Excerpts

Increasing ABA treatment in parallel with drought stress showed a decreasing trend in LcCKX5 in roots for a short period of time which subsequently appeared to increase ( Figure 5 PEG+ABA-Root); while overall expression was suppressed in stems and leaves, no significant effect on roots under drought stress was observed ( Figure 5 PEG+ABA-Stem and PEG+ABA-Leaf).

Interestingly, the exogenous application of the ABA biosynthesis inhibitor Fluidon (Flu) completely disrupted the expression pattern of LcCKX5 in both stems and leaves while still showing a decreasing trend and then an increasing trend in roots under drought stress ( Figure 5 PEG+Flu).

BLUP-based stability parameters had non-significant correlations with AMMI stability indices, but RPGV, HMRPGV, and HMGV were highly significant positive correlations with each other.

jasminoides fruit was determined by HPLC ( Figure 4 a); the cumulative amount of geniposide showed a trend of decrease from 60 DAF to 120 DAF, then kept steady during the fruit ripening stages (from 120 to 180 DAF).

The NO 3 − -N and NH 4 + -N contents within floodwater showed an increasing trend after UR treatment relative to control and exhibited a decreasing tendency to the range close to control on days 9–15.

At the stages of leaf expansion and vigorous growth, C i showed a trend towards reduction with the increment in levels of water deficit.

To assess a possible trend in the timing of ripening during the period of study, linear regressions between year and DOY15, DOY20, RL, and TA were set up ( Table 3 ).

On the group of plants tested there was a highly significant positive correlation between larval survival and total oviposition in P. rapae , but this correlation was not significant when comparing larval survival and oviposition preference index ( Table S3 ).

rapae , this correlation was almost significant.

From the general diurnal variation from January to August, both SIF and GPP showed a trend of increasing first and then decreasing ( Figure 1 d).

While SIF will maintain an increasing trend, meaning that SIF-GPP presents a nonlinear relationship on the daily scale [ 14 , 15 , 16 ].

The anthocyanin content also showed an increasing trend with time.

The MDA content also showed a trend of increasing first and then decreasing in each treatment group.

The highly significant decrease in MDA, H 2 O 2 , OH, and O 2 contents in all stressed plants were observed when using SiO 2 NPs (3 mM). 2.4.

Among these traits, GPR, SLR, and CRS showed significant or extremely significant correlations with other traits in the correlation analysis, and these results can comprehensively reflect the growth stages of rice under salt stress at the germination stage and the affected stage.

Biomass accumulation and alkaloid content showed a trend of increasing and then decreasing with the application of nitrogen, phosphorus, and potassium, and the biomass accumulation was the highest at the application levels of nitrogen and phosphorus in T6 and T9 and at the application levels of medium and low potassium.

The alkaloid content showed an increasing trend between October of the first year and June of the second year and a decreasing trend in the second year with the increase in the harvesting period.

The results showed that there was a highly significant positive correlation between PsbQ , LHCA1_1 , LHCB6_1 and chlorophyll b content, and a significant negative correlation between PsbQ , LHCA1_1 , LHCA1_2 and chlorophyll a content ( Figure 6 ). 3.

In response to nitrogen deficiency signals, the BnIPT gene showed a trend of up-regulation in shoots and down-regulation in roots, indicating that it may affect the process of nitrogen transport and redistribution to enhance the stress resistance of rapeseed to respond to the nitrogen deficiency stress.

The maximal efficiency of photosystem II (PSII) photochemistry ( F v / F m ) showed a decreasing trend as the sunlight intensity increased, but no significant difference between CLs and ALs was found.

Another fact supporting the idea of strong photoinhibition induced by the experimental treatment is that the chlorophyll fluorescence signal showed a slightly increasing trend in KK (while actinic light was switched on—see an arrow in Figure 1 , subplot B) and even increased when the actinic light was switched off (marked with an asterisk).

Under RBCI, the SOM content showed an increasing trend, and the SOM in RB3 was obviously higher than that in FB3 compared to FBCI.

0.43), while Fb showed a decreasing trend, with a value of −0.16.

Fv and NPP exhibited an increasing trend (0.18 vs. 0.43), while Fb showed a decreasing trend, with a value of −0.16.

Incidence and Severity Highly significant differences were observed between the treatments evaluated for the control of vascular wilt disease in tomatoes.