Sentence examples for diverse morphological characters from inspiring English sources

Threespine stickleback (Gasterosteus aculeatus), which inhabits marine, brackish, and freshwaters of the Northern hemisphere, is a classical model organism in ethology [ 4] and has recently attracted attention because of the evolution of diverse morphological characters among populations [ 5, 6].

These kalligrammatid taxa exhibit diverse morphological characters, such as mandibulate mouthparts in one major clade and siphonate mouthparts in the remaining four major clades, the presence or absence of a variety of distinctive wing markings such as stripes, wing spots and eyespots, as well as multiple major wing shapes.

Data was recorded on various morphological characters after 8 months.

Annelids, however, have been found to be highly diverse in their morphological characters, and the ancestral states of musculature [ 19, 20] and nervous system [ 21] are still debated.

They have diverse and different morphological characters supporting the notion that the Cretaceous might be a significant transitional period for fleas, during which several groups with relatively reduced body sizes and other transitional characters gradually appeared.

The landraces have a wide diversity of morphological characters.

The major problem is that microbes, although morphologically diverse, may have fewer morphological characters than macrobes.

In contrast to Petrocosmea actually exhibiting extremely diverse floral variation, few morphological characters have been described in the traditional system with poor subgeneric classification.

Moreover, species delimitation of precious corals should rely on diverse sets of data, including morphological characters and proxies of reproductive isolation (e.g., genetic divergence and reproductive strategy) hopefully in association with biogeographic patterns.

The evolution of morphological characters can be studied at various scales and by diverse approaches.

To explore whether this dynamic history has promoted speciation in endemic and diverse groups of insects, we used a combination of mtDNA sequencing and morphological characters to estimate relationships and the tempo of divergence among Australian representatives of the dung beetle genus Temnoplectron.