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Step 2.1.1: With the current leaf level subtree (t_mathrm{leaf}), we search a syntax tree table for a tuple that has a value of (code) equal to an operation code in the root node of (t_mathrm{leaf}) and (left) equal to the left argument of (t_mathrm{leaf}) and (right) equal to the right argument of (t_mathrm{leaf}).
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Spectral characteristics can be obtained at leaf level.
Let (t_mathrm{leaf}) be the next leaf level subtree in (T_s).
Upon reaching the target leaf node, he then follows the sibling pointers in the leaf level.
(4) For leaf level, let P MH d) denote the probability that the MH is at the remaining leaf nodes.
Furthermore, the ecophysiological adaptation at the leaf level was assessed in terms of net photosynthesis and leaf transpiration.
The leaf level is denoted as level which corresponds to the height of the tree.
We say that a subtree (t_mathrm{leaf}) is a leaf level subtree of a syntax tree (T_s) if (t_mathrm{leaf} sqsubseteq T_s) and both arguments of an operation in a root node of (t_mathrm{leaf}) are data containers.
In the successive weeks, ρw image intensity decreased at the whole leaf level and in the different leaf tissues (parenchyma and main leaf vein) and leaf areas.
At the leaf level, I measured relative water content (RWC) and leaf toughness were measured.
Leaf carbon and oxygen isotope measurements reflect important characteristics of gas exchange at leaf level and integrate over the lifetime of the leaf.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com