The nitrogen application rate had a significant or extremely significant positive correlation with setback value and protein content, while there was a significant or extremely significant negative correlation with 1000-grain weight and breakdown value.
The protein content and protein component contents of both varieties showed an increasing trend with increasing N, among which gliadin was the most sensitive protein component to N fertilizer.
The data analysis showed that the amount of residual film had an increasing trend of increasing.
KT, tZR, and tZ in corms showed an increasing trend during the first leaf emergence and maturation stages.
The expression of CKX3 , CKX5 and CKX6 showed a decreasing trend with the sprouting of the second leaf, and UGT75L6 also showed a decreasing trend in the same period. 3.4 Changes in IAA and ABA during the growth cycle of Amorphophallus muelleri The content of IAA in corms was significantly higher at the second leaf sprouting stage, reaching a peak of 2816.94 nmol kg -1 , which was 6.59 times higher than the content at the dormant stage in corms and 10.83 times higher than the content in the leaves (260.08 nmol kg -1 , which was also the peak content in the leaves) during the same period ( Figure 5A ).
There was a decreasing trend in the studied culm anatomical attributes with increasing water deficit.
Aboveground biomass showed a decreasing trend along the chronosequence of mugwort cropping ( Table 2 ).
NH 4 + , TN, TP, AG, BG, and SOC showed a trend of first increase and then decrease along the chronosequence (Y0-Y20, Figures 1A, D, E, G, H , 2A, B ).
With decreasing GW levels, the soil water content showed a decreasing trend.
Notably, C i also showed a decreasing trend, suggesting that photosynthesis capacity might be limited by stomatal and non-stomatal factors ( Singh et al., 2013 ).
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.
The differences in Cd concentration between different tissues under the same Cd treatment or in the same tissue under different treatments reached extremely significant levels.
pseudoacacia showed a decreasing trend in Rc.
variabilis , a higher percentage of consumption of stored nonstructural carbohydrates during drought events resulted in a positive trend in Rt-iWUEr (higher S Rt-iWUEr ), further limiting the ability of trees to recover following drought occurrences ( Galiano et al., 2012 ; Rosas et al., 2013 ).
variabilis showed an increasing trend in Rt, and R. pseudoacacia showed a decreasing trend in Rc.
Among them, manganese toxicity-induced root HD-ZIP I proteins (TDF #170-1 and 170-1k) showed a trend of up-regulation in both species ( Zhou et al., 2016 ).
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 ).
With the time course of different treatments, the ratios of DEGs from DAS genes showed an increasing trend under dehydration and low temperature, ranging from 33% to 67% and from 35% to 61%, respectively, while it showed an opposite trend under NaCl treatment, with the ratio of 62% to 39% ( Supplementary Figure 5 ).
Root superficial area per volume and root length ratio exhibited an increasing trend during senescence.
Starch content showed an increasing trend with snow removal years for specific performance.
Fv/Fm showed a trend where seedlings from the two species in the +4°C and +2°C environments had higher values than the seedlings in the control environment.