Excerpts

Pearson’s Correlation In all cultivars, the length of the central lobe, the calyxes harvested per plant and the calyx yield in fresh weight and dry weight showed a positive and highly significant correlation ( Table 6 ).

However, both species showed a trend for lower survival in Inland steppe soil, and this reduced survival was significant for P. tamarugo ( Figure 2 a).

Soil had only weak and marginally significant main effects on seedling height in both this study and its predecessor ( Table 6 ), yet, in both, soil type F produced the shortest seedlings while soils B, C, and D produced the tallest [ 15 ].

Future predictions of this cluster show an interesting trend of disappearing of the population in Central Europe and moving to the northeast parts of Europe ( Figure 4 ).

[ 34 ] observed an increasing trend for fruit quality parameters such as fruit firmness, TSS and color with increased water deficit level in tomato.

The study found a highly significant correlation between green pixels and dry weight biomass in field situations without a large number of overlapping leaves.

Highly significant differences were detected among the tested genotypes.

Under hot treatment, 13 genes showed a trend of significantly upregulated expression, but some genes reached the maximum value at 6 h, and began to decline at 12 h.

Several studies have demonstrated an increasing trend in soil N concentrations with stand age [ 25 ].

There were extremely significant differences between the length of the foot plate and its adjacent branch and plate length and the distance between the branch and plate.

Another study also showed an increasing trend of Vgreenup induced by the warming at high latitudes above 60° N, from 1982–2016, based on LAI data [ 20 ].

A strong dependence on latitude was observed for Vgreenup across all sites in both Europe and North America ( Figure 2 a), with a decreasing trend with rising latitude.

[ 10 ], in which the AsA content was higher after spring growth, decreased significantly in the flower bud phase, and showed an increasing trend in the other phenophases, i.e., at the beginning, full-flowering stage, and the end of flowering.

It is interesting to note that the flavonoid content showed a negative trend at the end of flowering (Ph3) compared to full flowering (Ph2), possibly due to the agro-climatic conditions, i.e., the end of the dry days that prevailed during the Ph2 phase.

On the contrary, from halfway through the duration of the research onward, the soil available P1 showed an increasing trend when the liming material was SF; for this research period, this liming material also showed the highest CaECEC levels.

On the other hand, from year 2004 onward, a clear trend of higher P1 levels in the SF treatment than in the other treatments was observed at the Ap1 horizon (with these differences being significant relative to the control in years 2004, 2006 and 2008).

The difference between the time points demonstrated a highly significant decrease in overall ROS generation in 48 h and 72 h samples, when compared to 24 h samples (leaf, shoot, and root).

The expression levels of PprCBL3 , PprCIPK6 , PprCIPK13 , PprCIPK14 and PprCIPK15 showed a decreasing trend throughout the whole fruit development process, which indicates that they may play important roles in the early stage of fruit development.

In addition, tryptophan content showed a decreasing trend during germination.

Leaf osmotic potential (Ψ π ), similarly to Ψ stem , showed a decreasing trend across the seasons ( Table 1 ).

The WUE WP was not significantly related to WUE i , although a positive trend between both WUE levels was observed in both seasons ( Figure 4 ). 2.6.

Comparing the effect of the three magnetic concentrations, the results showed a definite trend regarding tree canopy volume parameter in response to magnetic concentrations.

Correlation analysis of the measured parameters meant a highly significant relationship between them. 3.

Some of these fungi might be significant economically as well.

In a previous study, highly significant correlations were found between initial and final emergence percentage and between fresh and dry mass of seedlings [ 26 ].