Excerpts

Notably, at 14 and 21 days, SP and Pro contents showed a trend of increasing initially and then decreasing with higher MT concentrations.

Effect on the Biomass Invasive plants had marginally significant higher shoot and total biomass than native plants ( Figure 1 a,c, Table 1 ).

In addition, the effect of species nested within status was highly significant for shoot, root, and total biomass, indicating species-specific responses ( Table 1 ).

SB, I, and PP are not found in the grassland community, but they occupy a larger proportion of the wetland community’s area ( Table 2 ), indicating that while wetland plants are expanding, there is also an increasing trend for salt–alkali-tolerant plants.

The ABA/ZR ratio showed a trend similar to that of ABA/GA 3 .

Regeneration Combining the GLM analysis of juveniles and saplings ( Figure S4 ), we found that as the height of juveniles and saplings increased, their numbers showed a trend of decline, indicating that there are limitations to the regeneration ability of the Juniperus species within Yunnan.

Similarly, AC eliminated HH completely, but at the cost of markedly reducing the number and length of shoots, with a highly significant reduction in MC and the number of rootable shoots.

Nevertheless, a clear trend in duckweed productivity can be observed.

However, the qRT-PCR results of OsPcG9 did not show a decreasing trend as indicated by the RNA-seq data, but instead showed a certain degree of up-regulation.

In contrast, the RNA-seq analysis of the leaves showed that most of the genes were up-regulated in expression after 0.5 h, and all of them showed a trend of down-regulation after 48 h ( Figure 7 ).

polyrhiza , a decreasing trend in mean frond area was also observed on day 7, although it was not statistically significant ( p > 0.05) except at the highest concentration (0.3 mg/L HgCl 2 ), which showed a significant reduction ( p < 0.05) ( Figure 1 B).

In soils with 6%, 8%, 10%, and 12% water contents, the F T of roots showed a trend of first gradually decreasing and then slightly increasing with temperature with 5 °C as the boundary.

In the low-temperature slow thawing stage (−10 °C and −5 °C), the F W of roots showed an initial increase, then decreased, and subsequently returned to an increasing trend with the increase in soil water content (from 4% to 12%).

This indicates that the F P values obtained at ≤−1 °C (low water content), ≤5 °C (high water content) and normal temperature are highly significant for the protection engineering of clayey sand slopes in arid and cold regions.

The results showed that the main effects of GS3 editing on grain length and grain weight were highly significant.

Additionally, both the soil C pool and plant C accumulation also emerged as modestly significant predictors of yield performance ( Figure 7 ). 3.

The highly significant positive correlations between soil N and C pools, plant nutrient uptake, and crop yields we observed in the present study ( Figure 6 ) highlight the interconnected nature of soil–plant nutrient cycling processes.

With increasing salinization, several studies have found that both above-ground and below-ground biomass exhibit a decreasing trend, whereas the root-to-shoot ratio (R/S) increases to enhance adaptation to saline–alkaline stress [ 20 ].

The bending stress of each internode of the main stem showed a trend of greater stress in lodging-resistant varieties than in lodging-susceptible varieties, indicating that the mechanical properties of lodging-resistant varieties were better ( Figure 4 B).

As the fulvic acid concentration increased, the plant height, root number, total dry weight, and nitrogen accumulation of J 654 and J 100 showed an increasing trend.

Molecular phylogenetic data are of particular interest: based on the analysis of ITS-sequences, it was found that the studied onion species from the Kyrgyz Alatau occupy the expected phylogenetic positions and correspond to previously published phylogenetic reconstructions [ 60 , 61 , 62 , 63 , 64 , 65 ], with barely significant deviations detected.

The grain yield in the I 100 and I 125 exhibited an increasing trend with rising nitrogen levels.

Sensor Integration and High-Throughput Stress Phenotyping An important trend in field phenotyping for climate resilience is the integration of multiple sensor modalities to capture the different dimensions of plant stress response.

All three indices exhibited a decreasing trend under different treatments, although the differences were not statistically significant.

As illustrated in Figure 5 , the impact of antibiotics on maize root activity exhibited an overall trend of initial enhancement followed by suppression, with variations observed based on antibiotic type and concentration.