Nitrous oxide (N 2 O) emissions from soil contribute to global warming and are in turn
substantially affected by climate change. However, climate change impacts on N 2 O production …

Phosphorus fertilisation and increasing litter input are widely employed to restore the degraded
grasslands. Despite the key roles of nitrogen-cycling microbes in determining the soil …

Resources can affect plant productivity and biodiversity simultaneously and thus are key
drivers of their relationships in addition to plant–plant interactions. However, most previous …

Droughts and heat waves are increasing in magnitude and frequency, altering the carbon
cycle. However, understanding of the underlying response mechanisms remains poor, …

Despite the importance of microorganisms in soil nitrogen (N) cycling, studies on spatial
patterns of microbial N-cycling gene abundances in temperate grasslands are still lacking, …

In a microarray study, we found that hepatic miR-291b-3p was significantly increased in
leptin-receptor-deficient type 2 mice (db/db), a mouse model of diabetes. The function of miR-…

Though being fundamental to global diversity distribution, little is known about the
geographic pattern of soil microorganisms across different biotas on a large scale. Here, we …

A more detailed understanding of the soil nitrogen (N) cycling and the associated functional
microbial groups of nitrous oxide (N 2 O) production under different management practices …

Extensive grassland degradation under climate change and intensified human activities has
threatened ecological security and caused a variety of environmental problems. However, it …

Purpose Understanding the biogeographic distribution of soil fungal communities is crucial
for assessing the impacts of environmental factors on terrestrial biodiversity and ecosystem …