Soil respiration (Rs), the soil‐to‐atmosphere flux of CO2, is a dominant but uncertain part of
the carbon cycle, even after decades of study. This review focuses on progress in …

Simple Summary Fire is traditionally used by farmers for clearing fields when the fallow
period is short. Soil chemical properties changed significantly after burning and returned to …

Soil respiration is a large carbon flux from terrestrial ecosystems to the atmosphere, and
small variations in soil respiration can prominently influence the global carbon (C) cycle. The …

We studied long-term effects of forest fires on the dynamics of soil fungal community along a
post-fire chronosequence in hemiboreal Scots pine stands in north-western Estonia. Effects …

The extreme 2018 hot drought that affected central and northern Europe led to the worst
wildfire season in Sweden in over a century. The Ljusdal fire complex, the largest area burnt …

Fire has been used to prepare land during tree plantation establishment for many years but
uncertainty about how ecosystems respond to prescribed burning makes it difficult to predict …

Wildfire is a key ecological event that alters vegetation and soil quality attributes including
biochemical attributes at spatial scale. This knowledge can provide insights into the …

Understanding the processes in soils after disturbances could be helpful in better designing
restoration practices. The labile fraction of soil organic carbon (LSOC) plays a vital role in …

An exponential increase in the human population has drastically reduced the length of
fallow period (< 5 years) in widely spread shifting cultivation (Jhum). This has increased the …

Wildfires are the major disturbance in boreal ecosystems and are of great importance for the
biogeochemical cycles of carbon (C) and nutrients. However, these fire-induced impacts are …