate change, releases incomplete
combustion byproducts such as aquatic pyrogenic dissolved organic matter (DOM) and …

This short paper provides the framework and introduction to this special issue of
International Journal of Wildland Fire. Its eight papers were selected from those presented at …

Increased frequency and intensity of drought, wildfires and flooding due to climate change
has major implications for river water quality, yet there are limited high-temporal resolution …

Despite the advancements in analytical techniques, there are still great challenges and
difficulties in accurately and effectively quantifying and characterizing dissolved organic …

The increasing frequency and severity of wildfires are among the most visible impacts of
climate change. However, the effects of wildfires on mercury (Hg) transformations and …

Warmer and drier climate has contributed to increased occurrence of large, high severity
wildfires in the Pacific Northwest, drawing concerns for water quality and ecosystem …

The recognition that wetlands play an important role in regulating global climate has led to
management actions intended to maintain and enhance the globally significant amounts of …

Drier and hotter conditions linked with anthropogenic climate change can increase wildfire
frequency and severity, influencing terrestrial and aquatic carbon cycles at broad spatial and …