Regarding this property, as shown in Figure 2 , the integration of semolina with bean flour initially determined an increasing trend, reaching the maximum absorption value, equal to 1.76 g H 2 O/g d. m., with the FBS 7.5-2020 sample, which had an integration of 7.5%.
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Moreover, it had a highly significant suppressive impact on growth compared to API or LUT alone.
In addition, there was a highly significant increase in ASC levels and DHAR, MDHAR, and GSH enzymes’ activities in plants treated with combination (OSW+AMF), as compared with As stress plants ( Figure 5 ). 2.6.
Following soil fertilizer application, the TP content of tea leaves showed a trend of first increasing and then stabilizing, but the TP content observed after foliar and soil application of each chelate treatment was significantly higher than that observed following the CK ( p < 0.05) ( Figure 6 A,B). 2.5.3.
However, a comparison of the HSF and FSF means showed a trend closer to what is expected from an additive-type characteristic, as the FSF means approached the HSF means.
vulgaris showed a trend of first increasing and then decreasing with the increase in MT concentration ( Figure 3 ).
The first component (PC1) defined 71.4% of the variability by exhibiting highly significant positive correlations ( Figure 13 b) with the most important growth parameters: fresh weight and water content of leaves (LFW; LWC), stems (SFW; SWC), and roots (RFW; RWC), the number of leaves (NL), stem length (SL), and stem diameter (SD).
However, it should be noted that pairwise PERMANOVA analyses are not capable of including block as a predictor, which was a highly significant in the overall PERMANOVA. 2.2.
suaveolens HS was responsible for a highly significant toxic effect early after treatment, causing 58.6 and 62.1% of mortality after 24 and 48 h, respectively.
Obviously, different application volumes of SiO 3 2− compounds exhibited a highly significant difference in the RGR 3th to 12th WAT, but they were not affected at 2th WAT.
Future climate scenarios predict changes in the precipitation regimes in the desert regions of northwestern China, following an increasing trend [ 6 , 8 , 9 , 10 ].
Considering the level of 20% SWC, R became the largest source of variability for all the phenotypic traits, except for ABA root , showing a highly significant effect except with regards to ABA leaf .
The variances due to GCA and SCA were noticed to be highly significant, and GCA/SCA ratio was higher than the unity.
Analysis of Variance Inducer effects were highly significant for all observed traits.
For example, CC2 and seed fresh weight after 24 h ( r = −0.1695) and seed width ( r = −0.192) were direct but weakly significant.
In contrast to monospecific triplet combinations ( Figure 2 a,d), both species demonstrate significant but weaker stomatal closure in response to relayed cuing (T2 plants) than to direct interspecific drought cuing (T1 plants), regardless of triplet combination ( Figure 2 b,c,e,f), with significant or marginally significant differences in stomatal closure between IND and T2 plants in all interspecific triplet combinations ( Table 1 ). 3.
The above indicators of Mo17 reached a peak at 10% Mn concentration and demonstrated a decreasing trend with a further increase in Mn deficiency ( Figure 5 ).
Both hybrids showed a decreasing trend of free reducing capacity towards higher nitrate supply levels ( Figure 1 B).
In our study, MAT exhibited an increasing trend from 2001 to 2017.
The allelic variation at the Glu-B1 and Glu-B3 loci had a highly significant effect on gluten quality due to the highly significant impact of Glu-B1 and Glu-B3 alleles ( Table 3 ).
The false-color images of F v / F m showed a trend that was consistent with the F v / F m ratios, indicating inhibition of PSII.
Our results show that the WUE and WSE displayed a decreasing trend with the increase in the irrigation volume.
The plant height, stem diameter, and canopy width of Suaeda salsa showed an increasing trend with the increase in the amount of irrigation, and the W2 plants improved more than the W3 plants.
Thus, it can be inferred that amount of irrigation and planting density significantly affect the biomass of Suaeda salsa , and the interaction between them is highly significant. 2.5.
SCU showed a trend of sustained release at the early stage and middle stages. 2.2.