Findings demonstrate that plant ontogeny is associated with stage-dependent shifts in the functional potential of the A. lavandulifolia rhizosphere microbiome, suggesting adaptive adjustments in microbially mediated nutrient cycling to meet heightened host metabolic demands during late vegetative growth.
Thifluzamide (TF) is a widely used phenyl urea fungicide in rice production; however, its impacts on the structural composition and functional dynamics of the rhizosphere microbiome remain poorly understood. Here, we systematically investigated the effects of TF on the structure, interactions, and functional potential...
Shi-Jie Zhu, Xiao-Ting Liu, Xiao-Lan Yang et al.· Pesticide Biochemistry and P...· 0 citations
These findings demonstrate that P. cirratum maintains compartmentalized prokaryotic and viral communities through niche-specific abiotic filtering and biotic selection, promoting nutrient acquisition and stress resilience in bryophyte-dominated ecosystems.
Chao-Jian Hu, Muhammad Asif, Jin-Hui Liu et al.· iScience· 0 citations
ABSTRACT The tripartite interplay among plants, bacteria, and fungal endophytes is crucial for maintaining host plant fitness. However, how Epichloë endophytes influence plant-associated bacterial communities in cool-season grasses, particularly in ecologically important yet understudied species, such as Achnatherum in...
It is demonstrated that rhizosphere bacteria and fungi exhibit concordant spatial differentiation but contrasting responses to habitat transition, with fungal communities showing greater departure from native states.
Findings demonstrate that rhizosphere microbial composition, diversity, and network complexity are closely linked to watermelon resistance phenotypes, and comprehensive characterization of genotype-driven microbiome variation offers a critical basis for understanding plant–microbe interactions and their potential to en...
Lulu Qiu, Jin-Yan Huang, Gui-Fen Li et al.· Microbiology spectrum· 1 citation
The enrichment of predicted carbohydrate‐ and lipid‐related pathways in C. kiangsu generates a testable hypothesis that its gut microbiota may be associated with host energy metabolism, but direct links to flight performance or ecological fitness require further experimental validation.
Hong Liao, Ye-Song Ren, X. Cheng et al.· Ecology and Evolution· 0 citations
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