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 …

Black carbon (BC) is a recalcitrant form of organic carbon (OC) produced by landscape fires.
BC is an important component of the global carbon cycle because, compared to unburned …

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 …

Wildfires produce solid residuals that have unique chemical and physical properties
compared to unburned materials, which influence their cycling and fate in the natural …

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 …

Wild and prescribed fires are important sources of a broad suite of organic compounds
collectively termed pyrogenic carbon (PyC). Most PyC compounds have additional sources …

Rivers export roughly 250 Pg of dissolved organic carbon (DOC) to coastal oceans. DOC
exported from rivers can be a reflection of watershed dynamics, and changes in land use …

Biomass burning impacts biogeochemical cycling, vegetation dynamics and climate.
However, interactions between fire, climate and vegetation are not well understood and …

Abstract The Thomas Fire began on December 4, 2017 and burned 281,893 acres over a 40‐
day period in Ventura and Santa Barbara Counties, making it one of California's most …

Fire causes dramatic energy and matter exchanges between biosphere and atmosphere on
a regional to global scale. Predicting fires, however, is hindered by the complex interplay of …