Wildfires act as important ecosystem controls and can benefit fire-adapted biomes by
promoting habitat heterogeneity, seed germination and disease control. However, the …

Conspectus Wildfires are a natural part of most forest ecosystems, but due to changing
climatic and environmental conditions, they have become larger, more severe, and …

Global wildfire activity has increased since the 1970s and is projected to intensify throughout
the 21st century. Wildfires change the composition and biodegradability of soil organic …

Biochar-derived dissolved black carbon (DBC) molecules are dependent on the BC
formation temperature and affect the fate of emerging contaminants in waters, such as …

Biochar-derived dissolved black carbon (DBC) varies in chemical composition and
significantly affects the environmental fate of metal ions. However, the intrinsic molecular …

Large, high-severity wildfires alter the physical and biological conditions that determine how
catchments retain and release nutrients and regulate streamwater quality. The short-term …

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

Heating temperature (HT) during forest fires is a critical factor in regulating the quantity and
quality of pyrogenic dissolved organic matter (DOM). However, the temperature thresholds …

Dissolved organic matter (DOM), the most reactive fraction of forest soil organic matter, is
increasingly impacted by wildfires worldwide. However, few studies have quantified the …

Increasing biochar application worldwide may release more biochar-derived dissolved
organic matter (BDOM) to the source water for drinking water supply. However, it is unclear …