Soil invertebrate communities represent a significant fraction of global biodiversity and play
crucial roles in ecosystems. A number of human activities threaten soil communities, in …

Soil plays a significant role in controlling the global carbon (C) cycle. Studies on climate
change mitigation have focused entirely on soil organic carbon (SOC) to increase C …

Nutrient enrichment is a major global change component that often disrupts the relationship
between aboveground biodiversity and ecosystem functions by promoting species …

Soil amendments, including lime, biochar, industrial by-products, manure, and straw are
used to alleviate soil acidification and improve crop productivity. Quantitative insight in the …

Nitrogen (N) deposition-induced soil acidification has become a global problem. However,
the response patterns of soil acidification to N addition and the underlying mechanisms …

Soil microbial communities are vital for maintaining functions of alpine wetland ecosystems,
which have been shown to be sensitive to climate change and anthropogenic disturbances …

Impacts of reactive nitrogen (N) inputs on ecosystem carbon (C) dynamics are highly
variable, and the underlying mechanisms remain unclear. Here, we proposed a new …

Elevated anthropogenic nitrogen (N) deposition has greatly altered terrestrial ecosystem
functioning, threatening ecosystem health via acidification and eutrophication in temperate …

With continuous nitrogen (N) enrichment and sulfur (S) deposition, soil acidification has
accelerated and become a global environmental issue. However, a full understanding of the …

Soil acidification induced by reactive nitrogen (N) inputs can alter the structure and function
of terrestrial ecosystems. Because different N‐transformation processes contribute to the …