Claim · model-written summary
Acidothermus, Roseiarcus and Bradyrhizobium dominated bacterial communities each season.
- Taxon
- Cephalostachyum pingbianenseCephalostachyum pingbianenset0
- Interactor
- Acidothermus , Roseiarcus , and Bradyrhizobium
BradyrhizobiumAcidothermusRoseiarcuse0symbiont - Outcome
- bacterial genera Acidothermus , Roseiarcus , and Bradyrhizobiume0
Verbatim
e0“In each season, bacterial genera Acidothermus , Roseiarcus , and Bradyrhizobium , along with fungal genera Saitozyma , Mortierella , Trichoderma , etc., were dominant in bacterial and fungal communities, respectively”
t0“Cephalostachyum pingbianense”
Title
Lushuang Li; Tize Xia; Hanqi Yang Frontiers in Microbiology 2022. doi:10.3389/fmicb.2022.1033293
Other claims from this paper (11)
- Association Season had no significant effect on bacterial alpha diversity.
- Association Season significantly affected bacterial and fungal community structures.
- Association Season significantly affected fungal richness.
- Association Soil temperature, moisture and organic matter predominantly affected bacterial diversity and structure.
- Association Soil temperature and moisture significantly influenced fungal community structure.
- Association Available phosphorus had the greatest effect on fungal diversity.
- Observation Saitozyma, Mortierella and Trichoderma dominated fungal communities each season.
- Observation Chemoheterotrophy, cellulolysis and nitrogen fixation dominated inferred bacterial functions across seasons.
- Observation Saprotrophic fungi had a high proportion in samples in all seasons.
- Association Bamboo shoot productivity was positively correlated with carbon- and nitrogen-cycling microbial taxa.
- Mechanism The authors propose that carbohydrate-degrading and nitrogen-fixing rhizosphere microbes may contribute to year-round shooting.
Scytalidium
Vaccinium angustifolium