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• W2127445897 abstract "The combination of changing climate and anthropogenic activities is increasing the probability of wildfire around the world. When fires occur in riparian zones, associated tree mortality can add wood directly to streams or wood may fall to the forest floor and remain there for some time before being transported into stream channels. Wood provides critical structure for aquatic macroinvertebrates, so our objectives were to assess the effects of wood burn status, conditioning, and their interaction on macroinvertebrate community composition, taxon and functional diversity, and trait affinities. We conducted a field experiment with pieces of freshly cut wood (length = 10 cm, diameter ≈ 7.5 cm) for which we first manipulated burn status (burned, unburned) and then, conditioned by placing burned and unburned wood directly into streams (no conditioning) or by leaving pieces in streams (water conditioning) or on the forest floor (soil conditioning) for a year before submergence. We used distance-based redundancy analysis to assess community structure by wood treatments and linear mixed-effects modeling to assess effects of wood treatments on taxon and functional diversity and trait affinity. Changes in wood quality resulting from fire may not alter macroinvertebrate community structure. Taxonomic and functional patterns of stream invertebrate colonization did not differ between burned and unburned wood, even after a year of incubation in the stream or on the forest floor. Conditioning status affected taxonomic composition, taxon and functional diversity, and trait affinities of wood invertebrate communities. The terrestrial legacy of soil conditioning was clearly important in structuring macroinvertebrate assemblages. Our results suggest that macroinvertebrate communities may be more sensitive to fire effects on the dynamics of wood input than to effects of fires on the wood itself." @default.
• W2127445897 created "2016-06-24" @default.
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• W2127445897 date "2014-09-01" @default.
• W2127445897 modified "2023-10-02" @default.
• W2127445897 title "Effects of burn status and conditioning on colonization of wood by stream macroinvertebrates" @default.
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• W2127445897 cites W1590827474 @default.
• W2127445897 cites W186364121 @default.
• W2127445897 cites W1968076659 @default.
• W2127445897 cites W1968450215 @default.
• W2127445897 cites W1973312333 @default.
• W2127445897 cites W1975711190 @default.
• W2127445897 cites W1979978666 @default.
• W2127445897 cites W1981814128 @default.
• W2127445897 cites W1984438793 @default.
• W2127445897 cites W1987650700 @default.
• W2127445897 cites W1990436032 @default.
• W2127445897 cites W1990589813 @default.
• W2127445897 cites W1992051644 @default.
• W2127445897 cites W1992802946 @default.
• W2127445897 cites W1995798254 @default.
• W2127445897 cites W1999863913 @default.
• W2127445897 cites W2002177329 @default.
• W2127445897 cites W2003352517 @default.
• W2127445897 cites W2009375638 @default.
• W2127445897 cites W2016120438 @default.
• W2127445897 cites W2016295907 @default.
• W2127445897 cites W2020777753 @default.
• W2127445897 cites W2021925068 @default.
• W2127445897 cites W2022646427 @default.
• W2127445897 cites W2022966928 @default.
• W2127445897 cites W2035001980 @default.
• W2127445897 cites W2037842033 @default.
• W2127445897 cites W2038908793 @default.
• W2127445897 cites W2038955624 @default.
• W2127445897 cites W2045916642 @default.
• W2127445897 cites W2049765178 @default.
• W2127445897 cites W2049774483 @default.
• W2127445897 cites W2052067501 @default.
• W2127445897 cites W2056396655 @default.
• W2127445897 cites W2062681419 @default.
• W2127445897 cites W2066311346 @default.
• W2127445897 cites W2069910884 @default.
• W2127445897 cites W2072250724 @default.
• W2127445897 cites W2078126920 @default.
• W2127445897 cites W2079959945 @default.
• W2127445897 cites W2084005666 @default.
• W2127445897 cites W2084607930 @default.
• W2127445897 cites W2099053943 @default.
• W2127445897 cites W2102547670 @default.
• W2127445897 cites W2103239401 @default.
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• W2127445897 cites W2106500411 @default.
• W2127445897 cites W2114897578 @default.
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• W2127445897 cites W2131042289 @default.
• W2127445897 cites W2132557025 @default.
• W2127445897 cites W2139744785 @default.
• W2127445897 cites W2144902954 @default.
• W2127445897 cites W2147618390 @default.
• W2127445897 cites W2147929159 @default.
• W2127445897 cites W2149421543 @default.
• W2127445897 cites W2152696494 @default.
• W2127445897 cites W2158799729 @default.
• W2127445897 cites W2160054258 @default.
• W2127445897 cites W2163250554 @default.
• W2127445897 cites W2168338454 @default.
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• W2127445897 cites W2330183106 @default.
• W2127445897 cites W2330924962 @default.
• W2127445897 cites W2331739518 @default.
• W2127445897 cites W256000936 @default.
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• W2127445897 doi "https://doi.org/10.1086/676657" @default.
• W2127445897 hasPublicationYear "2014" @default.
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