Anthropogenic land use is threatening global biodiversity. As one of the most abundant
animals on Earth, nematodes occupy several key positions in belowground food webs and …

Human activity has extensively transformed the land surface by agricultural intensification
and urbanization. In soil, nematodes are the most abundant invertebrates. The effect of …

Nematodes are key components of soil biodiversity and represent valuable bio-indicators of
soil food webs. Numerous community indices have been developed in order to track …

Urbanization is threatening terrestrial biodiversity and ecosystem functions. Nematodes, as
one of the most abundant animals on Earth, play diverse roles within soil food webs and …

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

Soils are among the most biodiverse and densely inhabited environments on our planet.
However, there is little understanding of spatial distribution patterns of belowground biota …

As the most abundant animals on earth, nematodes are a dominant component of the soil
community. They play critical roles in regulating biogeochemical cycles and vegetation …

Soil spatial heterogeneity is a major determinant of biological diversity and functions. Among
soil biota, nematodes are considered as excellent models for understanding spatial soil …

Anthropogenic conversion of natural to agricultural land reduces aboveground biodiversity.
Yet, the overall consequences of land‐use changes on belowground biodiversity at large …

Biodiversity losses in terrestrial ecosystems may negatively affect the functioning of
underground ecosystems, especially in trophic interaction networks. These effects have …