Soil CO 2 emissions are critical for climate change modelling. Although there is a consensus
about the linear or exponential relations between soil respiration and climate factors, some …

Soil CO2 emissions, the result of soil respiration processes, may be essential in climate
change modelling. The complex phenomenon of soil respiration is regulated by a range of …

Soil respiration in drought prone regions is highly dependent on the precipitation regime
and soil moisture conditions, which are expected to change in a global warming context. In …

Extensive research has focused on the temperature sensitivity of soil respiration. However,
in Mediterranean ecosystems, soil respiration may have a pulsed response to precipitation …

Soil respiration (RS) is known to be highly sensitive to different environmental factors, such
as temperature, precipitation, and the soil carbon (C) pool. Thus, the scenario of global …

Soil respiration is an important component of the global carbon cycle and is highly
responsive to disturbances in the environment. Human impacts on the terrestrial ecosystem …

In arid and semiarid shrubland ecosystems of the Mediterranean basin, soil moisture is a
key factor controlling biogeochemical cycles and the release of CO 2 via soil respiration …

Ecosystem carbon exchange is poorly understood in low-productivity, semiarid habitats.
Here we studied the controls of soil temperature and moisture on soil respiration in climate …

Many of the environmental problems related to agriculture will still be serious over the next
30 years. However, the seriousness of some of those problems may increase more slowly …

To quantify the effects of soil temperature (T soil), and relative soil water content (RSWC) on
soil respiration we measured CO 2 soil efflux with a closed dynamic chamber in situ in the …