Excerpts

Several crop parameters showed consistent responses to the humic product that were not quite significant at P < 0.10 but would have been significant at less stringent thresholds.

Over the study period, the river runoff of six river basins decreased with marginal significance (0.05 < P < 0.10, which is a confidence level close to significance) from 1982 to 2015, except for the Fen river basin ( P = 0.65) ( Pritschet et al., 2016 ) ( Figure 3 and Supplementary Figure 2 ).

In Gacyacyari (local variety), only marginally significant (p< 0.1) increases of δ 13 C were found for soluble sugar in the YFEL and cellulose in lower leaf for plants under water deficit.

Several crop parameters showed consistent positive responses to the humic product that were not quite significant at P ≤ 0.10 but would have been significant at less stringent thresholds.

RUE from InB to A7 only correlated marginally significant with the predictions of canopy A sat at A7 ( R 2 = 0.13, p < 0.1).

This model was used to test for significant ( p = 0.05 threshold) and marginally significant ( p = 0.1 threshold) differences in the following traits: φCO 2 max, app , φCO 2 max, abs , φCO 2 max, abs PSII , 1/ k , α , A sat , R d , and F v /F m .

In the case of the CO 2 experiment, a t-test conducted at the final harvest revealed that the actual shoot dry mass for the two treatments was only marginally significant (P = 0.10).

While genome-wide association analysis identified 302 genes harboring at least one SNP associated with Lr20 virulence ( p < 0.05), a Wilcoxon rank sum test revealed that 36 and 68 genes had significant ( p < 0.05) and marginally significant ( p < 0.1) differences in the counts of non-synonymous mutations between Lr20 avirulent and virulent groups, respectively.

Linear mixed-effects regression analysis was then performed on this normalized data, which found no interaction between ePPFD and percent FR for either species, although the interaction approached significance in cucumber (p = 0.11; Figure 6D ).

Expression levels of the gene encoding asparagine synthase (ASN1) showed a trend toward lower expression in nodules compared to roots ( p < 0.11; Figure 3A ).

On the lowland Webster soil, the main treatment was nearly significant ( P = 0.11).

It was found that cumulative CH 4 fluxes were marginally significant positively correlated with the changes in average NH 4 + -N ( P = 0.114, df = 49; Figure S3A ) and NO 3 – -N content ( P= 0.077, df = 49; Figure S3B ), as well as AGB ( P= 0.074, df = 49; Figure S3C ).

The effect of anther-stigma distance was not quite significant [ F (1, 4) = 1.98, p = 0.118], though this is perhaps not surprising given the small number of populations.

A two-way ANOVA revealed highly significant effects of both dose and exposure time (p < 2 × 10 - 1 6 ).

Plant heights followed an increasing trend up to peak values in the 16 th week (12-50cm) (F = 1.5, df = 5, p = 0.27) and 17 th week (30 – 63cm) (F = 1.7, df = 5, p = 0.21) during the seasons 2023A and 2023B, respectively.

MANOVA revealed highly significant overall multivariate separation between the prioritized and remaining germplasm groups (Wilks’ Lambda = 0.2816, F = 13.54, df = 13, 69, p = 2.89 × 10 - 1 4 ), indicating substantial differences in their integrated compositional, nutritional, and agronomic characteristics.

A clear trend was detected showing higher GPC for the T allele of TDsat2.i1.1 ( Supplementary Figure 8 , Supplementary Table 2 ; P-value = 0.30).The A-allele of the KASP marker TDsat2.e9.1 was greatly underrepresented; thus, its effect cannot be assessed using this panel. 3.4 sat2 is predominantly expressed in grains Comparative transcriptomics approaches are crucial in transferring biological information, particularly conserved gene functions from better-studied species ( Zuluaga et al., 2023 ).

The nitrogen content, the SOC, the carbon-nitrogen ratio, and the GWC across the six locations based on Kruskal-Wallis test were significantly not different (p=0.415) ( Table 1 ).

Linear Relationships Our analyses revealed highly significant correlations between pairwise genetic distances and resistance distance in Q. aquifolioides and Q. spinosa , but not in Q. aqu- West lineage ( P = 0.745).

While the cellulose content showed a decreasing trend after stage II, total pectin content continued to increase during flower development.

Upon meticulous analysis of the reviewed data, a clear trend emerges: a significant majority of primary studies favored the use of deep learning for classification and recognition tasks.

Analyses of the shoot and root content of nutrient ions beyond N species demonstrated an overall trend of similar or lower content of both anions and cations in the HiNH 4 + plants compared to the LoNH 4 + plants.

Except for zinc and manganese, all other micronutrients showed a decreasing trend in roots.

Associations were highly significant for the mapped QTLs, particularly for the one common to the three pathogens mapped on 4A (Lr-Yr-Sr, P -value 1.13E-17) and two other QTLs tagging two out of three species on 7B (Lr-Yr, P-value 1.21E-24) and 2B (Lr-Sr, P -value 5.13E-18).

When the auxin was NAA, the regeneration rate increased with increasing tZ concentration and the number of adventitious shoots also showed an increasing trend.