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The oxygen isotope composition (δ18O) of tree‐ring cellulose is used to evaluate tree physiological responses to climate, but their interpretation is still limited due to the complexity of the isotope fractionation pathways.
We assessed the relative contribution of seasonal needle and xylem water δ18O variations to the intra‐annual tree‐ring cellulose δ18O signature of larch trees at two sites...
Wood growth constitutes the main process for long‐term atmospheric carbon sequestration in vegetation. However, our understanding of the process of wood growth and its response to environmental drivers is limited. Current dynamic global vegetation models (DGVMs) are mainly photosynthesis‐driven and thus do not explicitly include a direct environmental effect on tree growth. However, physiological...
Key messageAnatomical features ofPinus flexilisunder warmer and drier conditions along an altitudinal transect revealed a shorter growing season and shifts in the timing of wood formation. Abstract Future climate change driven by greenhouse warming is expected to increase both frequency and severity of drought events and heat...
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