Sentence examples for taxa will be from inspiring English sources

In addition, 13 of 28 loci successfully amplifying more than 10 taxa will be useful across species.

If these six genera are examples of overall low rates of sequence divergence, then effective barcoding of such taxa will be difficult no matter which locus is selected.

Some taxa will be more or less abundant through the year, as they are more sensitive to temperature or moisture changes, or have different life stages that are only present in certain seasons.

Given that some taxa will be revised more frequently than others, the rapid turnover in taxonomic names draws attention to the need for adaptable resources such as taxonomy ontologies like the TTO, that record the relationships among not only current, but also synonymous, taxonomic names thus supporting comparisons across studies in the literature.

Finally, as the testing of deeper phylogenetic relationships (such as inter-ordinal relationships) moves to include L1 (also SINE and other TE) insertion events [11], [20], the need to sample L1 across many taxa will be a critical test to determine whether particular insertion events can be considered appropriately rare genomic changes.

Additional mitochondrial genomes from related taxa will be very valuable in unraveling this conundrum.

This analysis has also identified similar tightly linked clusters of three GATA456 orthologs in both arthropods and lophotrochozoans, but additional taxa sampling will be required to define gene family relationships among diverse protostome phyla.

Future studies including both more taxa and data will be necessary to resolve this issue.

Note that, ExaML can also be used for analyzing datasets with 10-20 genes and up to 55 000 taxa, but scalability will be limited to at most 100 cores.

Sequencing of the entire protein coding region of these genes for T. dalmanni and a congeneric taxa will ultimately be necessary to confirm that these clusters are true paralogs and that both copies are functional across the entire length of their sequence.

As Dr. Eldredge states, "The greater the magnitude of the environmental event, the greater the change in ecosystems, including the magnitude of diversity loss through extinction; the greater the loss of higher taxa, the more different will be the newly evolved taxa, and thus the nature of the succeeding ecosystems that replaced the prior disturbed systems".