Black carbon (BC) is produced by incomplete combustion of biomass by wildfires and
burning of fossil fuels. BC is environmentally persistent over centuries to millennia …

Wildfires in many western North American forests are becoming more frequent, larger, and
severe, with changed seasonal patterns. In response, coniferous forest ecosystems will …

Global fire regimes are shifting due to climate and land use changes. Understanding the
responses of belowground communities to fire is key to predicting changes in the ecosystem …

The incomplete combustion of organic molecules produces a chemically diverse suite of
pyrogenic residues termed black carbon (BC). The significance of BC cycling on land has …

The frequency and intensity of global wildfires are escalating, leading to an increase in
derived pyrogenic dissolved organic matter (pyDOM), which potentially influences the …

Wildfires and incomplete combustion of fossil fuel produce large amounts of black carbon.
Black carbon production and transport are essential components of the carbon cycle …

Coastal mountain rivers export disproportionately high quantities of terrestrial organic
carbon (OC) directly to the ocean, feeding microbial communities and altering coastal …

Wildfires directly emit 2.1 Pg carbon (C) to the atmosphere annually. The net effect of
wildfires on the C cycle, however, involves many interacting source and sink processes …

Increasing temperatures and irregular precipitation associated with climate change, along
with increasing frequency and severity of wildfires, contribute to increased downstream …

Black carbon (BC) is a pyrolyzed product derived from incomplete combustion. A major
fraction of BC produced by landscape fires is initially deposited onto onsite soils …