Excerpts

The maximum [Ca 2+ ] cyt signal intensity was comparable in local leaves but almost significantly diminished ( p = 0.06) in the systemic leaves of ketamine-treated plants relative to the control plants ( Figure 3 B).

Vessel density, vessel grouping index, and fiber thickness contributed significantly to PC1 (loadings > ±0.6; p < 0.05), whereas hydraulic vessel diameter showed a marginally significant contribution (loading = 0.56; p = 0.06; Table S1 ).

After the phylogenetically independent contrasts (PICs), the negative linear relationships were still significant in 2018 (R 2 = 0.34, p < 0.05) and marginally significant in 2019 (R 2 = 0.45, p = 0.06), which indicated that the phylogenetic effect did not change the trade-off relationships ( Table S1 ).

There were no significant correlations between the three drought tolerance metrics at either the individual plant level (there was a marginally significant correlation at the individual level between the SL and G min , p = 0.06) or at the plot level (i.e., CWMs) ( Table 3 ; Figure 3 ).

For the lower part of the stem (below 2 m), statistically significant differences in relative volume growth were observed based on the length of the bark stripping scars ( p = 0.02); however, in the case of full stem volume and the upper section of the tree, the differences were marginally significant ( p ≥ 0.06–0.09).

A decreasing trend in the filled-grain percentage ( p = 0.061) was detected for the duckweed coverage. 2.2.

Xa3 exhibited borderline significance (−log10P = 1.2, p = 0.062).

The difference in high-profile (HP) taxa between natural and regulated river sections was only marginally significant ( p = 0.063), with a lower proportion in channelized river sections.

However, it should be noted that the nonbiostimulated treatment (T5) showed a nonsignificant trend to increase the mycorrhization rate under precision irrigation ( p = 0.0635 ns ). 2.6.

This result is confirmed by our data, which shows that both the proportion of grasses and SOC tend to increase in more intensive systems compared to less intensive systems, although the relationship is relatively weak (r = 0.280) and only marginally significant ( p = 0.066).

Although the uncovered plants exhibited a notably higher mortality rate, Fisher’s Exact Test indicated that this difference was only marginally significant ( p = 0.0664).

Local-scale dispersion (proportion of plots occupied per site) correlated positively with seed mass for introduced but not native taxa, although this difference was only marginally significant (seed mass × origin: p = 0.067; Figure 2 A, Table S1 ).

camara canopy cover and incidences of soil erosion was marginally non-significant ( r = 0.276, p = 0.069; Table 3 ).

The same was true for the terrestrial seeds ( p < 0.005), except that the difference in the percent germination between G1 and G2 was marginally insignificant ( p = 0.07).

proliferatum (F) showed a marginal trend toward active zone preference, (Z = 1.79, p = 0.07, OR = 1.20).

Regarding dry weights (mg), Scheffé post-hoc tests did not reveal any significant differences between the treatments ( Figure 2 d), although the 12 ppm treatment dry weight was almost significantly less than that of the control ( p = 0.07).

Consistent with this interpretation, tests of multivariate dispersion did not detect significant heterogeneity among ENSO groups for Aitchison distances (betadisper, p = 0.191) or Jensen–Shannon distances ( p = 0.101), whereas Bray–Curtis showed only a marginal trend ( p = 0.073).

For ‘Green Saladbowl’, the correlation between far-red PFD and specific leaf weight was borderline significant ( p = 0.075).

Above-ground traits exhibited significant site-dependence ( p < 0.01), biomass allocation traits exhibited marginally significant site-dependence ( p = 0.08), but below-ground traits exhibited no significant site-dependence ( Figure 4 ).

Indeed, Glutacetine ® decreased spike number per square meter and increased grain number per spike in all situations except under UAN nutrition at site 3 ( Figure 1 B and C), leading to a higher grain number per square meter (except under urea fertilizer at site 3), which was slightly significant under UAN nutrition at site 2 ( p = 0.082, +9.4%, Figure 1 D).

TPC showed a positive trend in relation to p -coumaric acid content ( ρ = 1.0, p = 0.083), suggesting it is a major contributor to total phenolics.

The relationship between seed viability and seed production across the treatment level was positive, but only marginally significant ( X 2 = 2.9, p = 0.084).

Distance from paths showed a weaker and marginally non-significant relationship with community composition (r 2 = 0.091, p = 0.089).

ALESCO ® showed a moderately significant increase in pollen non-abortion rate ( p = 0.0892).

There was marginally significant exponential decay relationships between increases in root length in the topsoil at the grain filling stage due to e[CO 2 ] and responses in grain yield ( p = 0.09) and HI ( p = 0.08), suggesting a trade-off in carbon (C) allocation between roots and above-ground biomass.