Excerpts

Hydrogen peroxide (H 2 O 2 ) that was detected 30 min after Botrytis application with an increasing trend up to 240 min, is possibly convening tolerance against B. cinerea at short-time exposure, but when increasing at relative longer exposure, is becoming a damaging molecule.

This was particularly evident for spike traits, showing a highly significant G × Y interaction ( Table 2 ).

The general bioprocess, “cellular process” (GO:0009987), is also highly enriched in the D10W30 gene set, with an odds estimate of 2.25 and a highly significant p -value of 2.76 × 10 − 8 .

The possibility of using different legume types in various forms in order to create innovative foods such as pasta [ 1 ], yoghurt [ 2 , 3 ], bakery products [ 4 , 5 ], drinks [ 6 ], etc., is an increasing trend nowadays that may satisfy the consumer demand.

In the combined analysis of variance, the main effects, genotypes and environments were highly significant (52 + 136.1)/284.1 and explain 66.2% of total variation.

Genotype, environment and its interaction were highly significant.

In this context, the As load removed within a short period may be significant especially in adjacent areas of mining activities, although as previously referred [ 18 ], the leaves of Eucalyptus camaldulensis and Eucalyptus globulus growing in heavily contaminated soils around a deactivated mine exhibited foliar As concentrations up to 0.6 μg g −1 , a level sixfold lower our minimum value, thus indicating that “ all the extrapolations from plant behavior in vitro must be avoided or done with great care ” [ 65 ].

Although more available N and a higher influence of ammonium on plant nutrition was expected by applying NIs, the changes observed were not substantial enough to reveal highly significant effects on flour quality that were consistent with the experiment.

The values of the obtained data were considered statistically significant if p < 0.05, and statistically highly significant if p < 0.001. 4.

However, the physiological attributes themselves were in a clearly significant positive correlation because of their longitudinal identical vectors.

In multi-location trials, the selection for grain yield stability involves an estimation of the interaction between the genotypes and the environments (GEI), which is sometimes highly significant.

To date, three reports showed a decreasing trend for N assimilation in response to eCO 2 plus warming.

chlamydosporia alone, and an increasing trend in plants inoculated with the endophyte and stressed by either RKN or TR4.

The genes of the turquoise submodule in needles showed an increasing trend with prolonged drought time ( Figure 5 b).

Population size, as well as the size of each subpopulation, showed significant fluctuations during the monitoring period (except for subpopulations Mb6 and Mb12 which showed an increasing trend).

There is a limited association (λ = 0.30) between the Ward’s groups and the specimen units and only a partial significance between the Ward’s groups and the two most important DA axes (Kruskal–Wallis p 1 = 0.000, p 2 = 0.394).

In addition, the correlation coefficients of grain-related traits were extremely significant under four environments, while it was 0.78–0.87 for GL among different environments and it was also significantly correlated with TKW and GW, which were 0.42–0.71 and 0.21–0.57, respectively.

In addition, the highly significant difference interactions between genotypes and environments for grain weight related-traits among RILs were detected by ANOVA analysis ( Table 2 ).

solani (>60%) with very highly significant difference.

Mean Variability in Seedling Traits In the experimental setup including 127 wheat genotypes and two growing conditions, highly significant variation was unveiled among the wheat genotypes in both growing conditions for all seedling traits ( Table S2 ).

Both cultivars in this study show a decreasing trend in PPO activity as the LiCl and mannitol concentration increase ( Figure 2 g,h).

In PC1, the four traits (CT, Ls, WUE and WUEi) were combined in a positive trend, and the 23 other traits were spread in a negative trend.

It was determined that six out of eleven traits (dry leaf weight (DLW), canopy temperature (CT), relative water content (RWC), flag leaf area (FLA), green leaves area (GLA) and leaf area index (LAI)) loaded the highest onto PC1 and PC2 (with scores of >0.27), and five of them had a positive trend with GY, while the CT trait had a negative correlation determined by principal component analysis (PCA).

The results obtained showed a decreasing trend of pasta chewiness with GP level increase.

Productivity The broad-spectrum LED system enabled a highly significant increase in leaf and stem production of fresh thyme per square meter, representing increases of 43.3% and 82.4% in comparison to the HPS and FL system, respectively.