However, the structural diversity makes it hard to experimentally gain accurate structural information.
Their high level of morphological, behavioral, and ecological diversity makes the study of teleosts of real importance in attempts to address and resolve evolutionary questions.
These organisms also cover a wide range of morphological diversity, including species that make dark pigments (Chromobacterium violaceum, Aureobasidium pullulans), those that make fluorescent pigments (Pseudomonas fluorescens), molds with compact colony structures (Aspergillus niger, Penicillium notatum), and molds with spreading growth patterns (Alternaria alternata, Trichoderma asperellum).
The morphological diversity of ZnO in the nano-regime has made it a promising candidate for high performance devices in the field of nanotechnology [4].
An attempt was also made to sample most of the morphological diversity among Paleogene afrotherians, because the intraordinal relationships among such taxa remain controversial [ 44, 49, 50].
For example, the high annotation accuracy scores for the spore images in this study (Table 5) are likely a result of the morphological diversity among the five spore taxa included in this trial analysis, which made classification relatively trivial.
Their outstanding diversity among mammals, combined with the richness of their fossil record, makes rodents a suitable model to study the factors that promote morphological diversity and trigger evolutionary radiations.
Our diversity makes us strong.
Thus, restraints imposed by anatomy and life cycle have probably limited morphological diversity among the gymnosperms.
The extent of morphological diversity is at least as great as that in any other group of living vertebrates.
