Excerpts

Whereas, Chl a/b and carotenoid content showed the opposite tendency, the higher values were found in ‘ZH’, and the carotenoid contents between ‘SO’ and ‘ZH’ could reach highly significant level. 2.3.

Present results showed that the TSS content of the Newhall navel orange fruits had an increasing trend during the initial periods of the storage and after about 45 days of storage, it showed a decreasing trend which came to a lower point than the initial point for the control fruits ( Figure 2 A).

All of the studied factors, including cultivar (C), photoperiod (L), temperature (T), sowing date (D) and plant age (A) had a highly significant effect on plant height, fresh weight, pseudostem diameter, bulb characteristics (diameter, weight and height), bulbing index (BI) and growth period ( Table 1 and Table 2 ).

The expression of DlARF-2,-6,-11 showed a trend of increasing first and then decreasing, peaking in the November or December.

A number of international studies detail the critical importance of the plant microbiome to the ecology and success of the plant, and these microbial associations are also likely to be significant within P. colorata .

While highly significant, these are largely problems of aging in the developed world, but the vast majority of persons in mineral deficiency at-risk populations are primarily infants, children and women of child-bearing age of lower economic status in the developing world.

The results based on the previous markers indicated highly significant differences between Acacia species, confirming the hypothesis of the possibility of using morphological, biochemical, and molecular parameters in species identification.

2,19-oxymeliavosin 17 , which has weak activity with marginally significant selectivity for breast cancer cell line (MCF-7), has also been isolated from the root bark of M. volkensii [ 41 ].

Although sometimes underestimated, the influence of microorganisms can be quite significant, given that they can produce plant-suppressive compounds, decrease plant available nutrients, colonize the seeds and cause plant diseases or act directly on seeds in the case of organic matter decomposers [ 4 ].

Finally, to test if it was statistically significant, we used the SPSS software to independent-samples t-test these two set of ratio data, with the result showing that the difference between these two groups of ratios was extremely significant.

Namely, when the activity of cyt-ACO kept a decreasing trend during fruit development, for example, in ‘Newhall’ navel orange ( Figure 2 B1), the activity of ACL almost displayed an increasing trend ( Figure 3 B1), and vice versa.

On the other hand, the concentrations of malic acid and quinic acid in all of the cultivars kept a decreasing trend during fruit development and ripening.

Das and Barua [ 84 ] determined the majority of the crosses of eggplant demonstrated a highly significant level of heterosis for yield and contributing traits, similar findings were reported by Kaur et al.

The straw degradation rate of each treatment showed an increasing trend as the growth progressed, and the decomposition rate was an indicator of earlier and later slowness.

In the unplanted reactor, the colonies affiliated with the genus Mycoplasma were present in most of the samples (max: 14.2%), although the ratio demonstrated a decreasing trend toward day 665 ( Figure S6 ).

In addition, we detected a decreasing trend in annual rainfall in the last decade.

The changes of Cyt-Aco activity showed a trend of “up-down-stable”.

In Table 4 , the F -value of the model is 20.30, indicating that the probability of such a model is more than 99.99% from the point of view of the p -value (0.0001); that is, the quadratic polynomial model is highly significant and reliable, and can be used to predict the betulin yield.

At the same time, Bet concentration under the disconnected rhizome treatment was extremely significant, but there was no significant difference in the Bet concentration under the connected rhizome treatment.

As the Pm can reflect the activity of PS1 to some extent, the lack of significant difference in Pm between treatments at T1 and T5 illustrated a decreasing trend of H 2 O100, H 2 O50, and NaCl50 after subsequent drought stress, whereas the NaCl100 treatment exhibited a significantly higher Pm value than that of the other treatments at D5 ( Figure 2 D).

In the present study, the NRE and N-PFP was decreased with higher N application rates, and there were extremely significant differences between N levels or cultivars ( Table 1 ).

Analysis of the two-factor classification variance (salt treatment, populations) showed highly significant effects of salt treatment, populations, and their interaction on the final germination percentage of all populations ( Table 2 ). 2.1.2.

For both parents and hybrids, analysis of variance (ANOVA) revealed highly significant genotypic variance (σ 2 G ) and GxE (genotype x environment) interaction variances for MLN DS and AUDPC across environments ( Table 1 ).

A clear trend in the decreasing transcript level of MlSTP13 (hexose transporter) was detected in the leaves of M. lupulina AM plants vs. the control ( Figure 3 ).

However, cherries treated with Ca, AN, ABA, SA, and GB spray treatments showed a decreasing trend of CI in both years, compared to the control.