Excerpts

Fagus sylvatica The observed decreasing trend for common beech ( Figure 3 ) was highly significant, even when compared to the data from the other investigated deciduous species.

Stomatal Conductance and Malic Acid Content The statistical analysis showed that the response of stomatal conductance (gs) and malic acid content of cacti was highly significant between all applied water regimes ( Figure 1 ).

The mean annual temperature is on an increasing trend, and it has increased by about 0.8 °C per decade since the 1950s.

Compared with 2021, the soluble solid content of the jujube cultivars in 2022 had little difference between Fuping (Hebei) and Alar (Xinjiang), but in Taigu (Shanxi), the soluble solid contents of Luzao 2, Yueguang, and Zaoqiuhong showed a decreasing trend ( Figure 4 A).

chevalieri migrates to different longitudes under different carbon emission scenarios, and in the case of SSP5-8.5, its distribution area has a small trend of southward migration by 2070.

laevigata , the centroid of its climate-suitable area has an obvious trend of westward movement in the future. 4.

Global temperatures are on the rise due to climate change, and there may be significant implications for both crop yields and the nutritional properties of seeds.

Media differences for callus induction were highly significant in all the three experiments ( Supplementary Table S1 ).

Under GO treatments, the Cd contents in the root of the plant had an increasing trend compared with the control, especially exposed to high concentrations (10 and 50 mg L −1 ) GO in solution.

There was a highly significant increase in endogenous GSH content ( Figure 5 a), which was 38.00% higher than the control.

N 2 O emissions from cropland in the MLRYR showed a decreasing trend from north to south.

Finally, the relationship between mean seed production and clonal diversity per population was assessed, but statistical tests were either not significant or only marginally significant in the two study years.

The results indicated that there were highly significant differences among the tested genotypes and environments.

betulifolia showed a trend of increasing and then decreasing, while CAT activity showed a trend of decreasing and then increasing.

Correlation between Yield Plasticity and Another Trait’s Plasticity The correlation analysis of trait plasticity exhibited that grain yield plasticity is highly significant and positively correlated with the plasticities of seed length and seed number, indicating that the plasticity of these yield components heavily contributes to grain yield plasticity.

In addition, WRKY transcription factor WRKY2 showed a trend of first decreasing and then increasing in expression. 2.4.

As shown in Figure 3 d, the content of ferulic acid in all four experimental groups showed an increasing trend.

In fact, an increasing trend in the protein concentration was detected for all three cultivars.

Compared to the untreated control treatment, cluster-P2 and -P3 parameters exhibited a decreasing trend in stress-exposed plants; however, their values were increased in AA- or NO-primed stressed plants ( Figure 8 A).

Relative to the untreated control, the cluster-P1 traits recorded an increasing trend due to the stresses applied.

For regression analyses, values of p ≤ 0.05 were considered statistically significant, and those of p ≤ 0.1 were considered as marginally significant.

The results showed that within 12 days after inoculation, both the resistant material PNT880-3 and the susceptible material C9701 showed an increasing trend in the bacterial population within their roots.

(2) As the reproductive period progressed, the nitrogen concentration in tomato plants showed a decreasing trend.

Model Validation of Critical Nitrogen Concentration Dilution Curves for Tomatoes The above model was validated using the experimentally measured data, and as seen in Figure 5 , the fit between the simulated values and the real values reached a highly significant degree, and the two basically conformed to the linear relationship of y = x , indicating a large degree of conformity.

Nitrogen allocation in fruit accounted for 50.5–60.1%, and there was an increasing trend of nitrogen allocation in tomato leaves. 2.1.3.