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• W3000612900 abstract "Salmon decomposition is traditionally viewed through the lens of energy and nutrient subsidies, but not as a potential “microbial subsidy.” Microbial communities residing on and within spawning salmon are directly introduced into streams after host death. This incorporation takes the form of microbes sloughing off and integrating into substrate biofilms, or indirectly, by macroinvertebrates facilitating dispersal via consumption. The objective of this study was to determine the effects of salmon carcass-derived microbial communities on stream biofilms and macroinvertebrates during an experimental salmon carcass addition in a naïve stream (i.e., no evolutionary history of salmon). Microbial communities [epilithic biofilms and within macroinvertebrates (internal)] were sampled at treatment and control sites before (September), during (October), and after (November to following August) a salmon carcass subsidy introduction in two successive years (September 2014-August 2016). We found a significant interaction between carcass addition and time on microbial and macroinvertebrate communities. Heptagenia (Heptageniidae: grazer) density was five times higher in the salmon reach compared to the control. In the salmon reach during year one, Stramenopiles (i.e., eukaryotic microbes) decreased in biofilm communities after two weeks of decomposition. The internal microbiome of Stegopterna mutata (Simuliidae: collector-filterer) varied between years but was significantly different between reaches over time during year two of the study, with four times greater abundance of melanogenesis functional pathways (function determined in silico) in the control reach. Although unique microbial taxa, introduced to this naïve stream via salmon carrion, persisted in biofilms on benthic substrate and internal to insects during both years, those taxa represented <2% of the relative abundance in microbial communities. These results highlight the importance of allochthonous carrion resources in the microbial ecology of lotic biofilms and macroinvertebrates. Furthermore, this study contributes to previous research into the complex interkingdom interactions in stream communities in response to a novel allochthonous resource." @default.
• W3000612900 created "2020-01-23" @default.
• W3000612900 creator A5005614243 @default.
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• W3000612900 date "2020-01-10" @default.
• W3000612900 modified "2023-09-25" @default.
• W3000612900 title "Microbial Community Response to a Novel Salmon Resource Subsidy" @default.
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• W3000612900 cites W1822648038 @default.
• W3000612900 cites W1905964007 @default.
• W3000612900 cites W1914381787 @default.
• W3000612900 cites W1968563943 @default.
• W3000612900 cites W1970153133 @default.
• W3000612900 cites W1970259919 @default.
• W3000612900 cites W1971073605 @default.
• W3000612900 cites W1971345091 @default.
• W3000612900 cites W1971379916 @default.
• W3000612900 cites W1975431864 @default.
• W3000612900 cites W1979843288 @default.
• W3000612900 cites W1988925586 @default.
• W3000612900 cites W1992570976 @default.
• W3000612900 cites W1995696848 @default.
• W3000612900 cites W1996466287 @default.
• W3000612900 cites W1998895737 @default.
• W3000612900 cites W2002073094 @default.
• W3000612900 cites W2003963152 @default.
• W3000612900 cites W2016904876 @default.
• W3000612900 cites W2019054255 @default.
• W3000612900 cites W2019514958 @default.
• W3000612900 cites W2020874071 @default.
• W3000612900 cites W2028363015 @default.
• W3000612900 cites W2028596084 @default.
• W3000612900 cites W2032288603 @default.
• W3000612900 cites W2039117876 @default.
• W3000612900 cites W2039317838 @default.
• W3000612900 cites W2045073446 @default.
• W3000612900 cites W2049011940 @default.
• W3000612900 cites W2050790356 @default.
• W3000612900 cites W2053986422 @default.
• W3000612900 cites W2061369120 @default.
• W3000612900 cites W2062057340 @default.
• W3000612900 cites W2065502285 @default.
• W3000612900 cites W2068349998 @default.
• W3000612900 cites W2070826422 @default.
• W3000612900 cites W2072970694 @default.
• W3000612900 cites W2074411863 @default.
• W3000612900 cites W2075323084 @default.
• W3000612900 cites W2080283023 @default.
• W3000612900 cites W2095132285 @default.
• W3000612900 cites W2095990352 @default.
• W3000612900 cites W2103995148 @default.
• W3000612900 cites W2105689045 @default.
• W3000612900 cites W2109383062 @default.
• W3000612900 cites W2109717922 @default.
• W3000612900 cites W2110300022 @default.
• W3000612900 cites W2110310992 @default.
• W3000612900 cites W2116544104 @default.
• W3000612900 cites W2121259764 @default.
• W3000612900 cites W2123330300 @default.
• W3000612900 cites W2126136565 @default.
• W3000612900 cites W2132948272 @default.
• W3000612900 cites W2136660715 @default.
• W3000612900 cites W2149853789 @default.
• W3000612900 cites W2151973772 @default.
• W3000612900 cites W2154026962 @default.
• W3000612900 cites W2155176645 @default.
• W3000612900 cites W2164646617 @default.
• W3000612900 cites W2166171121 @default.
• W3000612900 cites W2167484946 @default.
• W3000612900 cites W2168539336 @default.
• W3000612900 cites W2170946334 @default.
• W3000612900 cites W2171937792 @default.
• W3000612900 cites W2172861985 @default.
• W3000612900 cites W2174316710 @default.
• W3000612900 cites W2213865827 @default.
• W3000612900 cites W2226357190 @default.
• W3000612900 cites W2235165157 @default.
• W3000612900 cites W2401404581 @default.
• W3000612900 cites W2500218576 @default.
• W3000612900 cites W2513506562 @default.
• W3000612900 cites W2515674474 @default.
• W3000612900 cites W2521114614 @default.
• W3000612900 cites W2568184332 @default.
• W3000612900 cites W2605358357 @default.
• W3000612900 cites W2766358903 @default.
• W3000612900 cites W2769567924 @default.
• W3000612900 cites W2772222354 @default.
• W3000612900 cites W2784906768 @default.
• W3000612900 cites W2891328915 @default.
• W3000612900 cites W4242702784 @default.
• W3000612900 cites W4294216483 @default.
• W3000612900 cites W2174722867 @default.
• W3000612900 doi "https://doi.org/10.3389/fevo.2019.00505" @default.
• W3000612900 hasPublicationYear "2020" @default.
• W3000612900 type Work @default.
• W3000612900 sameAs 3000612900 @default.

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