Работы, цитирующие эту работу

Работ: 5

Работа: Climate warming enhances microbial network complexity and stability

1. Rare rather than abundant taxa of soil bacteria and fungi regulate soil multifunctionality in Eucalyptus plantations

   Huaxiang Wang, Dian Tian, Hongqiang Liu +8

   СтатьяMycorrhizal Fungi and Plant InteractionsCATENA2024Цитирований: 2

   ABIABI:AkademIndex/openalex/2024.article.000197

2. Successive monoculture of Eucalyptus spp. alters the structure and network connectivity, rather than the assembly pattern of rhizosphere and bulk soil bacteria

   Huili Wang, Zhengye Wang, Qiyun Qin +6

   СтатьяSoil Carbon and Nitrogen DynamicsApplied Soil Ecology2024Цитирований: 1

   ABIABI:AkademIndex/openalex/2024.article.001124

3. Maize residue retention shapes soil microbial communities and co-occurrence networks upon freeze-thawing cycles

   Yang Yu, Quankuan Guo, Shuhan Zhang +9

   СтатьяSoil Carbon and Nitrogen DynamicsPeerJ2024Цитирований: 0

   ABIABI:AkademIndex/openalex/2024.article.001657

4. Sheep dung deposition disrupted the soil microbiome in degraded grassland but not in non-degraded grassland

   Yinghao Liu, Liying Liu, Meiling Hou

   СтатьяSoil Carbon and Nitrogen DynamicsEnvironmental Research2024Цитирований: 0

   ABIABI:AkademIndex/openalex/2024.article.001760

5. The interaction strength of keystone module in cross-kingdom network determines microbial carbon metabolic stability under temperature stress

   Kaiye Chen, Gino Yu, Hui Wang +7

   СтатьяMicrobial Metabolic Engineering and BioproductionApplied Soil Ecology2025Цитирований: 0

   ABIABI:AkademIndex/openalex/2025.article.000623