FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386804759> ?p ?o ?g. }

• W4386804759 abstract "Abstract Aim The phyllosphere microbiome is central to plant health, distribution, and ecosystem function, yet, we lack a clear understanding of the drivers shaping their diversity in mountain ranges. Here, we examined how the endo‐ and epiphytic phyllosphere microbiomes of mountains simultaneously respond to climate and leaf functional traits. Location Temperate forests of Changbai Mountain Natural Reserve, China. Methods We collected the leaves of dominant tree species along seven elevations from 800 to 1950. We investigated changes in species richness and Shannon diversity of endo‐ and epiphytic phyllosphere fungal and bacterial communities (using next‐generation sequencing of ITS2 and 16S) along an 1150 m elevational gradient. We also examined the direct and indirect effects of climate (mean annual temperature; MAT) and 13 leaf morphological and chemical traits on the microbiome of the phyllosphere. Results Phyllosphere microbiome declined monotonically with increasing elevation, contrasting with the hump‐shaped biodiversity patterns that are commonly reported. We observed a steeper decline in epiphytic bacterial diversity than in endophytic bacteria, whereas conversely endophytic fungi diversity declined more dramatically with increasing elevation than epiphytic fungi. Host plant traits – those involved in resource uptake and leaf surface temperature – predominantly shaped the elevational patterns of endophytic phyllosphere microbiome, whereas MAT mostly increased the richness and Shannon diversity of epiphytic organisms. We also observed weak, but significant indirect effects suggesting that host plant traits are important biotic drivers mediating climate effects on endophytic phyllosphere microbiome. Also, no covariation between bacteria and fungi was observed (neither for endophytic nor for epiphytic organisms), supporting neutral associations between bacterial and fungal communities, irrespective of the elevation. Main Conclusions Both direct and mediating effects of plant traits should be considered to better understand the drivers shaping the richness and Shannon diversity of endo‐ and epiphytic phyllosphere microbiomes, and more generally the plant–microbe associations. Our study also offers a trait‐based attempt to disentangle the effects of biotic and abiotic filters in shaping endo‐ and epiphytic phyllosphere microbiome along an elevational gradient." @default.
• W4386804759 created "2023-09-17" @default.
• W4386804759 creator A5022671053 @default.
• W4386804759 creator A5029851581 @default.
• W4386804759 creator A5030317886 @default.
• W4386804759 creator A5056686916 @default.
• W4386804759 creator A5061635756 @default.
• W4386804759 creator A5068246228 @default.
• W4386804759 creator A5070050410 @default.
• W4386804759 creator A5072589733 @default.
• W4386804759 creator A5075472835 @default.
• W4386804759 creator A5082122467 @default.
• W4386804759 creator A5092889188 @default.
• W4386804759 date "2023-09-16" @default.
• W4386804759 modified "2023-09-26" @default.
• W4386804759 title "Leaf traits and temperature shape the elevational patterns of phyllosphere microbiome" @default.
• W4386804759 cites W1972497809 @default.
• W4386804759 cites W1973831267 @default.
• W4386804759 cites W2008238643 @default.
• W4386804759 cites W2019215876 @default.
• W4386804759 cites W2021202232 @default.
• W4386804759 cites W2028240704 @default.
• W4386804759 cites W2032081489 @default.
• W4386804759 cites W2034475154 @default.
• W4386804759 cites W2043968569 @default.
• W4386804759 cites W2055894370 @default.
• W4386804759 cites W2067752857 @default.
• W4386804759 cites W2075866460 @default.
• W4386804759 cites W2081098916 @default.
• W4386804759 cites W2088833470 @default.
• W4386804759 cites W2091588254 @default.
• W4386804759 cites W2093073719 @default.
• W4386804759 cites W2097665978 @default.
• W4386804759 cites W2099408221 @default.
• W4386804759 cites W2100886853 @default.
• W4386804759 cites W2101020813 @default.
• W4386804759 cites W2108654968 @default.
• W4386804759 cites W2112916222 @default.
• W4386804759 cites W2116663774 @default.
• W4386804759 cites W2134000397 @default.
• W4386804759 cites W2145151319 @default.
• W4386804759 cites W2145458268 @default.
• W4386804759 cites W2145962954 @default.
• W4386804759 cites W2147690605 @default.
• W4386804759 cites W2156945221 @default.
• W4386804759 cites W2165591969 @default.
• W4386804759 cites W2166175707 @default.
• W4386804759 cites W2218052335 @default.
• W4386804759 cites W2281227836 @default.
• W4386804759 cites W2299599949 @default.
• W4386804759 cites W2504995914 @default.
• W4386804759 cites W2765093598 @default.
• W4386804759 cites W2767948154 @default.
• W4386804759 cites W2768407859 @default.
• W4386804759 cites W2801486842 @default.
• W4386804759 cites W2886585565 @default.
• W4386804759 cites W2894270988 @default.
• W4386804759 cites W2914789232 @default.
• W4386804759 cites W2926255641 @default.
• W4386804759 cites W2973186679 @default.
• W4386804759 cites W2985440430 @default.
• W4386804759 cites W3010863261 @default.
• W4386804759 cites W3016764284 @default.
• W4386804759 cites W3036508799 @default.
• W4386804759 cites W3090141154 @default.
• W4386804759 cites W3135963062 @default.
• W4386804759 cites W3195542824 @default.
• W4386804759 cites W3208259726 @default.
• W4386804759 cites W4200487121 @default.
• W4386804759 cites W4210328412 @default.
• W4386804759 doi "https://doi.org/10.1111/jbi.14719" @default.
• W4386804759 hasPublicationYear "2023" @default.
• W4386804759 type Work @default.
• W4386804759 citedByCount "0" @default.
• W4386804759 crossrefType "journal-article" @default.
• W4386804759 hasAuthorship W4386804759A5022671053 @default.
• W4386804759 hasAuthorship W4386804759A5029851581 @default.
• W4386804759 hasAuthorship W4386804759A5030317886 @default.
• W4386804759 hasAuthorship W4386804759A5056686916 @default.
• W4386804759 hasAuthorship W4386804759A5061635756 @default.
• W4386804759 hasAuthorship W4386804759A5068246228 @default.
• W4386804759 hasAuthorship W4386804759A5070050410 @default.
• W4386804759 hasAuthorship W4386804759A5072589733 @default.
• W4386804759 hasAuthorship W4386804759A5075472835 @default.
• W4386804759 hasAuthorship W4386804759A5082122467 @default.
• W4386804759 hasAuthorship W4386804759A5092889188 @default.
• W4386804759 hasConcept C130217890 @default.
• W4386804759 hasConcept C143121216 @default.
• W4386804759 hasConcept C18903297 @default.
• W4386804759 hasConcept C205626393 @default.
• W4386804759 hasConcept C523546767 @default.
• W4386804759 hasConcept C53565203 @default.
• W4386804759 hasConcept C54355233 @default.
• W4386804759 hasConcept C56449476 @default.
• W4386804759 hasConcept C59822182 @default.
• W4386804759 hasConcept C60644358 @default.
• W4386804759 hasConcept C86803240 @default.
• W4386804759 hasConceptScore W4386804759C130217890 @default.
• W4386804759 hasConceptScore W4386804759C143121216 @default.
• W4386804759 hasConceptScore W4386804759C18903297 @default.

• next