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- W1966006711 abstract "Soil microorganisms have numerous functional roles in forest ecosystems, including: serving as sources and sinks of key nutrients and catalysts of nutrient transformations; acting as engineers and maintainers of soil structure; and forming mutualistic relationships with roots that improve plant fitness. Although both prescribed and wildland fires are common in temperate forests of North America, few studies have addressed the long-term influence of such disturbances on the soil microflora in these ecosystems. Fire alters the soil microbial community structure in the short-term primarily through heat-induced microbial mortality. Over the long-term, fire may modify soil communities by altering plant community composition via plant-induced changes in the soil environment. In this review, we summarize and synthesize the various studies that have assessed the effects of fire on forest soil microorganisms, emphasizing the mechanisms by which fire impacts these vital ecosystem engineers. The examples used in this paper are derived primarily from studies of ponderosa pine-dominated forests of the Inland West of the USA; these forests have some of the shortest historical fire-return intervals of any forest type, and thus the evolutionary role of fire in shaping these forests is likely the strongest. We argue that the short-term effects of fire on soil microflora and the processes they catalyze are transient, and suggest that more research be devoted to linking long-term plant community responses with those of the mutually dependent soil microflora." @default.
- W1966006711 created "2016-06-24" @default.
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- W1966006711 date "2005-12-01" @default.
- W1966006711 modified "2023-10-03" @default.
- W1966006711 title "Post-fire vegetative dynamics as drivers of microbial community structure and function in forest soils" @default.
- W1966006711 cites W1678035252 @default.
- W1966006711 cites W1937610392 @default.
- W1966006711 cites W1968379674 @default.
- W1966006711 cites W1970976163 @default.
- W1966006711 cites W1971981820 @default.
- W1966006711 cites W1972656376 @default.
- W1966006711 cites W1975329690 @default.
- W1966006711 cites W1976172944 @default.
- W1966006711 cites W1983071949 @default.
- W1966006711 cites W1985541305 @default.
- W1966006711 cites W1988404035 @default.
- W1966006711 cites W1990385015 @default.
- W1966006711 cites W1991661027 @default.
- W1966006711 cites W1994609212 @default.
- W1966006711 cites W1996568490 @default.
- W1966006711 cites W1997712022 @default.
- W1966006711 cites W2000094255 @default.
- W1966006711 cites W2000511054 @default.
- W1966006711 cites W2006721774 @default.
- W1966006711 cites W2009256396 @default.
- W1966006711 cites W2009423342 @default.
- W1966006711 cites W2010838145 @default.
- W1966006711 cites W2014446516 @default.
- W1966006711 cites W2016657017 @default.
- W1966006711 cites W2024263324 @default.
- W1966006711 cites W2025023739 @default.
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- W1966006711 cites W2039565446 @default.
- W1966006711 cites W2045217656 @default.
- W1966006711 cites W2045983719 @default.
- W1966006711 cites W2047283922 @default.
- W1966006711 cites W2060919969 @default.
- W1966006711 cites W2062099570 @default.
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- W1966006711 cites W2064874930 @default.
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- W1966006711 cites W2067579570 @default.
- W1966006711 cites W2071372312 @default.
- W1966006711 cites W2074148587 @default.
- W1966006711 cites W2075384282 @default.
- W1966006711 cites W2075523039 @default.
- W1966006711 cites W2086965309 @default.
- W1966006711 cites W2087928184 @default.
- W1966006711 cites W2090551572 @default.
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- W1966006711 cites W2144251056 @default.
- W1966006711 cites W2150551352 @default.
- W1966006711 cites W2156884364 @default.
- W1966006711 cites W2161265880 @default.
- W1966006711 cites W2162589732 @default.
- W1966006711 cites W2163806683 @default.
- W1966006711 cites W2189509121 @default.
- W1966006711 cites W2317601917 @default.
- W1966006711 cites W2319032873 @default.
- W1966006711 cites W2328354717 @default.
- W1966006711 cites W2505109824 @default.
- W1966006711 cites W2543459585 @default.
- W1966006711 cites W3024805105 @default.
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- W1966006711 doi "https://doi.org/10.1016/j.foreco.2005.08.012" @default.
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