Latitude, climate and vegetation type are key factors in the distribution of soil nematodes.
The diversity of most aboveground organisms increases with decreasing latitude, but the …

Aims The objective of this study was to elucidate the composition of bacterial communities
from the soil, and endosphere and phyllosphere of upper and lower leaves and clarify the …

Climate change can alter soil communities and functions, but the consequences are
uncertain for most ecosystems. We assessed the impacts of climate change on soil …

Human-induced global changes may significantly alter the structure and function of
terrestrial ecosystems. Although nematodes play a critical role in material cycles and soil …

Global climate change with elevated atmospheric CO 2 concentration and temperature has
been known impacting plant photosynthesis and grain yield in agroecosystems. However …

It is well established that climate warming has become a growing issue globally, posing a
threat to native ecosystems. Alpine ecosystems, such as meadows of the Qinghai-Tibet …

Soil nematodes play pivotal roles in the soil food web. However, the trophic regulation on
nematodes in the soil micro‐food web and its temporal dynamics are less explored. Here …

Aims Global climate change is characterized by enhanced atmospheric carbon dioxide
concentration ([CO 2]) and temperature, with unknown consequences for soil nematode …

Soil nematode community is an important component of the soil food web, which has been
widely recognized as a key bio-indicator for assessing the influence of climate changes on …

The combined effects of warming and increased nitrogen (N) deposition in various
ecosystems have become global issues. We used high‐throughput sequencing in an 8‐year …