Table 1.
Experimental design and grouping of storage environments.
Table 2.
Cultivars and their main characteristics.
Fig 1.
Temperature of seed mass in storage environments.
Table 3.
Analysis of variance (Mean Squares) of soybean cultivars in storage environments.
Table 4.
Regression equations and coefficients of determination.
Fig 2.
Water content (A), Apparent specific mass (B), Germination (C), Electrical conductivity (D), Vigor (E), Mechanical damage (F), Vigor test–tetrazolium (G), Viability test–tetrazolium (H) of soybean seeds stored in different environments over time. WC–With Coating, UC–Uncoated.
Table 5.
Breakdown of the interaction between storage environments and soybean cultivars for water content (%).
Table 6.
Breakdown of the interaction between storage environments and soybean cultivars for the apparent specific mass (kg m-3).
Table 7.
Breakdown of the interaction between storage environments and soybean cultivars for germination (%).
Table 8.
Breakdown of the interaction between storage environments and soybean cultivars for electrical conductivity (μS cm-1 of sample).
Table 9.
Breakdown of the interaction between storage environments and soybean cultivars for the 1st germination count (%).
Table 10.
Breakdown of the interaction between storage environments and soybean cultivars on moisture damage (%) obtained by analyzing the tetrazolium test.
Table 11.
Breakdown of the interaction between storage environments and soybean cultivars on the vigor test (%) obtained by analyzing the tetrazolium test.
Table 12.
Breakdown of the interaction between storage environments and soybean cultivars on the viability test (%) obtained by analyzing the tetrazolium test.
Fig 3.
Cluster analysis of storage environments on the effects of physical and physiological quality of soybean seeds.
Fig 4.
Cluster analysis of soybean cultivars on the effects of physical and physiological seed quality.
Fig 5.
Principal component analysis of soybean seed storage environments.
Fig 6.
Principal component analysis of soybean cultivars in storage environments.