In contrast, low-discharge conditions promote long water residence, high salinity conditions, which favor slower growing halophylic taxa such as dinoflagellates and certain cyanobacteria.
High effective rainfall enhanced the growing of swamp taxa like Pandanus around the lake.
Once granules were developed, bacterial groups located in the interior of the granules tended to be present in lower numbers in the effluent, while taxa growing on the surface and/or in the bulk phase were more abundant in the effluent.
The past few years have seen a vast increase in the amount of genomic data available for a growing number of taxa, including sets of full length cDNA clones and cis-regulatory sequences.
We found different Pteridium taxa growing within a kilometre of each other on Santa Cruz and San Cristobal.
The wealth of microsatellite data is constantly growing across different taxa.
With the growing amount of taxa and sequences that are used in phylogenomics, CADM offers a simple alternative to compare multiple matrices and identify congruent data partitions.
However, evidence is growing, in many taxa, that as the adversity (harshness) and uncertainty of the environment increase cooperation is enhanced and we present a model here that attempts to explain this phenomenon as an adaptive facultative response favoured by selection.
Interestingly, the lichenized Euascomycetes, which are particularly rich in both spliceosomal and group I introns in their nuclear rRNA, are typically extremely slow-growing taxa many of which have small population sizes [e.g., [ 43]].
Among plants, most of the attention in comparative evolutionary studies has been focused on flowering plants [ 4, 5, 14, 15], and interest is now growing for other plant taxa as more sequence data is produced.
The glaucous-leaved P. glaucescens was formerly considered a subspecies of P. lanceolata, but no intermediate forms have been recorded from where the two taxa grow together near Hill Top in the Southern Highlands.
