Excerpts

With the increase in nicosulfuron, the ALS activity of sensitive Zhangzagu 10, Jingu 21, and Ditian 8 showed a decreasing trend, and the ALS activity of resistant Nongda 108 showed an increasing trend.

All the indicators except nitrate showed a trend of increasing and then decreasing with increasing light intensity, reaching a maximum at a light intensity of 200 μmol·m -2 ·s -1 .

The expression of AgFNS showed a decreasing trend under the same light intensity treatment and the expression of AgFNS in the leaves was significantly higher than that in the petioles ( Figure 6B ).

The specific root lengths in the competitive and non-competitive treatments showed a clear regularity; the specific root surface area showed a trend similar to that of specific root length, with the specific root area of the homogeneous environment being higher than that of the heterogeneous environment, and that of the homogeneous environment being 68%, 52%, and 57% higher than those of the N, P, and K heterogeneous environments, respectively.

Metabolite accumulation Data analysis for malondialdehyde (MDA) showed a highly significant difference in Cd stress and ZnO-NPs.

In addition, these contents exhibited a decreasing trend as the soil depth increased.

The mean DOC content showed a trend of increasing, then decreasing and then increasing under the nitrogen and phosphorus treatments.

ammodendron at the C 4 site exhibited a decreasing trend from June to September, but the differences were not statistically significant ( Figure 3 ).

After the addition of brassinolide, the lignin content initially showed a decreasing trend, followed by an increase and then a decrease again with increasing brassinolide concentration.

membranaceus , showing an increasing trend with higher salt concentrations ( Figure 4 ).

PCA revealed highly significant correlations among the indicators, indicating a certain degree of overlap and crossover in the information reflected by them.

At the same time, total THC yield (g/m 2 ) was evaluated, where there was a clear trend in favor of ET across all comparisons.

When correlating N content and dry matter accumulation per stem with NA ( Table 5 ), it was clear that both factors exhibited a highly significant correlation with NA, with dry matter accumulation contributing more to NA in japonica rice and N content contributing more to NA in indica rice.

M1 showed a trend of improving N uptake compared with M2 and M3 from seeding to jointing stage.

With N reduction by 10%−20%, the stem and tiller number in M4−M5 showed a decreasing trend compared with M3, but all showed no significant difference at different stages.

This succession of research underscores a clear trend towards more nuanced and robust predictive methodologies that accommodate the inherent complexities within potato breeding programs.

A decreasing trend of WRI1 expression during seed development has also been reported in several oil-seed species ( Troncoso-Ponce et al., 2011 ).

Our nutrient analysis showed that the embryo, in turn, accumulates starch increasingly towards the later developmental stages which could further be confirmed by our transcriptome results showing an increasing trend of transcripts levels encoding enzymes in the cytosolic glycolytic pathway.

Notably, a highly significant positive correlation between LSR and LSD was observed, suggesting these two indicators could serve as reliable references.

Interestingly, the CAT1 gene expression was highly significant (6.5-fold) in flooding stress compared with eCO 2 (4.03-fold), flooding + eCO 2 (2.02-fold), and control.

In contrast, un-inoculated control plants did not exhibit a clear trend in DHN1 gene expression under varying stress conditions.

H, LL, LW, and SLA all exhibited a decreasing trend, while LT showed the opposite trend, becoming progressively thicker in the transition zone.

The NTI index, on the other hand, showed a trend of SG>GL>SH>FS>FO.

In leaves treated with ammonium (NH 4 ), ΔV OI exhibited a decreasing trend under MD treatment ( Figure 5B ).

Abstract Over the past several decades, a decreasing trend in solar radiation has been observed during the wheat growing season.