Matches in SemOpenAlex for { <https://semopenalex.org/work/W2969880360> ?p ?o ?g. }
- W2969880360 endingPage "1067" @default.
- W2969880360 startingPage "1056" @default.
- W2969880360 abstract "Question Plant community assembly has traditionally been viewed from the perspective of plant resource niches and competition and, more recently, facilitation in stressful environments. However, plants also engage in biotic interactions with neighbours and soil microbiome by producing chemically diverse root exudates. Root exudates have the potential to affect plant community productivity and composition by mediating plant interactions, fostering beneficial microbial interactions and affecting nutrient cycling. However, empirical evidence for the role of root exudates in plant community dynamics is still lacking, particularly under field conditions. Location Two calcareous grasslands in Western Estonia, Europe. Methods We tested the role of root exudates in shaping plant community productivity and composition by applying activated carbon powder, known to adsorb root exudates from soil solution, to two intact species-rich grasslands. The experiment continued for four years and was combined with fertiliser application. Results We found that the application of activated carbon triggered significant changes in root morphology, plant productivity and growth form composition that were distinct from the effects of fertilisation. Community responses were site-specific and varied with the duration of activated carbon application. Activated carbon addition increased the production of finer roots in a community with shallow soil in the first year of the experiment and significantly reduced above-ground productivity at both sites by the end of the fourth growth season. The application of activated carbon promoted legume abundance at both sites and suppressed forb dominance at the site with shallow soil. Conclusion Our findings suggest that chemical interactions in the plant rhizosphere may play an important role in shaping grassland productivity and plant community composition. We also show that activated carbon can be used as an effective tool for manipulating plant interactions in intact grasslands occupied by long-lived individuals." @default.
- W2969880360 created "2019-08-29" @default.
- W2969880360 creator A5015134415 @default.
- W2969880360 creator A5015386938 @default.
- W2969880360 creator A5052242043 @default.
- W2969880360 creator A5055279083 @default.
- W2969880360 creator A5078702986 @default.
- W2969880360 date "2019-10-24" @default.
- W2969880360 modified "2023-10-18" @default.
- W2969880360 title "Manipulation of vegetation with activated carbon reveals the role of root exudates in shaping native grassland communities" @default.
- W2969880360 cites W1966157904 @default.
- W2969880360 cites W1968548310 @default.
- W2969880360 cites W1971105313 @default.
- W2969880360 cites W1973903335 @default.
- W2969880360 cites W1978330700 @default.
- W2969880360 cites W1980971093 @default.
- W2969880360 cites W1982547419 @default.
- W2969880360 cites W1984426623 @default.
- W2969880360 cites W1995936327 @default.
- W2969880360 cites W2000148941 @default.
- W2969880360 cites W2001234621 @default.
- W2969880360 cites W2004596532 @default.
- W2969880360 cites W2011441431 @default.
- W2969880360 cites W2029733813 @default.
- W2969880360 cites W2031259057 @default.
- W2969880360 cites W2040983088 @default.
- W2969880360 cites W2043314871 @default.
- W2969880360 cites W2045762639 @default.
- W2969880360 cites W2047977838 @default.
- W2969880360 cites W2050985282 @default.
- W2969880360 cites W2056312718 @default.
- W2969880360 cites W2056493656 @default.
- W2969880360 cites W2064627894 @default.
- W2969880360 cites W2072811688 @default.
- W2969880360 cites W2088408586 @default.
- W2969880360 cites W2089678651 @default.
- W2969880360 cites W2093405265 @default.
- W2969880360 cites W2094484190 @default.
- W2969880360 cites W2097619378 @default.
- W2969880360 cites W2098387463 @default.
- W2969880360 cites W2099313411 @default.
- W2969880360 cites W2100189740 @default.
- W2969880360 cites W2105837226 @default.
- W2969880360 cites W2110021770 @default.
- W2969880360 cites W2114027222 @default.
- W2969880360 cites W2114098261 @default.
- W2969880360 cites W2114685860 @default.
- W2969880360 cites W2118019823 @default.
- W2969880360 cites W2118028849 @default.
- W2969880360 cites W2118355172 @default.
- W2969880360 cites W2121892805 @default.
- W2969880360 cites W2123445795 @default.
- W2969880360 cites W2124123104 @default.
- W2969880360 cites W2128101877 @default.
- W2969880360 cites W2128230084 @default.
- W2969880360 cites W2129130286 @default.
- W2969880360 cites W2133250244 @default.
- W2969880360 cites W2133416853 @default.
- W2969880360 cites W2135816853 @default.
- W2969880360 cites W2138102271 @default.
- W2969880360 cites W2140287882 @default.
- W2969880360 cites W2141207590 @default.
- W2969880360 cites W2143070308 @default.
- W2969880360 cites W2143875037 @default.
- W2969880360 cites W2145782206 @default.
- W2969880360 cites W2146810659 @default.
- W2969880360 cites W2150760123 @default.
- W2969880360 cites W2152878376 @default.
- W2969880360 cites W2157312621 @default.
- W2969880360 cites W2157657940 @default.
- W2969880360 cites W2159716884 @default.
- W2969880360 cites W2162295676 @default.
- W2969880360 cites W2162937080 @default.
- W2969880360 cites W2168052173 @default.
- W2969880360 cites W2169148530 @default.
- W2969880360 cites W2169721440 @default.
- W2969880360 cites W2170521916 @default.
- W2969880360 cites W2226396244 @default.
- W2969880360 cites W2252993452 @default.
- W2969880360 cites W2311275111 @default.
- W2969880360 cites W2340872654 @default.
- W2969880360 cites W2613999185 @default.
- W2969880360 cites W2766229654 @default.
- W2969880360 cites W41100217 @default.
- W2969880360 cites W4210340613 @default.
- W2969880360 cites W4252316393 @default.
- W2969880360 cites W60460596 @default.
- W2969880360 doi "https://doi.org/10.1111/jvs.12808" @default.
- W2969880360 hasPublicationYear "2019" @default.
- W2969880360 type Work @default.
- W2969880360 sameAs 2969880360 @default.
- W2969880360 citedByCount "7" @default.
- W2969880360 countsByYear W29698803602020 @default.
- W2969880360 countsByYear W29698803602021 @default.
- W2969880360 countsByYear W29698803602022 @default.
- W2969880360 countsByYear W29698803602023 @default.
- W2969880360 crossrefType "journal-article" @default.
- W2969880360 hasAuthorship W2969880360A5015134415 @default.