Excerpts

Our paired-wise comparison revealed that under the plant pathogenic condition AMF had higher effects on plant biomass, which was significant for the plant shoot (DAPP=0.138, CI: 0.015–0.262) and total (DAPP=0.151, CI: 0.025–0.277) fresh biomass, and shoot (DAPP=0.149, CI: 0.071–0.228), root (DAPP=0.133, CI: 0.044–0.223), and total (DAPP=0.163, CI: 0.096–0.231) dry biomass, and was nearly significant for root fresh biomass (DAPP=0.087, CI: −0.064–0.238; Figure 3 ).

One of those genes, Morus probable carotenoid cleavage dioxygenase 4 ( LOC21405962 ), is related to the synthesis of abscisic acid aldehyde, which exhibited extremely significant difference in the triploid compared with the control ( Supplementary Figure 4E ), implying that ABA hormonal signaling might be an important factor affecting stress defense and polyploid morphology after increasing the number of chromosomes.

Soil drought strongly affected the terpenoid content of plants, usually showing an increasing trend in total terpenes ( Turtola et al., 2003 ; Jiang, 2012 ).

The first model estimated an overall trend across locations, by including prior distributions connecting location behaviors (random effect).

Therefore, highly significant associations for charcoal rot resistance in the CAAM panel were determined based on MLM analysis.

For instance, the carbohydrate metabolic process (GO:0005975) was highly significant and enriched at 1 day as compared to 0 and 7 days of CS.

AMF smooth terms were retained in the P and N soils showing a positive trend with SDW Rel. in both soils.

The rocket leaves exposed to RB-CL displayed a higher malic acid content, and while the citric acid content showed a trend similar to that of malic acid, its value was statistically unchanged in the leaves regardless of the light treatment applied.

The positive and highly significant associations of GPC and TKW traits have been reported in different wheat populations in other studies (Peleg et al., 2009 ; Badakhshan et al., 2013 ; Krishnappa et al., 2017 ).

A similar result was found in the earlier studies, where shaded young avocado leaves showed a decreasing trend in the total L pool after sudden exposure to sunlight, despite the deep oxidation of Lx, which may be related to photo-oxidation of L ( Förster et al., 2009 , 2011 ).

(3) The detection accuracy of the algorithm increases with the addition of different components, nonetheless there is a decreasing trend in terms of the detection speed.

Structural equation models demonstrated that soil water content (SWC), pH, plant coverage, plant standing biomass, soil β-D-cellobiosidase, and β-1,4-N-acetyl-glucosaminidase were crucial impact factors that eventually led to a decreasing trend in Re, and SWC, pH, β-1,4-glucosidase (BG), β-1,4-xylosidase (BX), polyphenol oxidase, soil organic carbon, microbial biomass carbon, and dissolved organic carbon were crucial impact factors that resulted in changes in Rs.

mutabilis ) and a decreasing trend in the concentrations of CK N -glucosides during pollen ontogeny in N. alata and N. langsdorffii ( Figure 2 and Supplementary Tables 1 – 4 ) are among the most important.

tabacum pollen, an increasing trend of ABA content until stage 5 and its subsequent dramatic decrease at stage 6 (over 25-fold) were observed ( Figure 5B ).

This study was extremely significant as it was able to provide some insight into the mechanism of RNAi and the variation which occurs between different orders ( Yoon et al., 2018 ).

This reduction in PAR due to cloud cover does not seem to be highly significant in the Dinghushan Biosphere Reserve (according to the findings shown in Figure 5B ), and this is perhaps the result of increased transpiration and stomatal conductance during the rainy season that influences gas exchanges and, hence, NEE.

Both the expression of PME in epidermal and parenchymatous cell layers showed an increasing trend from 113 to 144 DASP, followed by a decrease at 154 DASP.

In the NP3, an increasing trend for Hap -2B-I was observed in most of the wheat zones.

Peak areas representing the total abundance of ( Z )-3-hexen-1-ol and hexanoic acid showed an increasing trend during the postharvest processing of oolong tea ( Figures 4A–D ), benefiting from sufficient C6 aldehydes from the oxidation and cleavage of PUFAs by the LOX-HPL enzyme system.

In POD activity, there were extremely significant increase at S3 and S4 between HS and CK ( Figure 1E ).

Our results highlight the importance of LaMATE2-dependent isoflavonoid release in the early step of nodulation, since LaMATE2 silencing leads to a highly significant reduction (a. -80%) of nodules in LaMATE2 -RNAi compared to empty-vector transformed roots ( Figures 5C ; 6B , Supplementary Figure S4 ).

On the timeline, an increasing trend in COX and CS activities of all treatments was observed from day 8 to day 15 ( Figures 3A , B ).

The effect of different cotton cultivars on plant height was highly significant.

At 120 hpi, the area of Pst growth, length of hyphae, and number of hyphae branches, haustorial mother cells, and haustorium in TaFBN - and Ta_Pes_BRCT -silenced leaves were all increased, and the difference was extremely significant.

After controlling for phylogenetic relatedness among species, N and P contents, and N:P ratio were tightly coordinated between leaves and fine roots, whereas the correlations between SRL and SLA and between LC:LN and RC:RN were marginally significant ( Table 2 ).