Sentence examples for clusters of organisms from inspiring English sources

Clusters of organisms are visualized in two dimensions as 'mountains' on a topological map.

The model presented here illustrates that mutation size can affect the formation of clusters of organisms in a continuous morphospace.

Once in the alveolus, clusters of organisms grow from trophic forms anchored to the Type I cells and fill the lumen.

Indeed the application of community detection algorithms [20], [21], such as Infomap [22], to the statistically validated networks reveal clusters of organisms with a direct biological interpretation in terms of lineage (see Fig. 3).

Here, we investigate the optimizing role of a mutation parameter in a spirit similar to the three studies described above; however, instead of focusing on individual fitness, we address the optimization of the number of species, represented in our model as clusters of organisms in a simulated morphospace.

If phylogenetic map topology is determined by a subset of the evolutionary mechanisms that determine niche map topology, then those mountains exhibiting the highest degree of overlap between phylogenetic and niche maps represent clusters of organisms whose ecological niche constrains evolution to vertical decent.

Phylogenetically, the unknown species forms a hitherto unknown sub-line proximal to the base of a cluster of organisms (designated rRNA cluster XVI), which includes Clostridium innocuum, Streptococcus pleomorphus, and some Eubacterium species.

It should be emphasized that clustering of organisms is by no means a given outcome of assortative mating.

We investigate the clustering of organisms, where clusters are defined as reproductively isolated groups and serve as an analogue of species, as a function of maximum mutation size.

A second key finding is the association of STI with a cluster of organisms not previously linked to the male urogenital tract: Sneathia, Gemella, Aerococcus, Anaerococcus, Prevotella and Veillonella, to name a few [9], [35], [41].

We report several other specific examples of similarities and differences between phylogenetic and niche maps, using detailed qualitative analysis to demonstrate a correlation between defining characteristics of niche (i.e. environment and function) and the clustering of organisms on the niche map.