Excerpts

Pentose was significantly influenced by a combination of genotype and light ( p = 0.041) and [CO 2 ] and light ( p < 0.001): In both Barke and Bojos, levels of pentoses showed a slightly increasing trend with increasing [CO 2 ] under HL, but a decreasing trend with increasing [CO 2 ] under LL.

The analysis of variance revealed highly significant differences for all studied traits.

A clear trend of decreasing floristic abundance was assessed along the gradient of nitrogen pollution.

The relation between transmitted radiation and species number was highly significant (F. pr. < 0.001) both when the total species count was used (73.8% var), or those species present at >0.1 g m −2 dry mass (89.9% var); the latter are shown in Figure 6 a.

Solution STS showed an increasing trend of TPC between 8 and 14 DAF, followed by a decrease in the mean value of TPC between 14 and 24 DAF ( Figure 2 ) , while the number of flowers increased with sampling dates between 14 and 24 DAF ( Figure 1 ).

With the increase in nitrogen application rate, the soil-available potassium in MC showed a trend of significantly decreasing.

A total of 15 items were enriched in the cell component group, and the highly significant expression subclasses were cell (1935) and cell part (1935), followed by organelle (1412) and membrane (1078).

A good adaptation of the selected variables was found, with KMO values higher than 0.7 and a highly significant Bartlett’s test.

Genotypic Correlation among Root and Shoot Traits The Pearson correlation analysis revealed the highly significant and positive correlations for most of the traits under SP ( Table 3 , upper diagonal) and LP ( Table 3 , lower diagonal).

However, at the Keta location, the relationship of biomass to elevation did not have a decreasing trend but followed a U shape ( Figure 3 ).

These models were highly significant and explained 88% to 93% of variability in height-diameter relationships of individual species. 2.2.

Regarding the fixed effects, both main effects and their interaction were highly significant.

There was a positive trend between root length, root mass, and shoot mass in both the semi-hydroponic system and rhizoboxes ( Table 3 and Table 6 ).

Three highly significant novel loci were identified on chromosomes 14 ( Rpv29 ), 3 ( Rpv30 ), and 16 ( Rpv31 ) that were associated with a low level of pathogen sporulation.

For all other response variables, the interaction between EO and EO concentration was highly significant.

Effect of years in Okinawa ( p < 0.0001) and Quirusillas ( p < 0.0001); sowing within year ( p < 0.0001) and genotype × year interaction ( p < 0.0001) in Okinawa were highly significant.

[ 35 ] reported an increasing trend of GPC with salt stress levels, with a significant improvement of technological performance, suggesting positive implications in terms of gluten-forming proteins expression.

Genotype, growth conditions, year, and their interactions had a highly significant effect on phenolic acid content and environmental conditions were the most impactful sources of variation.

The FI and HIX showed overall an increasing trend, except for FI in Blank.

In contrast, BIX and β/α generally showed a decreasing trend, moreover, the values of Blank and SA were higher than treatments of SZ and SAZ.

The group was treated with 400 mg/kg of Hh.Cr and loperamide (3 mg/kg) showed highly significant anti-diarrheal effect 1.2 ± 0.37 and 0.8 ± 0.37, respectively ( Figure 7 ). 2.9.

In all the four treatments, where nitrogen has been applied, the ratios showed a decreasing trend towards the end of the experiment.

The predicted model was highly significant in statistical Response Surface Methodology (RSM) and confirmed that all the parameters (temperature, time, packing density, and diesel concentration) significantly influenced the oil absorbed.

niger sepals showed high transmittance above 350 nm, with a slightly increasing trend towards NIR.

A highly significant variation of expression was observed for VrHKT (1.1 and 1.2), VrKAT (1 and 2) VrAKT1.1 , VrAKT2 , VrSKOR , VrKEA5 , VrTPK3 , and VrKUP/HAK/KT (4, 5, and 8.1) in response to drought, heat or salinity stress.