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- W2900697533 endingPage "3506" @default.
- W2900697533 startingPage "3490" @default.
- W2900697533 abstract "Abstract Boreal forests store a large proportion of the global terrestrial carbon (C), while wildfire plays a crucial role in determining their C storage and dynamics. The aboveground C (AC) pool is an important component of forest C stocks. To quantify the turning point (transforming from C source to C sink) and recovery time of postfire AC, and assess how stand density affects the AC, 175 plots from eight stand age classes were surveyed as a chronosequence in the Great Xing'an Mountains of Northeast China. Linear and nonlinear regression analyses were conducted to describe postfire AC recovery patterns. The results showed that (1) postfire AC exhibited a skewed U‐shaped pattern with the turning point at approximately year 30, when the change rate of AC shifted from negative to positive, (2) it took more than 120 years for this forest ecosystem to recover 80% of AC in unburned old‐growth (200 years) stands, and (3) there was an overall positive relationship between AC and stand density over the entire range of stand age classes; and such relationship was stronger during the early‐ and late‐successional stages, but weaker ( p > 0.05) during the midsuccessional stage. Although boreal larch forests have been C sinks under historical fire free intervals, predicted increases in fire frequency could potentially shift it to a C source. Understanding postfire AC dynamics in boreal larch forests is central to predicting C cycling response to wildfire and provides a framework for assessing ecosystem resilience to disturbance in this region." @default.
- W2900697533 created "2018-11-29" @default.
- W2900697533 creator A5005259297 @default.
- W2900697533 creator A5015799639 @default.
- W2900697533 creator A5042291800 @default.
- W2900697533 creator A5044042568 @default.
- W2900697533 creator A5064538358 @default.
- W2900697533 date "2018-12-01" @default.
- W2900697533 modified "2023-10-14" @default.
- W2900697533 title "Dynamics of Postfire Aboveground Carbon in a Chronosequence of Chinese Boreal Larch Forests" @default.
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