Excerpts

And there was an extremely significant correlation between Soluble sugar and root endophytes.

Both TPC and soluble quinone contents of freshly cut CWCs exhibited an increasing trend, but those of the MeJA group increased to a lesser extent than the control ( Figures 3A, B ).

A total of 102 pairs of traits showed highly significant correlation, and 16 pairs showed significant correlation.

Six essential genes in the mechanical, electrical and plumbing (MEP) system, including DXS , DXR , MCT , CMK , MDS , and HDR , did not exhibit an increasing trend of expression throughout the Tur and Nca treatments ( Figure 6B ).

The tracheid density and pit density generally showed a decreasing trend during drought stress, which was found to lower water transport efficiency for escaping drought in lentil ( Priya et al., 2021 ).

The Sg strain reached its maximum soluble protein content at 15% PEG-6000, followed by a decreasing trend with increasing PEG-6000 concentrations.

The T 5 –T 9 and T 10 –T 14 biochar applications showed an increasing trend in the parameters that tended to decrease under increasing salinity conditions ( Figure 3 ). 3.3 H 2 O 2 , MDA, and proline contents It has been observed that the levels of hydrogen peroxide (H 2 O 2 ), malondialdehyde (MDA), and proline in the plant significantly increased under different salinity conditions (25, 50, 75, and 100 mM NaCl) compared to the control.

As the data did not indicate a clear trend, they were not considered further.

Moreover, the statistical interaction between the eight ‘cultivars’ and the four ‘dates’ was highly significant ( Table 2 ) indicating that the attractiveness of grape cultivars towards D. suzukii changed over time.

Thus, it is highly practically significant to improve the ability of grapes to take up Se in the original soil.

Predictive RNA editing analysis revealed that there might be significant editing in NADH dehydrogenase subunit transcripts.

The statistical analysis revealed significant variations (p< 0.05) in the ED50 values among the tested compounds, indicating highly significant effects of different EOs on the response of various strains ( Figure 2 ).

Statistics analyses on the phenotypic data of the parental lines and of the RILs confirmed the usefulness of the selected genetic material for the target traits: i) parental lines showed statistically significant differences for all traits, except for SD; ii) the genotype, environment, and GxE interactions had a highly significant effect on the phenotypic variation; iii) a high broad-sense heritability was calculated indicating that the observed phenotypic variation was mainly due to heritable genetic differences among the RILs.

Moreover, physiological and photosynthetic indices also depicted the highly significant differences in overexpressing StATG18a lines (OE-1 and OE-5), compared to non-transgenic potato lines under heat stress.

In the case of ‘Orah’ development, the total amino acid content in the pulp of ‘Orah’ grafted onto the four rootstocks showed an initial increasing trend, followed by a decreasing trend, with the highest levels at 150 DAF, 18.88 μmol/g, 18.29 μmol/g, 19.17 μmol/g and 20.97 μmol/g, respectively ( Figure 2C ).

In addition, during the recovery period, the ratios of negative and positive correlation species pairs of the shrub layer of LF and the understory layer of BF showed an increasing trend, which meant the competition among populations within the understory vegetation community of BF and shrub community of LF intensified.

TD-PD patterns show highly significant spatial association (local R 2 > 0.88) in different areas of northern Chile (18-21°S), coastal, desert, and transitional sectors between 26- 29°S at different elevations ( Supplementary Figure S10B ).

In 2021, both WUE and IWUE showed an increasing trend with increasing water deficit.

Additionally, stem height and leaf number showed an increasing trend with increasing years in the N1C2, while there was a decreasing trend with decreasing years among the other treatments.

There was an interaction between NILs and photoperiod on time to flowering: at 12 h photoperiod, Fw was delayed by the action of the ppd-H1 -insensitive allele (although the effect was a nonsignificant trend when the PhyC-l allele was in the background in Exp1, the direct effect of ppd-H1 was still significant when considered across the two PHYC backgrounds; see boxplots in Figure 2A ), while under 24 h photoperiod, the ppd-H1 allele did not significantly delay Fw ( Figures 2B, D ).

In particular, linustatin and scopoletin had highly significant detrimental effects on fungal hyphae even at a low concentration of 0.25 mM ( Figure 6 ). 3.5 Effects of DRMs on the integrity and permeability of the mycelial cell membrane of F. oxysporum We examined the effects of DRMs on cell membrane integrity of F. oxysporum using PI staining.

Regarding xanthophylls, yellow fruits showed a trend of higher accumulation than white fruits ( Figure 1 ; Supplementary Table 1 ), notably violaxanthin myristate, which exhibited significant differences between the groups.

The sphingolipid metabolism hub gene, TraesCS7A02G272400.3 , demonstrated highly significant downregulation at both stages in HT-ms anthers compared with normal anthers, with FCs of 1.70 and 2.52, respectively ( Figure 10I ).

With more nitrogen added, its relative abundance under MM tended to increase, being 86.91% in the N3 than N0 treatment; however, under IM showed a decreasing trend in response to fertilization, being 17.47% lower at the N3 than N0 level.

Furthermore, N and P levels exhibited an increasing trend with successional sequence.