Our knowledge of biodiversity hinges on sufficient data, reliable methods, and realistic
models. Without an accurate assessment of species distributions, we cannot effectively …

Soil organic matter (SOM) transformation processes are regulated by the activities of plants,
microbes, and fauna. Compared with plants and microbes, effects of soil fauna are less …

Global change drives multiple facets of biodiversity including interaction diversity, which is
fundamental for ecosystem functioning. However, studying trophic interactions is …

Soil food webs are at the nexus of soil biodiversity, functioning, and stability. With a research
history of over 35 years, soil food-web research remains a challenging and relatively …

Aboveground, large and higher trophic‐level organisms often respond more strongly to
environmental changes than small and lower trophic‐level organisms. However, whether …

Collembolans are one of the most diverse and abundant group of soil invertebrates. Recent
studies have shown anthropogenic climate warming to alter Collembola diversity and …

Soil nematode biomass is of growing importance in elucidating soil food web structure,
ecosystem functioning, and global biogeographical cycling. However, a significant …

Soil invertebrates contribute significantly to vital ecosystem functions such as the breakdown
of organic matter and cycling of essential nutrients, but our knowledge of their large-scale …

Bulk density, porosity, and water retention capacity play a key role in limiting root growth and
nutrient uptake in developed technogenic soils. Thus, the purpose of this study was to …

Abstract Springtails (Hexapoda: Collembola) play a key role in biological community in
glacial ecosystems and represent important ecological indicators in such threatened …