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Then the Strict Consensus Merger (and by extension also SuperFine+MRL), applied to the set t 1, t 2,..., t k, will return the species tree T. Comment: SuperFine+MRL has two steps: first it computes the Strict Consensus Merger (SCM), and then it resolves high degree nodes in the SCM tree using MRL.
To some extent this is expected, since the majority of the SuperFine tree topology is produced by its first step, when it computes the SCM tree, and the second step (here performed using MRL or MRP) is limited to refining the SCM tree.
Finally, we discuss the SCM tree.
Therefore, if SCM produces a fully resolved tree, SuperFine+MRL returns the SCM tree.
The second step of SuperFine resolves the SCM tree, one node at a time.
To resolve a single high degree node v (i.e., polytomy) in the SCM tree, SuperFine first labels the neighbors of v by 1... d, where the SCM tree has d subtrees off of v (i.e., d = deg v)).
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Over annual timescales, impervious surfaces unmitigated by SCMs and tree coverage were best correlated with streamflow flashiness and water yield, respectively.
Finally, to improve the topological accuracy, we use the SuperFine (Swenson et al., 2011) supertree method rather than SCM to merge the trees together.
SuperFine begins by computing the SCM and then refines the resultant unresolved tree in a computationally efficient manner.
The SCM technique takes as input a set of trees on subsets of the full taxon set S, and merges these 'source trees' two at a time until a tree on the full set of taxa is computed.
SCM, scramble siRNA.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com