- Gap Size in Hyrcanian Forest Affects the Lignin and N Concentrations of the Oriental Beech (Fagus orientalis Lipsky) Fine Roots but Does Not Change Their Morphological Traits in the Medium Term

F and p values of ANCOVA (General Linear Model) for the effects of core position and orientation on morphological fine root traits divided by diameter classes. Gap sizes were used as covariates. Interactions were not significant and therefore excluded from the model.

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Gap Size in Hyrcanian Forest Affects the Lignin and N Concentrations of the Oriental Beech (Fagus orientalis Lipsky) Fine Roots but Does Not Change Their Morphological Traits in the Medium Term - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/F-and-p-values-of-ANCOVA-General-Linear-Model-for-the-effects-of-core-position-and_tbl1_348801457 [accessed 21 Mar 2025]

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F and p values of ANCOVA (General Linear Model) for the effects of core position and orientation on morphological fine root traits divided by diameter classes. Gap sizes were used as covariates. Interactions were not significant and therefore excluded from the model.

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<a href="https://www.researchgate.net/figure/F-and-p-values-of-ANCOVA-General-Linear-Model-for-the-effects-of-core-position-and_tbl1_348801457"><img src="https://www.researchgate.net/profile/Antonio-Montagnoli/publication/348801457/figure/tbl1/AS:996498871443461@1614595253955/F-and-p-values-of-ANCOVA-General-Linear-Model-for-the-effects-of-core-position-and.png" alt="F and p values of ANCOVA (General Linear Model) for the effects of core position and orientation on morphological fine root traits divided by diameter classes. Gap sizes were used as covariates. Interactions were not significant and therefore excluded from the model."/></a>