Publications by authors named "Shenzheng Wang"
Article Synopsis
- Shrub invasion impacts soil growth and properties, leading to changes in microbial metabolic pathways, particularly affecting C and N processes.
- Using metagenome sequencing, the study revealed that different intensities of shrub invasion altered soil microbial composition but had no significant effect on overall microbial diversity.
- While shrub expansion affected certain microbial activities like methanogenesis and denitrification negatively, it didn’t significantly impact carbon fixation or central metabolism, shedding light on biogeochemical cycles in cold wetlands.
Article Synopsis
- The Sanjiang Plain has undergone significant ecological changes due to human activities, impacting soil quality and microbial patterns.
- A study examined soil microbial diversity in three land use types—forest, wetland, and cropland—using phospholipid fatty acid analysis, identifying 114 different PLFA compounds.
- Results showed that cropland had lower microbial diversity and abundance compared to forest and wetland, with factors like soil pH and organic carbon being key drivers of microbial community composition.
Soil bacteria are crucial components of terrestrial ecosystems, playing an important role in soil biogeochemical cycles. Although bacterial community diversity and composition are regulated by many abiotic and biotic factors, how soil physiochemical properties impact the soil bacteria community diversity and composition in wetland ecosystems remains largely unknown. In this study, we used high-throughput sequencing technology to investigate the diversity and composition of a soil bacterial community, as well as used the structural equation modeling (SEM) method to investigate the relationships of the soil's physicochemical properties (i.
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