Sentence examples for genetic depth from inspiring English sources

Diversity will always be best for humanity as a whole, giving us genetic depth to face an unknown future.

Numerous systems designed to capture and organize this mounting sea of genetic data have emerged, but these resources differ dramatically in their disease coverage and genetic depth.

Mantis shrimp in Indonesia advanced genetic monitoring of show genetic differences similar in spatial widely scattered populations, as scale and genetic depth to the gobies studied demonstrated by Taylor and Hellberg by Taylor and Hellberg in their new work; and elemental (4).

The dispersal of orbicellid larvae between MCEs and shallower habitats was not addressed in this study, however study of Montastraea cavernosa another broadcasting species in the USVI has suggested that genetic mixing across depth may occur50, and biophysical modeling suggests that vertical migration of orbicellid larvae between coral reefs in the USVI is possible51.

However, recent genetic data suggest depth may be an important isolating mechanism for deep-sea populations on seamounts within a region [7], including for some deep-sea corals [8], [9].

Genetic differentiation with depth is consistent with the stratification of the Subantarctic Mode Water, Antarctic Intermediate Water, the Circumpolar Deep and North Pacific Deep Waters in the Southern Ocean, and we propose that coral larvae will be retained within, and rarely migrate among, these water masses.

Similar photo-acclimatisation potential was observed between transplants originating from the two shallow habitats (' Back Reef' and ' Upper Slope'), highlighting that their genetic segregation over depth may be due to other, non-photo-physiological traits under selection.

Oculinidae is a taxonomically confused family [ 39, 62] in need of a more in depth genetic study to better understand the relationships between and within the genera and species in this family.

Results are discussed in light of extensive previous work on the brooding species of the coral genus Madracis[ 9, 21, 34, 51] to address common patterns of genetic diversity over depth, and explore potential processes of codiversification in brooding Caribbean corals and their algal symbionts.

This helps uncover the in-depth genetic mechanism of the intricate relationships among the seed compounds.

Now Dr. Munshi-South and his colleagues have completed the first in-depth genetic study of brown rats from around the world.