Sentence examples for morphological variations at from inspiring English sources

Recent investigations including material selection, morphological variations at various length scales, and interpretations of the interaction among additives and BHJ materials will be discussed.

In the same way, the revision of Luenchelys minimus nov. gen., nov. sp., reveals some morphological variations at the specific level and a widespread biogeographical repartition which potentially can be important.

These observations suggest that the expression patterns of α-keratin genes in the same type of feather are conserved and may not contribute significantly to structural and morphological variations at different developmental stages.

Morphological variation at the whole-shoot and leaf-level indicating typical shade-avoidance or shade tolerance strategies have been previously shown to be larger in small-statured subordinate species than in tall-statured species at increasing plant diversity [35], [36].

However, despite the abundance of studies on temporal bone shape, there is comparatively little information on the ontogenetic trajectories that result in morphological variation at various subadult stages of development.

This study demonstrates the great potential of comparative DNA sequence analyses of multiple populations from different geographical origins for understanding patterns of genetic and morphological variation at the species/population level within a biogeographical and taxonomic context.

Their results were consistent with our genetic evidence but when viewed through the lens of a categorical distinction between plants possessing or lacking sclereids, morphological variation at Monga NP was interpreted as circumscribing two sympatric, albeit sporadically hybridising species rather than a single, morphologically variable population [ 8].

These were obtained to examine the morphological variations and diffraction patterns at different stages.

However, phenotypic plasticity is well documented in Stylophora [ 30, 31, 28, 29] and is therefore likely to be responsible for at least part of the observed morphological variations.

The present study aims at strategic improvement of Daptomycin production through morphological variations of S. roseosporus cells.

Morphological variations without structural phase transformation are confirmed by recording selected area electron diffraction at various stages.