The phrase "attributed to the evolution" is correct and usable in written English.
It can be used when discussing the origins or causes of a particular phenomenon or change that is linked to the process of evolution.
Example: "The diversity of species in this ecosystem can be attributed to the evolution of various adaptations over time."
Alternatives: "ascribed to evolution" or "linked to evolutionary processes".
The currently observed changes in diffraction peak intensities can be similarly attributed to the evolution of internal strain gradients.
These differences were attributed to the evolution of the topology going from hyperbranched to almost linear.
The physical cause of these transients in stress strain responses can be attributed to the evolution of the underlying microstructural details.
Due to a lack of reliable melting in the PCM, these results are attributed to the evolution of gaseous Mg leading to the formation of MgO and MgAl2O4.
The CT value, density and P-wave velocity decrease with the increase of the heat-treatment temperature, which can be attributed to the evolution of micro-structures due to the undesirable chemical reactions and the increase of micro-cracks.
While significant increase in hardness could arise due to grain refinement of γ and γN (<50 nm) and solid solution hardening due to nitrogen, the deterioration of corrosion resistance could be attributed to the evolution of a multiphase microstructure (γ, γN and particularly ɛN) from an essentially single-phase parent γ microstructure.
They have differed from Seventh-day Adventists and other adherents of creation science, however, in their tolerance of diverse views and the limited import they attribute to the evolution-creation controversy.
This suggests that the asymmetry in the rate of evolution of gene duplicates can be largely attributed to the asymmetric evolution of a specific protein domain.
The unexpectedly high genome divergence between the two species could be attributed to the rapid evolution of the G. raimondii genome, the polyploidization and post-polyploidization evolution of Upland cotton, or both.
Further analysis of microstructure indicates that the degradation behavior is attributed to the different evolution behavior of martensite laths driven by cyclic deformation during prior LCF.
These processes are followed by an irreversible oxidation wave attributed to the oxygen evolution reaction (OER) and the generation of ferrate.
