Matches in SemOpenAlex for { <https://semopenalex.org/work/W4379795025> ?p ?o ?g. }
- W4379795025 endingPage "47" @default.
- W4379795025 startingPage "30" @default.
- W4379795025 abstract "Soil microbial communities play a vital role in ecosystem functioning by enhancing mineral nutrition and protecting forest trees against pathogens through mycorrhizal symbiosis. However, knowledge of the diversity and assemblage of belowground fungal communities associated with native host trees in tropical Africa is incomplete. Using high-throughput sequencing, this study examined soil fungal communities in the rhizosphere of five ectomycorrhizal trees (EcM) from (5) countries using ITS and LSU regions. Unconstrained ordination of fungal species was performed using principal component analysis based on their EcM tree rhizosphere affiliation. The ANOSIM test assessed the similarity between the fungal community composition associated with the EcM trees. Overall, 90 species belonging to 84 genera, 71 families, 40 orders and 4 phyla were identified. Soil fungal communities were host specific (P = 0.001). Basidiomycota were more frequently observed in the rhizosphere of Fabaceae, except for I. doka, whereas Ascomycota are more abundant in the rhizosphere of Phyllanthaceae (U. togoensis) and Dipterocarpaceae (M. kerstingii). The genus Sebacina is predominantly linked to M. kerstingii and I. tomentosa, while Russula is dominant under B. grandiflora and, Inocybe with I. tomentosa. This study provides new insights into in the rhizosphere of native forest trees in West Africa and highlights areas for future research. Key words: DNA metabarcoding, ectomycorrhizal association, molecular species, Soil microorganisms, soil fungi, timber trees." @default.
- W4379795025 created "2023-06-09" @default.
- W4379795025 creator A5016224664 @default.
- W4379795025 creator A5092112278 @default.
- W4379795025 creator A5092112279 @default.
- W4379795025 creator A5092112280 @default.
- W4379795025 creator A5092112281 @default.
- W4379795025 creator A5092112282 @default.
- W4379795025 creator A5092112283 @default.
- W4379795025 date "2023-03-31" @default.
- W4379795025 modified "2023-09-30" @default.
- W4379795025 title "Highlighting the diversity of the rhizosphere mycobiome of five native West African trees" @default.
- W4379795025 cites W1531312922 @default.
- W4379795025 cites W1996681328 @default.
- W4379795025 cites W2004422925 @default.
- W4379795025 cites W2025670780 @default.
- W4379795025 cites W2028689617 @default.
- W4379795025 cites W2037310418 @default.
- W4379795025 cites W2046197649 @default.
- W4379795025 cites W2073080634 @default.
- W4379795025 cites W2078294775 @default.
- W4379795025 cites W2097203270 @default.
- W4379795025 cites W2102356231 @default.
- W4379795025 cites W2102958750 @default.
- W4379795025 cites W2106751558 @default.
- W4379795025 cites W2121029487 @default.
- W4379795025 cites W2122814689 @default.
- W4379795025 cites W2125875207 @default.
- W4379795025 cites W2126031755 @default.
- W4379795025 cites W2136233546 @default.
- W4379795025 cites W2145840889 @default.
- W4379795025 cites W2148467250 @default.
- W4379795025 cites W2151362728 @default.
- W4379795025 cites W2151486243 @default.
- W4379795025 cites W2151807516 @default.
- W4379795025 cites W2154142473 @default.
- W4379795025 cites W2166380229 @default.
- W4379795025 cites W2170400599 @default.
- W4379795025 cites W2181018639 @default.
- W4379795025 cites W2261257955 @default.
- W4379795025 cites W2295360366 @default.
- W4379795025 cites W2301598227 @default.
- W4379795025 cites W2330415977 @default.
- W4379795025 cites W2331727643 @default.
- W4379795025 cites W234454337 @default.
- W4379795025 cites W2420584020 @default.
- W4379795025 cites W2554037203 @default.
- W4379795025 cites W2621095374 @default.
- W4379795025 cites W2792482912 @default.
- W4379795025 cites W2800438304 @default.
- W4379795025 cites W2800896567 @default.
- W4379795025 cites W2801120072 @default.
- W4379795025 cites W2806330728 @default.
- W4379795025 cites W2882998773 @default.
- W4379795025 cites W2900678021 @default.
- W4379795025 cites W2906359965 @default.
- W4379795025 cites W2912520627 @default.
- W4379795025 cites W2922177461 @default.
- W4379795025 cites W2940309098 @default.
- W4379795025 cites W2944269920 @default.
- W4379795025 cites W2953492055 @default.
- W4379795025 cites W2960135179 @default.
- W4379795025 cites W2985938913 @default.
- W4379795025 cites W2995109725 @default.
- W4379795025 cites W2998820965 @default.
- W4379795025 cites W3016987590 @default.
- W4379795025 cites W3083010830 @default.
- W4379795025 cites W3097547358 @default.
- W4379795025 cites W3113024621 @default.
- W4379795025 cites W3119409956 @default.
- W4379795025 cites W3134742015 @default.
- W4379795025 cites W3160148330 @default.
- W4379795025 cites W3167606255 @default.
- W4379795025 cites W3179483622 @default.
- W4379795025 cites W4220759638 @default.
- W4379795025 cites W4242289937 @default.
- W4379795025 cites W4289731075 @default.
- W4379795025 cites W4307303364 @default.
- W4379795025 doi "https://doi.org/10.5897/ijbc2022.1568" @default.
- W4379795025 hasPublicationYear "2023" @default.
- W4379795025 type Work @default.
- W4379795025 citedByCount "0" @default.
- W4379795025 crossrefType "journal-article" @default.
- W4379795025 hasAuthorship W4379795025A5016224664 @default.
- W4379795025 hasAuthorship W4379795025A5092112278 @default.
- W4379795025 hasAuthorship W4379795025A5092112279 @default.
- W4379795025 hasAuthorship W4379795025A5092112280 @default.
- W4379795025 hasAuthorship W4379795025A5092112281 @default.
- W4379795025 hasAuthorship W4379795025A5092112282 @default.
- W4379795025 hasAuthorship W4379795025A5092112283 @default.
- W4379795025 hasBestOaLocation W43797950251 @default.
- W4379795025 hasConcept C18903297 @default.
- W4379795025 hasConcept C2776492830 @default.
- W4379795025 hasConcept C2780924097 @default.
- W4379795025 hasConcept C523546767 @default.
- W4379795025 hasConcept C54355233 @default.
- W4379795025 hasConcept C59822182 @default.
- W4379795025 hasConcept C86626682 @default.