Fire, a prevalent land management tool in rotational shifting cultivation (RSC), has long
been debated for its immediate disruption of surface soil, vegetation, and microbial …

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

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 …

Landscape wildfires generate a substantial amount of dissolved black carbon (DBC)
annually, yet the molecular nitrogen (N) structures in DBC are poorly understood. Here, we …

Global increases in the intensity and frequency of wildfires are driving major changes in soil
organic matter (SOM) characteristics, including soil dissolved organic matter (DOM). As the …

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 …

In recent decades, plantations of exotic species have transformed large tracts of forested
landscapes, where they often form a mosaic with the surrounding native forest. Wildfires …

The recurrence and severity of wildfire is on the rise due to factors like global warming and
human activities. Mediterranean regions are prone to significant wildfire events, which cause …

Rotational shifting cultivation (RSC) is a traditional agricultural practice in mountainous
areas that uses fire to clear land after cutting vegetation for cultivation. However, few studies …

Wildfires, which are increasing in frequency and severity with climate change, reduce soil
microbial biomass and alter microbial community composition and function. The soil …