Although tree nutrition has not been the primary focus of large climate change experiments
on trees, we are beginning to understand its links to elevated atmospheric CO2 and …

This study investigated the impact of predicted future climatic and atmospheric conditions on
soil respiration (RS) in a Danish Calluna‐Deschampsia‐heathland. A fully factorial in situ …

In agricultural land areas, no‐tillage (NT) farming systems have been practiced to replace
intensive tillage practices such as, moldboard plow (MP), chisel plow (CP), and other …

Global warming has the potential to increase soil respiration (RS), one of the major fluxes in
the global carbon (C) cycle. RS consists of an autotrophic (RA) and a heterotrophic (RH) …

Thermal adaptations of soil microorganisms could mitigate or facilitate global warming
effects on soil organic matter (SOM) decomposition and soil CO2 efflux. We incubated soil …

Climate warming may induce shifts in soil microbial communities possibly altering the long-
term carbon mineralization potential of soils. We assessed the response of the bacterial …

Quantifying global patterns of forest soil respiration (SR), its components of heterotrophic
respiration (HR) and belowground autotrophic respiration (AR), and their responses to …

Long‐running eddy covariance flux towers provide insights into how the terrestrial carbon
cycle operates over multiple timescales. Here, we evaluated variation in net ecosystem …

Although soil respiration, a major CO2 flux in terrestrial ecosystems, is known to be highly
variable with time, the response of its component fluxes to temperature and phenology is …

Understanding how soil respiration (Rs) and its source components respond to climate
warming is crucial to improve model prediction of climate‐carbon (C) feedback. We …