<p><i>K</i> <1 indicate that relatives resemble each other less than expected under Brownian motion evolution along the phylogenetic tree; while <i>K</i> >1 show that close relatives are more similar than expected. SL, stomatal length; SW, stomatal width; SA, stomatal area; SD, stomatal density; SI, stomatal index; UET, upper epidermal thickness; UCT, upper cuticular thickness; PTT, palisade tissue thickness; STT, spongy tissue thickness; LET, lower epidermal thickness; LCT, lower cuticular thickness, MT, mesophyll thickness; LT, leaf thickness; TCT, total cuticular thickness; LMA, leaf mass per unit area; LA, leaf area; and VD, vein density.</p
Premise of the study: The question why leaf dimensions vary so much between species has long puzzled...
<p>Comparison of foliage morphology and stomatal distribution with the genera of Cupressoideae <i>s....
<p>The current relationship between leaf traits and environmental variables has been widely used as ...
<p><i>K</i> value <1 indicates that relatives resemble each other less than expected under Brownian ...
Background: Both leaf attributes and stomatal traits are linked to water economy in land plants. How...
Both leaf attributes and stomatal traits are linked to water economy in land plants. However, it is ...
<p>SL, stomatal length; SA, stomatal area; SD, stomatal density; LET, lower epidermal thickness; LT,...
Both leaf attributes and stomatal traits are linked to water economy in land plants. However, it is ...
<p>UET, upper epidermal thickness (µm); UCT, upper cuticle thickness (µm); LET, lower epidermal thic...
THE processes by which the functions of interdependent tissues are coordinated as lineages diversify...
<p>SD, stomatal density; VD, vein density; SL, stomatal length; and LT, leaf thickness. Different le...
Theory predicts that natural selection should favor coordination between leaf physiology, biochemist...
In most plants, stomata are located only on the abaxial leaf surface (hypostomy), but many plants ha...
<p>K varies from 0 to 1 to >1, indicating, respectively, no phylogenetic ...
1. Leaf anatomical traits may reflect plant's adaption to environmental changes and influence ecosys...
Premise of the study: The question why leaf dimensions vary so much between species has long puzzled...
<p>Comparison of foliage morphology and stomatal distribution with the genera of Cupressoideae <i>s....
<p>The current relationship between leaf traits and environmental variables has been widely used as ...
<p><i>K</i> value <1 indicates that relatives resemble each other less than expected under Brownian ...
Background: Both leaf attributes and stomatal traits are linked to water economy in land plants. How...
Both leaf attributes and stomatal traits are linked to water economy in land plants. However, it is ...
<p>SL, stomatal length; SA, stomatal area; SD, stomatal density; LET, lower epidermal thickness; LT,...
Both leaf attributes and stomatal traits are linked to water economy in land plants. However, it is ...
<p>UET, upper epidermal thickness (µm); UCT, upper cuticle thickness (µm); LET, lower epidermal thic...
THE processes by which the functions of interdependent tissues are coordinated as lineages diversify...
<p>SD, stomatal density; VD, vein density; SL, stomatal length; and LT, leaf thickness. Different le...
Theory predicts that natural selection should favor coordination between leaf physiology, biochemist...
In most plants, stomata are located only on the abaxial leaf surface (hypostomy), but many plants ha...
<p>K varies from 0 to 1 to >1, indicating, respectively, no phylogenetic ...
1. Leaf anatomical traits may reflect plant's adaption to environmental changes and influence ecosys...
Premise of the study: The question why leaf dimensions vary so much between species has long puzzled...
<p>Comparison of foliage morphology and stomatal distribution with the genera of Cupressoideae <i>s....
<p>The current relationship between leaf traits and environmental variables has been widely used as ...