The phrase "a functional tree" is correct and usable in written English.
It can be used in contexts where you are describing a tree that serves a specific purpose or function, such as in programming, biology, or design.
Example: "The software utilizes a functional tree to organize data efficiently and improve retrieval times."
Alternatives: "an operational tree" or "a practical tree".
Non-musical oddities include a library with people lounging in empty bathtubs exchanging poetry, a functional giving tree that offers trinkets and treasure, hammock cities, technicolor clouds, translucent conversation pits, and multi-floor treehouse pagodas all being penetrated by lasers and swaying lights.
Mammary epithelial cells with stem cell activity, i.e., cells that can develop a functional ductal tree in single cell transplantation experiments, can be identified by FACS [23], [45].
Below this, a functional categorization tree is displayed, which can help users to access information of interest according to functional subsystems.
Suppose that, there are a total of s nodes in the hierarchical functional tree (In Figure 3(c), s = 5).
Classification accuracies from J48 algorithm, Best first tree algorithm, random forest tree algorithm, functional tree algorithm and linear model tree algorithm are compared and the best algorithm for such a system is suggested.
We found that adult and juvenile populations of both species responded differently to habitat heterogeneity and in most cases this heterogeneity was associated with the spatial distribution of biomass of the four functional tree types.
Using spatial estimates of the biomass of four functional tree types (short- and long-lived pioneer, shade- and partial shade-tolerant) as covariates, we fitted heterogeneous Poisson models to the point pattern of juvenile and adult tree ferns and explored the existence of habitat dependencies on these patterns.
The increase in the size of the functional tree argued here may not be enough to persuade everyone saving the TOL is possible.
GFD selects the combination of distance and clustering algorithms that best fits the species distribution in the functional trait space by minimizing the dissimilarity between the distance matrix and the ultrametric matrix of the functional tree.
LIGNUM is a functional-structural tree model that represents coniferous and broad-leaved trees with modelling units corresponding to the real structure of trees.
