Excerpts

The relative expression of LOC11442911 genes showed a trend of first increasing and then decreasing, and the relative expression of LOC25498220, LOC25493394, LOC11414942, LOC25487134, and LOC11409053 genes showed a trend of first decreasing and then increasing.

Mg showed an increasing trend year by year and was significantly increased by grazing rest for 2, 3, and 4 years.

Both the lightcyan and darkgreen modules showed highly significant positive correlations with CAT activity, with correlation coefficients of 0.75 and 0.64 (significance of 1e-04 and 0.002), respectively ( Figure 3 ).

Carbon input into metabolism is essentially significant for the plant, and As toxicity is known to impair the same, inhibiting the net photosynthesis (Nabi et al., 2019 ).

From an ecological perspective, the low flow velocity area was more suitable for the survival of aquatic organisms ( Widdows & Navarro, 2007 ; Folkard & Gascoigne, 2009 ), concluded from the Figures 11A–F , in the process of water flow downstream, the velocity of the vegetation array (L 3 ) and the vegetation passage (L 4 ) in the patch area and the spaced area showed a trend of decreasing gradually with the increase of the downstream distance, and the flow velocity was more moderate in the downstream parts of the river.

In addition, the streamwise velocity in the non-vegetated area was also somewhat affected by the vegetation distribution form in the vegetated area, that is, with the increase of the comprehensive stem thickness and discrete degree of the combined vegetation, the streamwise velocity in the non-vegetated area showed an increasing trend.

With the increase in the comprehensive stem thickness and dispersion degree of the combined vegetation, the average streamwise velocity in the vegetated area showed a decreasing trend, while that in the non-vegetated area showed an increasing trend.

We observed highly significant overlaps between the DEGs regulated by SDG33 and SDG34, while they each regulate a smaller unique set of genes (number of overlapped and unique DEGs, and p-values for the overlaps were shown as Venn diagrams in Figures 1B, C ).

In the presence of the fungus and favorable conditions, the yield losses may be significant, reaching 100%.

With the seriousness of BB, the first-order moment of the B component gradually decreased, the third-order moment of the R and B components gradually increased, and the second-order moment of all color components showed a trend of first decreasing and then increasing.

The EO% of MS75 and SS50 plants showed non-significant results in the first season and slightly significant results in the second season with 34 and 22% of EO.

Notably, the experimental results also showed that biochar application significantly reduced the MBC content and showed a decreasing trend with increasing soil depth, which may be related to the higher rate of microbial N fixation than total N mineralization ( Mcclellan et al., 2010 ; Dempster et al., 2011 ). 4.2 Effects of biochar on the diversity of soil fungal community structure Soil microorganisms drive the material cycle in the soil, and the composition and structure of soil microbial communities have a strong influence on soil material cycling due to differences in their physiological characteristics ( Ali et al., 2022b ).

By contrast, both NPFP and aNUE showed a decreasing trend with an increase in N levels, with the former showing a steeper decline.

The yield parameter showed an increasing trend with the increase in N levels and varied significantly under N0 and other N treatments.

Spatially, from the lowest altitude a to the highest altitude d, both RTD and RLD showed a trend of increasing and then decreasing, and within the soil, there was a clear difference between the two root density indicators.

The alpine meadow also shows a clear trend of degradation ( Ma et al., 2017 ) due to its extremely fragile ecosystem ( Jin et al., 2019 ).

In terms of up-regulated genes, with the increase in processing time, the number of up-regulated genes among samples showed an increasing trend; group CK-vs-T 24 showed the highest (19408) number of up-regulated genes ( Figure 5 ).

However, the CAT content in maize ( Zea mays ) first showed a trend of decreasing ( Table 3 ), then increasing and then decreasing with chromium treatment concentration which may be due to the iron porphyrin contained in the CAT structure, and the interaction between chromium and iron in the metabolic pool resulting a reduction in its activity.

When mustard ( Brassica juncea ) was treated with different concentrations of chromium, it was found that the activities of SOD, CAT, and APX in roots and leaves first increased and later decreased (Pandey et al., 2005 ; Hübner et al., 2010 ), while glutathione transferase (GST) and glutathione reductase (GR) showed an increasing trend.

All three nutrient concentrations also showed an increasing trend (17%, 22% and 25% respectively) in shoot biomass in phosphite treated plants compared to control treated plants.

(2015) also reported a highly significant correlation (r = 0.71) between FER and GER resistances.

RhSOC1 , RhAGL19 , RhAGL22 , RhAGL24-2 , and RhAGL24-4 showed a trend of high expression in leaves ( Figure 4A ).

A highly significant number of genes (~92%) are either intronless or one intron, with only < 6% and < 2% genes containing two and three introns, respectively ( Figure 3 ; Supplementary Figures S1A–S1H ; Supplementary Table S3 ).

As can be seen from Figure 5 , the similar genes augustus27517 and augustus15211 of FLC and SVP , both of which showed a decreasing trend in expression since the beginning of low-temperature culture, while in CK both of which were maintained at high levels, indicating that the low-temperature culture environment in the experiment suppressed the expression of similar genes of FLC and SVP in L. chinense var. rubrum .

augustus27517 had lower expression at T28, 0.44 ( Figure 5 ) and 2.64 ( Figure 5 ) times that of T0, respectively, and The expression of augustus27517 was overall highly significant higher in the CK-treated group than in the low-temperature-treated group.