Excerpts

Moreover, root angle under both conditions (RAC and RAS) had a highly significant positive correlation with root volume and surface area under control conditions.

In the SEMs, paths with marginally significant effects were considered to be of sufficient biological relevance, so they were contemplated as such. 5.

With a greater geographic range of sampling in the current study, it is clear that geography or climate may be significant as proposed previously.

A detailed examination of berry yield among N application methods and rates showed a decreasing trend with increasing N application with FERT- and BROAD-based treatments in 2017 and 2018.

Whereas 10 μM showed highly significant amplification of loading mineralization as well as accelerates the ARS staining up to 2-fold compared to PBS group.

Among highly significant sites, most of the sites were associated with root traits under low-P, normal-P, and low-P trait index values.

In general, poroids’ dimensions showed a decreasing trend in the abvalvar direction (i.e., poroids in the third cingular band were narrower than those in the first two, and sometimes (25%), no poroids were detected), even if, often (40%), the dimensions and the shape of poroids in the first two cingular bands did not differ so much (but the second band had more striae with smaller poroids than the valvocopula, e.g., Figure 5 A).

The expression of PbrVHA-B2 showed an increasing trend throughout fruit maturity, while the expression of PbrVHA-G1 , PbrVHA-E3 , PbrVHA-E1 , and PbrVHA-d1 was upregulated at the S3 stage ( Figure 5 B).

The variance of cell membrane temperature stability (CMTS) due to line effects was highly significant.

Highly significant F -values to test the variation among accessions suggest that variability between replicates within accession was relatively small by comparison.

canariensis represent the fourth “orange” group where grains dispose of low content of β-D-glucans in the control with a decreasing trend after the infection and beside relatively low pathogen DNA they accumulate the highest content of DON.

Cluster-Ι parameters showed an increasing pattern in “UVC1” and “UVC2” tomato plants but displayed a decreasing trend in “AT+UVC1” and “AT+UVC2” plants.

Under high salinity (12.0 dS m −1 ), all CSR indices exhibited highly significant correlations with the four variables (r values ≥ 0.65).

Our analysis of the gravitropic index of eir1-4 PIN2::PIN2:VEN roots showed that sucrose is like glucose leading to a small, but highly significant randomization of root growth, which is not dependent on the root illumination regime, LGR with sucrose 0.95 ± SE 0.003/SD 0.03; LGR without sucrose 0.97 ± SE 0.002/SD 0.01; DGR with sucrose 0.94 ± SE 0.003/SD 0.023; and DGR without sucrose 0.97 ± SE 0.001/SD 0.01 ( Figure 7 A).

The results showed that both the R and S biotypes GST activity rise sharply, induced by the quinclorac within a certain period of time, and showed a trend of increasing first and then decreasing.

Conversely, the relationship between the daily average value of sap flow density and stem water potential in NB was highly significant and positive ( Figure 7 c), indicating that this cultivar responded to a reduction in available water (more negative Ψ stem ) by closing stomata and reducing water fluxes (lower Q ave ).

Growth and Metabolism of Arabidopsis as Influenced by BASTA and/or NrEO BASTA-exposed Arabidopsis was characterized by the highly significant reduced fresh weight (FW) of shoots and roots ( Supplementary Materials Table S1 ), and this decrease was dose-dependent in shoots ( Figure 1 C).

Consistent with the aforementioned results of PF and MR, the reduction in the I 2 amplitude ( Figure 7 A,C,E,G) suggests a decreasing trend for PSI reduction activity at a high planting density.

Food Agricultural and Organization of the United Nations (FAO) reported that, from 2010 to 2015, there was an increasing and a decreasing trend of global plantations and natural forest areas, with the rate of 3.3 million ha/year and 6.5 million ha/year, respectively [ 2 , 25 ].

“Jinxuan” samples, the contents of these metabolites showed a significant trend ( Figure 4 ).

LA was largest in the sclerophyllous evergreen broad-leaved forests and smallest in the alpine scree sparse vegetation, showing a decreasing trend with elevation, while LT first decreased and then increased with the elevation of the vegetation belt.

On the other hand, total soluble sugar content did not have a clear trend in response to pollution levels ( Figure 4 ).

Across the globe, there is a clear trend of leaf characteristics escalating in tandem with rising temperatures [ 18 , 19 ], which implies that temperature plays a pivotal role in the diversification of leaf traits [ 20 ].

Global Moran’s I analysis indicated that the distance to the mainland (DM) (Moran’s I = 0.90, p < 0.001) has highly significant spatial autocorrelation.

Furthermore, the difference between the second and the third belts was essentially due to species turnover, because if the intraspecific variability is considered, the difference becomes marginally nonsignificant.