Sentence examples for because of traits from inspiring English sources

Judge Schroeder found that the original version of General DeWitt's final report, which was designed to justify the military orders, did not "purport to rest on any military exigency, but instead declared that because of traits peculiar to citizens of Japanese ancestry it would be impossible to separate the loyal from the disloyal".

However, the extent to which the questionnaire captures differences because of trait or state influences is often unclear.

One might anticipate a large number of significant QTL in the DO, particularly because many of traits showed high proportion of genetic variation among founders.

He adds that this knowledge really opens up product development, because "the number of traits that we can work on is much broader".

However, they reject the assumption that this happens because the transmission of traits at the individual level is highly faithful.

If clusters possess the necessary ingredients for evolution via natural selection (that is, they possess heritable variation in multicellular traits and succeed or fail because of those traits), then between-cluster selection can result in the evolution of new cluster-level traits.

We think the Mona Lisa is famous because of its traits, but we think those traits are significant only because they belong to the Mona Lisa, which we know to be famous.

Instead, mutations may affect one underlying trait (no pleiotropy), but because of which traits are measured, two may show a change.

These quests for certainty and purity have been the concern of pragmatist and continental feminists because of their endorsement of traits seen as masculine and their corresponding rejection of those viewed as feminine.

Because we expected groups of traits listed above to interact with broad physiological traits, we gathered data on photosynthetic pathway [29], [30], and N-fixation [31].

"Hybrids" are highly unusual phenotypes from well outside the normal range of variation of known species that are most easily interpreted as progeny of crosses between two known species because of a combination of traits from each.