Sentence examples for sectional classifications from inspiring English sources

To deal with the unwieldy number of species in the genus, sectional classifications have long been adopted (Doorenbos et al.1998; Ku1999; Shui et al.2002; Kiew2005; Gu2007).

The inset is simplified phylogenetic tree based on the nrITS dataset and sectional classification of Chung et al. (2014).

Given the sectional classification schemes, it is tempting to speculate that Begonia should have adapted to the limestone substrates at least seven times in China.

Sectional classification and clade names in Thomas et al. (2011a) are marked to the right to allow easier cross-study comparison.

Diploclinium, Leprosae, Reichenheimia and Sphenanthera) of most big sections (Tebbitt et al.2006; Thomas et al.2011a), indicating the homoplasious or plesiomorphic nature of those morphological characters long emphasized in sectional classification (Tebbitt et al.2006; Thomas et al.2011a).2011a

Clades designated in Thomas et al. (2011a) and sectional classification are also marked to the right of the ML tree in Figure 1 to allow easier cross-comparisons between studies.

Based on our study, although species of Clade SVLB vary greatly in their ovary anatomy and fruit type that are crucial for sectional classification in Begonia, they are all rhizomatous distributed exclusively in cave-like microhabitats of the limestone karsts of the Sino-Vietnamese bordering areas.

A recent molecular study conducted on a large number of samples (100 species) using three nuclear markers (ITS, ETS and G3pdh) support neither subgeneric nor sectional classification in Ficus except in subgenus Sycidium [47].

Sampling was strategically placed across the genus using the sectional classification of [ 12].

Some of the latter indicate a closer relationship between H. porrifolium and H. bupleuroides (positions 194 and 375) as well as between H. villosum and H. pilosum (positions 351 and 369) which corresponds to the morphology and sectional classification of these species.

Four three-point and eight four-point bending tests are also reported for the assessment of current codified and revised cross-sectional classification limits, analysing the different methods for the prediction of the ultimate bending capacities of ferritic hollow sections.