Above-and belowground linkages are responsible for some of the most important ecosystem
processes in unmanaged terrestrial systems including net primary production …

The importance of habitat spatial variability as a key driver of soil biota patterning (eg, soil
nematodes) has lately gained a lot of attention. It is generally accepted that rhizosphere soil …

We examined the development of soil nematodes ecological indices from the perspective of
functional traits. We found that soil nematode energy flow analyses based on multiple …

Intercropping systems often contribute to soil health management including inhibiting root-
knot nematode disease. The main purpose of this study was to investigate the potential …

Maintaining soil biological diversity is an effective approach in facilitating Chinese fir
plantations' sustainable development. However, dynamic characteristics of soil microbial …

Root-knot nematodes (RKNs) pose a serious threat to crop production. Flooding soil with
biogas slurry, combined with soil heating before crop planting, has the potential for RKN …

Soil biology is vital for maintaining productivity, enhancing soil health, and creating resilient
agroecosystems. However, many questions remain on how microbial communities are …

Soil health has become an emergent focus of contemporary agricultural research, yet little
work has addressed how soil health data–and biological indicators in particular–are …

湿地是世界上最具有生产力的生态系统类型之一, 对全球气候变化具有重要的缓冲作用.
生境异质性直接或间接地促进土壤食物网的多样性, 植被特征可以显著影响土壤生物群落的结构 …