The climate outdoor and inside the test greenhouses with crops having leaf area index from 0.02 to 4.10 were measured for one growing season.
The risk assessment is based on empirical studies with small spatial extent, encompassing laboratories tests, greenhouse experiments, small-scale field release or commercial-scale field release [8 10].
With 360 mL/s water flow rate, cleaning speed of 35 mm/s and disc brush rotation speed of 100 r/min, the value of light transmittance of testing greenhouse films increases from 45% to 84.37%.
For within-subject tests (group × electrode interactions), epsilon-corrected averaged F-tests (Greenhouse-Geisser) were used.
The results of Pillai's trace test or epsilon-adjusted univariate F-tests (Greenhouse-Geisser; G-G) at a confidence level of 0.05 are reported.
As a result, different energy sources have been successfully tested for greenhouse heating.
Normality was confirmed using a Shapiro-Wilk test, and Greenhouse-Geisser correction was applied for interpretation of ANOVAs when sphericity was violated according to Mauchly's test.
In vivo antibacterial activities tests at greenhouse conditions demonstrated that the controlling effect of compounds 6c (43.5%) and 6g (42.4%) against rice bacterial leaf blight were better than those of Bismerthiazol (25.5%) and Thiediazole Copper (37.5%).
In addition, the test of greenhouses with rubber sheets drying showed that the drying period in PGEP was only 1.5 days while the drying period in PG was up to 5 days.
The repeated measures of Ca2+ concentration did not meet the assumption of sphericity, having failed Mauchly's test, therefore, Greenhouse-Geiser corrected statistics were used.
Plants were root-dip inoculated and tested under greenhouse conditions.
