Excerpts

There were extremely significant differences in the N and P content of the roots under water treatment.

[ 40 ] found a slight trend of increasing and decreasing cherry fruit firmness after cold storage, respectively; however, the storage conditions and methodologies used in the preceding studies differed from those used here.

Effect of 1-MCP Treatment on Activities of Superoxide Dismutase (SOD), Catalase (CAT), Peroxidase (POD), and Ascorbate Peroxidase (APX) in Melon The obtained results revealed that SOD content (U·g·min) in melon fruits had an overall trend of first increasing, then decreasing, and then increasing again.

However, the POD activity of the control group was significantly higher than the other 1-MCP groups after 15 days of storage, but the control group showed a decreasing trend in the POD activity, while the 1-MCP treatment group showed an increasing trend after 15–20 days of storage ( Figure 4 C).

In this experiment, the overall fruit firmness showed a decreasing trend with the increase in storage time ( Figure 2 A), and the fruits with control (CK) treatment showed the most significant decrease on the 5th-10th day due to obvious nutritional depletion.

The MEcyan module exhibited a highly significant positive correlation with flesh segment development, while the MEblue and MEmidnightblue modules showed significant negative correlations with flesh segment development.

oleifera is the primary economic trait, and the single fruit weight shows a highly significant positive correlation with the number of seeds [ 3 ].

The FW/DW ratio of leaves showed a decreasing trend under 0 to 8 mM Al stress ( Table S10 ), indicating that the water content of Shatian pomelo leaves decreased under Al stress.

Under T1–T4 in the CK, there was no significant difference in the degree of stomatal opening and closing; under T1–T4 at pH = 4.5, a significant difference in the degree of stomatal opening and closing was observed; and under T1–T4 at pH = 4.0, an extremely significant difference in the degree of stomatal opening and closing was noted ( Figure S7 ). 2.5.

Although the difference was not statistically significant, a clear trend indicated that the chopped-thallus method nearly doubled the transformation efficiency compared to the traditional method ( Figure 4 and Figure 5 ).

The soil MBN showed an increasing trend with the shrub encroachment extent, but MBC showed significant differences in grassland types and shrub encroachment extent compared to grassland types, while MBN only showed significant differences in shrub encroachment extent compared to grassland types ( p < 0.05). 3.2.

Although the PERMANOVA results do not provide conclusive evidence for grouping species by the studied areas or environmental variables, a clear trend was observed, indicating a relationship between AM species and specific environmental soil factors.

In the PLS-PM models ( Figure 3 ), the path coefficient for the environmental factor on female vegetative growth is −0.400 with a p -value of 0.08, which is close to the significance threshold of 0.05, suggesting a potential negative impact of the environment on vegetative growth, though this effect is not fully significant.

AhCNGC4.1 had already exceeded CK by 5 times at 6 h, reached the highest level at 12 h, and then decreased, but still showed extremely significant high expression 24 h after treatment.

Moreover, the proportion of soil N uptake showed a decreasing trend with an increase in biochar application.

Under the same N application conditions, the number of grains, number of spikes, and yield of spring wheat showed an increasing trend with the increase in biochar application.

According to the meteorological data of Ejin Oasis from 1960 to 2021, the temperature in this area shows an increasing trend, with the annual average temperature of 9.04 °C, the extreme maximum temperature and minimum temperature being 43.1 °C and −37.6 °C, respectively.

Additionally, we observed a positive trend contribution of RH to WUEc ( Figure 6 c).

Except for 2018, both SMs and SMd showed a decreasing trend during the growing season, with great inter-year differences.

Some substances such as dihydroquercetin, phosphoenolpyruvate, leucocyanidin, and leucopelargonidin showed a decreasing trend.

Changes in DPPH Free Radicals Scavenging, ABTS Free Radicals Scavenging and FRAP Reduction Capacity in Fruit Pulp During Storage DPPH radical scavenging, ABTS radical scavenging and FRAP total antioxidant capacity exhibited an increasing trend in the early postharvest period, followed by a gradual decrease ( Figure 3 ).

The fructose and glucose contents generally showed a trend of first increasing and then decreasing ( Figure 6 B).

The significance level was indicated by the p -value; p < 0.05 denoted a significant difference, and p < 0.01 denoted a highly significant difference between the compared groups.

There was a highly significant effect of the salinity rotation treatments in the use of fresh and drainage water overlapping with the type of dripper on the plant height values.

These results indicate that the hybrid progeny exhibit rich variation in spot numbers, with an overall trend toward increased spotting.