Analysis of variance (ANOVA), t tests and Mann-Whitney Test were employed to test EIRT, SRT and PRT, before and after the implementation of AEIS.
Behavioral tests were employed to test the thermal and mechanical pain thresholds.
A total of 2172 base pairs across four mitochondrial data partitions were employed to test the current hypothesis of subspecific diversification.
Furthermore, using a full panel design, cross-lagged and synchronous structural equation models were employed to test reverse causality.
To this end, a set of 55 randomly amplified polymorphic DNA (RAPD) primers and a total of 13 agro-morphological markers were employed to test the hypothesis.
UV Visible spectroscopy, scanning electron microscopy, transmission electron microscopy, micro-Raman spectroscopy and X-ray photoelectron spectroscopy techniques were employed to test the thermal stability.
Evans blue and the luciferase assay were employed to test blood vessel permeability, while immunohistochemistry, ELISA, and Western blotting were used to assess the degree of inflammation.
The original validation and cross-validation methods were employed to test the accuracy of the results of discrimination and prediction of the integrated model, and the average prediction accuracies determined by these two methods are both higher than 85%.
In order to clarify the nature of interactions between polymers and asphaltenes in aliphatic solvents, systematic molecular dynamics simulations were employed to test several organic polymer structures that were reported to be effective in previous experimental studies.
Elemental analysis of K, selected rare-earth elements (REE) and appropriate index elements were employed to test for compositional differences between soils above and saprolite below hilltop stone lines.
Circular statistics were employed to test for the existence of a preferred, as opposed to random, mean fire orientation in each watershed, and to search for evidence of orographic channelling of fire by comparing fire orientation and watershed orientation.
