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• W3174095747 endingPage "112994" @default.
• W3174095747 startingPage "112994" @default.
• W3174095747 abstract "Wildfire is the primary natural disturbance in boreal forest ecosystems. It substantially changes soil nutrient conditions and plant nutrient dynamics. After a wildfire, various plant strategies of nutrient utilization are fundamental to ecosystem recovery processes. Stability of plant nutrients reflects the ability of plants possessing relatively constant elemental concentrations in the face of nutrient changes, which can be calculated by the value of “nutrient homeostasis”. However, the mechanism of how nutrient homeostasis mediates plant community recovery in post-fire ecosystems remains unknown. The dominant tree species that survived after fire and the new emergence of regenerated tree species are the important components of a plant community during the recovery process. Our primary objective was to elucidate the nutrient homeostasis trade-off between dominant and regenerated species over years after recovery. Five treatments, namely, 2 year, 10 year, 20 year, 30 years after moderate burning severity, and unburned forests, were designed in the boreal forests of Great Xing'an Mountains, Northeast China. Compared with unburned forests, wildfire lowered the average value of homeostasis of plant nutrients (N and P). Moreover, the mean homeostasis value of the dominant species (i.e., Larix gmelinii ) was higher than that of the regenerated species (i.e., Betula platyphylla ). The slope of relationship between nutrient homeostasis and recovery years of the regenerated species was higher than that of the dominant species, suggesting that the nutrient homeostasis in the regenerated species recovered more quickly than dominant species after recovery. Compared with the dominant species, changes in the regenerated species' homeostasis can explained more to the changes of species diversity during the years after recovery. This study revealed plant nutrient adaptation in different species and different plant organs with years after wildfire and highlighted the importance of nutrient homeostasis in plant adaptation strategies and the recovery of plant community. • ‘Homeostasis’ shows as an ability of plant to maintain relatively constant elemental content when soil nutrient changes. • Wildfire lowered the average value of plant nutrient homeostasis. • Nutrient homeostasis of regenerated species recovered more quickly than that of dominant species. • Changes in nutrient homeostasis of regenerated species contributed more to diversity recovery than that of dominant species." @default.
• W3174095747 created "2021-07-05" @default.
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• W3174095747 date "2021-10-01" @default.
• W3174095747 modified "2023-09-27" @default.
• W3174095747 title "Changes in plant nutrient utilization during ecosystem recovery after wildfire" @default.
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• W3174095747 doi "https://doi.org/10.1016/j.jenvman.2021.112994" @default.
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