In an increasingly flammable world, wildfire is altering the terrestrial carbon balance.
However, the degree to which novel wildfire regimes disrupt biological function remains …

Anthropogenic activities have substantially perturbed the global nitrogen (N) cycle directly
through enhancing reactive N (Nr) inputs and indirectly through climate and land-use …

Abstract Changes in soil carbon (C) pools driven by fire in forest ecosystems remain
equivocal, especially at a global scale. In this study we analyzed data from 232 studies …

Anthropogenic activities have substantially enhanced the loadings of reactive nitrogen (Nr)
in the Earth system since pre-industrial times,, contributing to widespread eutrophication and …

Aim Forest disturbances are increasing around the globe due to changes in climate and
management, deteriorating forests' carbon sink strength. Estimates of global forest carbon …

Fires have been an important ecosystem driver in the Earth system for millions of years. It
drives ecosystem composition, diversity and structure, thus rendering numerous terrestrial …

Fire can have widespread impacts on biogeochemical processes of carbon (C) and nutrient
cycling. Soil extracellular enzyme activity (EEA) plays crucial roles in biogeochemical …

As a general disturbance in terrestrial ecosystems, fire can have far-reaching consequences
on the carbon (C) cycle. Although soil respiration (SR) is important in regulating atmospheric …

Fire, as a natural disturbance, significantly shapes and influences the functions and services
of terrestrial ecosystems via biotic and abiotic processes. Comprehending the influence of …

Soil microorganisms play an essential role in the biogeochemical cycles; however, the
response of soil microorganisms to fire is largely unknown. Understanding this response has …