Excerpts

On the other hand, roots showed an increasing trend in total polyphenols when subjected to rising temperature or NPs treatment.

According to the different number of DEGs, the specific differentially expressed genes of ‘B1’ showed a decreasing trend with the extension of infection time, and ‘B1’ exhibited strong resistance to A. solani infection.

Meanwhile, D30 showed an increasing trend with the extension of infection time and exhibited no resistance to the infection of A. solani .

Our findings could be the result of harvesting older plants (ten-leaf) than in the mentioned study (six-leaf) when the correlation between P content and root length had the highest values, with a decreasing trend in older plants.

According to the meteorological data of Ejin Oasis from 1960 to 2021, the temperature in this area shows an increasing trend, with the annual average temperature of 9.04 °C, the extreme maximum temperature and minimum temperature being 43.1 °C and −37.6 °C, respectively.

The average PFPN increase rate of MNF showed an overall trend of first increasing and then decreasing with increasing nitrogen release period ( Figure 9 a).

The effect of MNF on PFPN showed a trend of first increasing and then decreasing with increasing elevation.

Among the interaction terms, the most notable result was observed in Table 3 , where the T×ppm interaction contributed 23.83% to the model and had a p -value of 0.057, indicating a near-significant effect.

Figure 3 A,B showed that the Na + content in the main root and lateral root of the two rootstocks showed an increasing trend, and the Na + content accumulated in the lateral root was higher than that in the main root.

In the mixed coniferous and broad-leaved forest, NRI and NTI showed a trend from less than 0 to greater than 0, indicating that there are both parts of the community structure that are higher than or lower than the random state.

This indicates that climate change is causing significant changes in the suitable habitats of some species—the distribution range of some species is expanding, while the suitable habitats of more species are showing a decreasing trend.

While it confirmed a highly significant exponential trend, the actual observed increase was even steeper.

When EFs were applied to plants exposed to salt stress, SFW did not exhibit a significant salinity–EF interaction; meanwhile, root area displayed a highly significant interaction, as also depicted in Figure 1 .

Associations Between Mutation Burdens and Other Mutation Estimates The pairwise correlation analyses of six estimates in the 190 samples revealed seven significant and one marginally significant association ( Figure 2 ).

Based on the GO and KEGG enrichment analyses of the 12 h salt stress-specific module MEskyblue3, the significantly enriched “Vesicle fusion” (GO:0006906) and “Membrane fusion” (GO:0061025) pathways in GO ( Figure S1C ) were directly linked to the highly significant “SNARE interactions in vesicular transport “ (ko04130) in KEGG ( Figure S1D ).

Under the same N application conditions, the number of grains, number of spikes, and yield of spring wheat showed an increasing trend with the increase in biochar application.

Oil content and water content (r = −0.630) showed a highly significant negative correlations, and it is possible that oil accumulation came at the expense of water consumption.

Moreover, the proportion of soil N uptake showed a decreasing trend with an increase in biochar application.

However, both showed a trend of first decreasing and then increasing.

On the contrary, in this study, there was a significant negative correlation between mesophyllic C and epidermal SiO 2 in the SiO 2 treatment and a marginally significant negative correlation between mesophyllic Ca and SiO 2 in the SiO 2 NP treatment ( Table A1 ).

There was an increasing trend in ∆G of B. rapa at PWB2 and PWB4, suggested a transient increase in cellular energy metabolism rather than a sustained decrease during worsening Plasmodiophora infection, which revealed this plant species prevented its growth due to continuous inhibitions under environmental stress [ 48 ].

The results showed that when the threshold was reached, the number of amplification cycles between the concentrations of SMoV and SVBV showed an increasing trend in turn, the amplification curve reached a plateau period, and the results from Figure 6 were good.

In contrast, the WT exhibited a decreasing trend, which is in accordance with results on fatty acid composition gathered by gas chromatography analysis.

The number of uniquely up-regulated DEGs was 2105, 960, and 512, respectively, while uniquely down-regulated DEGs were 1940, 1190, and 77, all following a decreasing trend.

The results on fertilization in saline alkali farmland indicated that there is a highly significant positive correlation between maize yield and contents of organic matter, total nitrogen, and available phosphorus, and a significant negative correlation with pH [ 41 ].