Excerpts

Soil Ammonium Nitrogen (NH 4 + -N) Figure 5 reflects that soil NH 4 + -N of all treatments showed a trend of first increasing and then decreasing.

An extremely significant positive correlation existed between the total chlorophyll content, carotenoids, and F o , F m , and F v .

The study area experienced an overall trend of increasing humidity.

In this study, the proliferation rate of the mango adventitious shoots showed a trend of first increasing and then decreasing with the increase in the plant growth regulator concentration.

A positive trend could be also noticed for proline content in the FLs of R5+ and R112+, with the two NIRLs+ exhibiting higher proline accumulation than R5− and R112− after IH stress ( Figure 4 ).

Intense Heat (IH) during Flowering: Main Traits Modulated The majority of physiological, biochemical and yield-related traits assessed resulted highly significant for the G factor in both statistical comparisons ( Table 2 A,B), revealing strong constitutive differences among the tested genotypes.

A positive trend in the change in the concentration of phenolic compounds and antioxidant activity was also determined in many other studies.

nutans seeds, showing a decreasing trend with increasing concentration of allelochemicals ( Figure 2 A).

Among the significant categories, we focused on those with the highest fold change in enrichment to avoid categories that, although highly significant (low p -value), were too general to provide specific biological insights.

The rhizosphere soil element contents, except for TPOC, had a highly significant correlation with the phosphorus solubilization and auxin production capacities of PGPR strains ( Table S2 ).

On the contrary, the correlation coefficients for most pairs of the color traits are highly significant (55 out of 66 pairs).

At 12 and 36 h after wounding, the concentrations of abscisic acid (ABA), methyl jasmonate (MeJA), indole-3-acetic acid (IAA), zeatin riboside (ZR), and gibberellic acid (GA 3 ) in the stems showed a trend towards being increased, which promoted wound healing.

Compared with non-wounded seedlings, the levels of ABA (MeJA)/IAA (ZR or GA 3 ) in the stems showed a trend toward increase at 12 h after wounding but exhibited a decreasing trend after 36 h of 80 N stress. 3.5.

At the maturity stage, the N contents and accumulations in different parts of wheat showed a trend of spike > leaf > stem, and the N accumulation in spike reached the maximum in AJ15 and AJ5 in the two years.

In contrast, during 2007–2022, the vegetation NDVI exhibited an increasing trend with a slope of 0.0015 per year (a −1 ), and the R 2 value was 0.6172, indicating a more pronounced upward trend compared to the period from 1990 to 2006.

Under RBCI, the SOM content showed an increasing trend, and the SOM in RB3 was obviously higher than that in FB3 compared to FBCI.

Noticeably, our results indicated that the Tr decreased with the application of biochar-based microbial fertilizer, while there was an increasing trend in WUE ins and WUE in .

Under both treatments, proline content and soluble sugar content of TKS roots showed an increasing trend and peaked at 24 h; the chlorophyll content of TKS leaves tended to decrease.

Highly significant positive correlations were observed among plant height, ear height, the ratio of ear height to plant height, spike leaf length, spike leaf width, length and width of the upper ear leaf, and leaf number.

For example, the expression levels of SsMYB1 , SsMYB2 , SsMYB54 , SsMYB63 , SsMYB97 , and SsMYB109 generally showed a decreasing trend after 6 to 144 h of drought stress, whereas the expression levels of SsMYB67 , SsMYB100 , and SsMYB101 showed an increasing trend.

Under ABA treatment ( Figure 6 B), the expression of DfDXS1 and DfDXS2 was different, and with increasing treatment time, the change in expression level of DfDXS1 was highest in relative expression at 1 h, while DfDXS2 showed a decreasing trend.

A highly significant positive correlation coefficient was observed between SW and TW (r = 0.747 ***).

At the same time, we observed a decreasing trend of δ 13 C with altitude ( Figure 1 and Figure 2 ) in accordance with that described in the literature [ 4 , 25 ].

The results showed that the module with the highest correlation to the CK group was MEgreen and MEred, with a correlation of 0.63, indicating a positive association; the module most associated with the Pot group was MEyellow, with a correlation of 0.75, indicating a negative association; the module most associated with the Tom group was MEblue, with a correlation of 0.59, also showing a positive association; notably, the module with the highest correlation to the P106 group was MEbrown, with a correlation of 0.88, showing a positive association and a p -value of 0.00014, which is extremely significant ( Figure 6 A).

In terms of the number of cells, the convex part of the fruit exhibited a decreasing trend.