The ecosystem response to fire is often linked to fire severity and recurrence, with potentially
large consequences on both aboveground and below–ground processes. Understanding …

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 …

In burned landscapes, the recruitment success of the tree dominant species mainly depends
on plant competition mechanisms operating at fine spatial scale, that may hinder resource …

Although the importance of microbiota in the natural environment and in industrial
production has been widely recognized, little is known about the formation and succession …

Large, severe wildfires can cause unpredictable changes in Mediterranean plant
communities that undermine ecosystem resilience. Understanding the geophysical drivers …

Three mix-cultured aerobic denitrifiers were screened from a source water reservoir and
named HE1, HE3 and SU4. Approximately 72.9%, 68.6% and 66.2% of nitrate were …

Carbon scarcity limits denitrification in micropolluted water, especially in drinking water
reservoirs. Therefore, a Fe-activated carbon (AC) carrier was used in this study to enhance …

Salvage logging is one of the most common post-fire management strategies, known for
trigger soil degradation processes. Soil compaction, the major disturbance associated with …

Prescribed fire (PB) is used to achieve ecological objectives and to reduce fuel hazard thus
limiting detrimental impacts of wildfire and appropriate selection of prescription window is …

Forest fires alter soil microbial communities that are essential to support ecosystem recovery
following land burning. These alterations have different responses according to soil abiotic …