Sentence examples for stem width from inspiring English sources

(1) Shell width of T. paleacea was examined relative to each associated Phyllospadix blade (or stem) width across all localities.

Heterosis for traits such as stem width, stem puncture resistance, tassel angle, upper leaf angle and tassel branch count exhibit very few significant correlations with heterosis for other traits (Table 3).

However, we also observed significant better-parent heterosis for a number of traits that would not be considered to be reproductive traits, i.e. leaf angle, leaf width, stem width.

Plant data collected in the field included: flowering time as days to anthesis, plant height (cm), upper leaf angle (at the leaf subtending the flag leaf), leaf length and width (cm), tassel length (cm), tassel branch count and angle; stem puncture resistance (rind penetrometer resistance), a measure of stalk strength; and stem width (cm).

There were no significant differences in stem length and stem width between the 2 groups.

Width of xylem zone (containing xylary fibers and vessels) of five independent transgenic lines was compared with respective stem width.

The first three time-points involved measuring invasively (but non-destructively) parameters such as main stem height, leaf width and leaf length using a measuring tape.

By directly comparing our automated mesh based quantitative data with manual measurements of individual stem height, leaf width and leaf length, we obtained the mean absolute errors of 9.34%, 5.75%, 8.78%, and correlation coefficients 0.88, 0.96, and 0.95 respectively.

Twenty-one examined growth (e.g., biomass, leaf width, stem count); 11 measured physiological traits (e.g., drought tolerance, photosynthetic rate); seven evaluated changes in allele frequencies via genes or genetic markers; and one study assessed frequency of a chemical phenotype.

Root presence increments decreased with increasing width from stem and soil depth (P < 0.001).

Interestingly, stem length (22.17), inflorescence width (12.12) and rhizome length (27.11) indicated the least rate of coefficient of variation and had the highest effects on plant growth and yield production.