To reveal the differences in the community structure of soil mites under different crop
environments in the buffer zone of the Shibing Karst World Natural Heritage Site, soil mites …

The karst world natural heritage site is characterized by fragility due to severe rocky
desertification. Buffer zone functions as the ecological barrier of the core area of the heritage …

In montane environments, as elevation increases, the combination of hydrothermal factors
changing and vegetation types changing can cause changes to the soil mite community. To …

The use of grass cultivation in the restoration of degraded ecosystems is widespread, in
order to reveal the effect of different grass cultivation patterns on the community structure of …

To analyze the differences of community structure of soil mites between the rocky
desertification environment and karst beech forests, we investigated the soil mites of …

As one of the intensive land use and management methods, agroforestry is beneficial to the
restoration of soil biodiversity in rocky desertification areas. In July 2019, a total of 1 524 soil …

Aims: Using an agricultural soil permanent plot, we wanted to reveal the spatial distribution
patterns of soil organisms and functional diversity, as these are important metrics for …

The monitoring of soil mite community is an important part of ecological restoration
monitoring. Changes of community structure in soil mites could reflect effects of ecological …

This study aimed to study the typical shrub, agroforestry, and marginal areas in the karst
rocky desertification comprehensive management area and to explore the effects of edge …

This research has been undertaken to reveal the changes in the community structure of
epilithic moss mites and the response of these mites to environmental factors under different …