Leaf Serration in Seedlings of Heteroblastic Woody Species Enhance Plasticity and Performance in Gaps But Not in the Understory
Table 1
Summary of significant differences of the nested analysis of variances for seedling growth, leaf morphological, physiological, and anatomical traits. Measures were taken from fifteen seedlings/species for growth and leaf morphology while nine seedlings/species were used for leaf physiology and anatomy from canopy gap and forest understory sites. Species was coded as either homoblasty or heteroblasty. Degree of significance: , , . There was no significant differences across sties.
