FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3187752396> ?p ?o ?g. }

• W3187752396 endingPage "794" @default.
• W3187752396 startingPage "780" @default.
• W3187752396 abstract "Abstract Investigating the influence of biodiversity on ecosystem functioning over environmental gradients is needed to anticipate ecosystem responses to global change. However, our understanding of the functional role of freshwater biodiversity, especially for microbes, is mainly based on manipulative experiments, where biodiversity and environmental variability are minimized. Here, we combined observational and manipulative experiments to analyse how fungal biodiversity responds to and mediates the impacts of drying on two key ecosystem processes: organic matter decomposition and fungal biomass accrual. Our observational data set consists of fungal biodiversity and ecosystem processes from 15 streams spanning a natural gradient of flow intermittence. Our manipulative design evaluates the responses of ecosystem processes to two fungal richness levels crossed with three levels of drying. For the observational experiment, we found that increasing the duration of drying reduced fungal species richness and caused compositional changes. Changes in species composition were driven by species turnover, suggesting resistance mechanisms to cope with drying. We also found that fungal richness had a positive effect on organic matter decomposition and fungal biomass accrual. Positive effects of fungal biodiversity were consistent when controlling for the effects of drying duration on richness by means of structural equation modelling. In addition, our results for the manipulative experiment showed that the positive effects of higher richness on both ecosystem processes were evident even when exposed to short or long simulated drying. Overall, our study suggests that maintaining high levels of biodiversity is crucial for maintaining functional freshwater ecosystems in response to ongoing and future environmental changes." @default.
• W3187752396 created "2021-08-16" @default.
• W3187752396 creator A5022209951 @default.
• W3187752396 creator A5059131622 @default.
• W3187752396 creator A5070500944 @default.
• W3187752396 creator A5082649513 @default.
• W3187752396 creator A5090368529 @default.
• W3187752396 date "2021-08-03" @default.
• W3187752396 modified "2023-10-12" @default.
• W3187752396 title "Fungal Biodiversity Mediates the Effects of Drying on Freshwater Ecosystem Functioning" @default.
• W3187752396 cites W1190138214 @default.
• W3187752396 cites W1465339874 @default.
• W3187752396 cites W1493718635 @default.
• W3187752396 cites W1580156547 @default.
• W3187752396 cites W1581361152 @default.
• W3187752396 cites W1751517265 @default.
• W3187752396 cites W1910624247 @default.
• W3187752396 cites W1916424392 @default.
• W3187752396 cites W1948824129 @default.
• W3187752396 cites W1952066190 @default.
• W3187752396 cites W1968388485 @default.
• W3187752396 cites W1990132528 @default.
• W3187752396 cites W1996061893 @default.
• W3187752396 cites W2009138626 @default.
• W3187752396 cites W2015294009 @default.
• W3187752396 cites W2021059716 @default.
• W3187752396 cites W2027334892 @default.
• W3187752396 cites W2044758532 @default.
• W3187752396 cites W2045286158 @default.
• W3187752396 cites W2049661893 @default.
• W3187752396 cites W2049846768 @default.
• W3187752396 cites W2051582346 @default.
• W3187752396 cites W2054631478 @default.
• W3187752396 cites W2058175001 @default.
• W3187752396 cites W2062668850 @default.
• W3187752396 cites W2068002774 @default.
• W3187752396 cites W2082267644 @default.
• W3187752396 cites W2086291938 @default.
• W3187752396 cites W2101971030 @default.
• W3187752396 cites W2107821661 @default.
• W3187752396 cites W2109264330 @default.
• W3187752396 cites W2111590256 @default.
• W3187752396 cites W2111684210 @default.
• W3187752396 cites W2113003817 @default.
• W3187752396 cites W2116663774 @default.
• W3187752396 cites W2118968770 @default.
• W3187752396 cites W2129520403 @default.
• W3187752396 cites W2137240723 @default.
• W3187752396 cites W2146596987 @default.
• W3187752396 cites W2156176806 @default.
• W3187752396 cites W2159915004 @default.
• W3187752396 cites W2160662642 @default.
• W3187752396 cites W2164145351 @default.
• W3187752396 cites W2253902135 @default.
• W3187752396 cites W2275919415 @default.
• W3187752396 cites W2286515951 @default.
• W3187752396 cites W2329058584 @default.
• W3187752396 cites W2337754101 @default.
• W3187752396 cites W2354064285 @default.
• W3187752396 cites W2527857824 @default.
• W3187752396 cites W2616713916 @default.
• W3187752396 cites W2754543669 @default.
• W3187752396 cites W2754555965 @default.
• W3187752396 cites W2772143625 @default.
• W3187752396 cites W2793894638 @default.
• W3187752396 cites W2800995026 @default.
• W3187752396 cites W2804456589 @default.
• W3187752396 cites W2806856328 @default.
• W3187752396 cites W2901199346 @default.
• W3187752396 cites W2903671364 @default.
• W3187752396 cites W2904179228 @default.
• W3187752396 cites W2905752552 @default.
• W3187752396 cites W2913147319 @default.
• W3187752396 cites W2914855590 @default.
• W3187752396 cites W2937803488 @default.
• W3187752396 cites W2950582105 @default.
• W3187752396 cites W2952240264 @default.
• W3187752396 cites W2954343919 @default.
• W3187752396 cites W2972727705 @default.
• W3187752396 cites W2982417274 @default.
• W3187752396 cites W2986682222 @default.
• W3187752396 cites W3009275323 @default.
• W3187752396 cites W3013212905 @default.
• W3187752396 cites W3037504609 @default.
• W3187752396 cites W3039438149 @default.
• W3187752396 cites W3088738889 @default.
• W3187752396 cites W358932615 @default.
• W3187752396 cites W40713111 @default.
• W3187752396 cites W4206629480 @default.
• W3187752396 cites W4249769466 @default.
• W3187752396 cites W94913041 @default.
• W3187752396 doi "https://doi.org/10.1007/s10021-021-00683-z" @default.
• W3187752396 hasPublicationYear "2021" @default.
• W3187752396 type Work @default.
• W3187752396 sameAs 3187752396 @default.
• W3187752396 citedByCount "7" @default.
• W3187752396 countsByYear W31877523962021 @default.
• W3187752396 countsByYear W31877523962022 @default.

• next