Sentence examples for structures of leaf from inspiring English sources

It is hypothesized that although the morphological adaptation seems to be less important than the physiological adaptation for survival in Aphis [37], [38], [39], they underwent changes in the sizes of body, legs, and antennal segments for adapting to different environments (e.g., structures of leaf, stem, and trichome) on the new host even though the change is microscopic [21].

The changes in the fine structures of leaf mesophyll cells due to foliar application of 25 mg L−1 ALA under 400  μM Pb have been highlighted in Figures 3(c) and 3 d).

For example, dense layers of paintings, scans and photographs in one of the artists' books document visual similarities between the structure of leaf skeletons, neurons, tree branches, and even the human hand.

The variograms illustrated a similarity of the spatial variability structure of leaf Chl at all timings, unlike N which showed changing spatial variability structures along the ripening period.

The surface structure of leaf tissue of both flower types (Fig. 3AB) showed a puzzle-like cell structuring, both on ad- and abaxial sides.

This process pertains to the initial formation of a structure from unspecified parts).. Rather, leaf morphogenesis (GO definition: The process in which the anatomical structures of the leaf are generated and organized). is affected as mutant leaves are misshapen but present.

Cumulative gross rainfall (PG), throughfall (TF) and stemflow (SF) were measured biweekly, along with vegetation structure measurements of leaf area index (LAI) and plant height.

The crystal structures of the leaf-like indium-doped ZnO nanostructures were investigated by XRD measurements.

However, due to some significant changes to the structures of the leaf-like indium-doped ZnO nanostructures, the stacking layers (bright wide crystal lattice lines) do not grow along the [10-10] [10-10]tiorientationn angle abutt 30°, at indicaned by the angle in the HRTEM imaboutnd the corresponding SAED pattern (inset of Figure 30°

In cereals, however, the morphology of the leaf and particularly the structure of the leaf epidermis, prevent infiltration of a bacterial suspension in cells by simple pressure, a method otherwise successful in dicots leaves.

The first step in our approach is to extract the spatial structure of individual leaf networks utilizing a recently developed image segmentation and leaf network extraction software (LEAF GUI, www.leafgui.org) [ 22, 23].