Variation and Driving Mechanisms of Bark Thickness in Larix gmelinii under Surface Fire Regimes
Qiang Zhu,
Yanhong Liu,
Yingda Wu
et al.
Abstract:Bark is vital for woody plants, providing protection, transporting nutrients and water, and storing essential resources. For fire-prone ecosystems, bark thickness is a key adaptive trait conferring fire resistance. Few studies have been conducted on the drivers of variation in bark thickness of the widely distributed Larix gmelinii (Rupr.) Kuzen in the Great Xing’an Mountains region, on the southern edge of East Siberia, where surface fire disturbances are frequent. To elucidate the relationships between varia… Show more
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