In recent years, increased awareness of the potential interactions between rising
atmospheric CO2 concentrations ([CO2]) and temperature has illustrated the importance of …

Climate change has a disproportionally large impact on alpine soil ecosystems, leading to
pronounced changes in soil microbial diversity and function associated with effects on …

Despite decades of research, how climate warming alters the global flux of soil respiration is
still poorly characterized. Here, we use meta‐analysis to synthesize 202 soil respiration …

Phosphorus is one of the major limiting factors of primary productivity in terrestrial
ecosystems and, thus, the P demand of plants might be among the most important drivers of …

Climate change is strongly affecting high‐mountain soils and warming in particular is
associated with pronounced changes in microbe‐mediated C and N cycling, affecting plant …

Although numerous studies have examined the individual effects of increased temperatures
and N deposition on soil biogeochemical cycling, few have considered how these …

Warming-induced carbon loss through terrestrial ecosystem respiration (Re) is likely getting
stronger in high latitudes and cold regions because of the more rapid warming and higher …

Climate warming may alter ecosystem nitrogen (N) cycling by accelerating N transformations
in the soil, and changes may be especially pronounced in cold regions characterized by N …

Elevational and polar treelines have been studied for more than two centuries. The aim of
the present article is to highlight in retrospect the scope of treeline research, scientific …

Will warming lead to an increased use of older soil organic carbon (SOC) by microbial
communities, thereby inducing C losses from C‐rich alpine soils? We studied soil microbial …