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Changes in correlations between life-history traits and estimated architectural variables at reference sizes are shown in Fig.?4. Upper-diameter, D*, was correlated positively with species-specific http://www.selleckchem.com/products/ch5424802.html asymptotic height, aH, and initial slope, aHbH (Table?2), and consequently, species with larger D* had larger tree height at the same reference stem diameter (i.e. they were more slender). This significant relationship disappeared when the reference diameter was larger than 39?cm (Fig.?4a). D* was positively correlated with the species-specific allometric slope, bF, but not with the intercept, aF, for the allometry of the height of the lowest foliage to top height (Table?2). When compared at the same reference height, there was a positive correlation between D* and height of the lowest foliage (Fig.?4b), indicating that large D* species have shallower crowns than small D* species. This significant relationship disappeared at a reference height larger than 22?m. D* was negatively correlated with the allometric intercept, aW, of crown width vs. height but not with the slope, bW. The correlation between D* and crown width at a standardized height varied from negative (1�C10?m) to positive (21�C26?m), depending on reference heights (Fig.?4c). This indicates that large-statured species have narrower crowns than small-statured species at small heights but a wider crown at tall heights. Sapling mortality, http://www.selleck.cn/products/Everolimus(RAD001).html M, under the shaded condition was only positively correlated with initial slope aHbH, and consequently, there was a positive correlation when we estimated heights http://www.selleckchem.com/products/azd9291.html at a standardized stem diameter (Table?2, Fig.?4d). M was not correlated with other six architectural parameters (Table?2), but there was a positive correlation when we estimated crown widths at a standardized height (Fig.?4f). This suggests that species with large M had relatively slender stems and wide crowns than species with small M. These correlations were significant at small sizes