The comparisons of triple-objective and dual-objective optimization with single-objective optimization indicate that multi-objective optimization can yield the more suitable results due to the lower deviation index from the ideal solution.
The analytical approach employed by the authors doesn't seem appropriate in my view, as they also recognize in the discussion, and that could be the reason for not finding any climatic variable significant in the model: The authors use a stepwise regression when other approaches such as logistic regressions, Ricker or Beverton Holt models could give more suitable results.
For root regeneration, indole-3-acetic acid (IAA) was a more effective plant growth regulator (PGR), and 1/2 MS medium supplemented with 0.5 mg/L IAA, 30 g/L sucrose and 0.1% AC was the more suitable medium, resulting in a rooting rate of up to 92.12%, and the survival rate was 70.8%.
The correlation between factors was low (r = 0.06), suggesting a Varimax rotation would be more suitable, but the results of this rotation did not differ from the loading pattern obtained using the oblique rotation.
Furthermore, the quality of clustering is characterized by F1-measure and Adjusted Rand Index, which are more suitable for evaluating clustering results than only the true positive rate or accuracy used in [31, 33, 34, 49].
These ideotypes will be able to fit safflower into different population geometries, sequences, and intercropping systems thus making it more suitable for sustainable production resulting in an increased areal extent and production.
The GATES method is powerful and more suitable for analyzing summary results of larger-scale GWAS meta-analysis.
As a result, HFE-6512 is more suitable as the dispersion solvent than HFE-458.
It also provides additional information in A. fumigatus studies and as a result is more suitable for the creation of extensive datasets.
Therefore, the calculation error decreases and results are more suitable for real-world problems.
Accordingly, the incorporation of functional groups may spatially separate mesopores into several micropores, result in the modified microenvironment of these FC-POPs through the redistribution of pore volumes, making the resulting POPs more suitable for CO2 capture applications.
