Table 6. Same as in Table 5 but for latent heat flux (E). a) DAY Rnet > 300 W Directional comparison t-test p-value Wilcoxon pair p-value null hypothesis (=0.95) (=0.95) = 0.50 0.57 EON EW = 0.003 0.004 EWSW EW = 0.006 0.03 ESW EW = 0.04 0.03 ESSW EW = 0.38 0.34 ES-SSE EW = 0.95 0.66 EON EOFF = 0.007 0.02 EWSW EOFF = 0.01 0.07 ESW EOFF = 0.07 0.14 ESSW EOFF = 0.04 0.02 ES-SSE EOFF b) NIGHT Rnet < 0 W m-2 Directional comparison t-test p-value Wilcoxon pair p-value null hypothesis (=0.95) (=0.95) = 0.46 0.80 EON EW = 0.98 0.01 EWSW EW = 0.16 0.01 ESW EW = 0.23 0.29 ESSW EW = 0.19 0.65 ES-SSE EW = 0.23 0.25 EON EOFF = 0.10 <0.001 EWSW EOFF = 0.00 0.001 ESW EOFF = 0.81 0.08 ESSW EOFF = 0.38 0.85 ES-SSE EOFF
Table 6. Same as in Table 5 but for latent heat flux (E). a) DAY Rnet > 300 W Directional comparison t-test p-value Wilcoxon pair p-value null hypothesis (=0.95) (=0.95) EON = EW 0.50 0.57 EWSW = EW 0.003 0.004 ESW = EW 0.006 0.03 ESSW = EW 0.04 0.03 ES-SSE = EW 0.38 0.34 EON = EOFF 0.95 0.66 EWSW = EOFF 0.007 0.02 ESW = EOFF 0.01 0.07 ESSW = EOFF 0.07 0.14 ES-SSE = EOFF 0.04 0.02 b) NIGHT Rnet < 0 W m-2 Directional comparison t-test p-value Wilcoxon pair p-value null hypothesis (=0.95) (=0.95) EON = EW 0.46 0.80 EWSW = EW 0.98 0.01 ESW = EW 0.16 0.01 ESSW = EW 0.23 0.29 ES-SSE = EW 0.19 0.65 EON = EOFF 0.23 0.25 EWSW = EOFF 0.10 <0.001 ESW = EOFF 0.00 0.001 ESSW = EOFF 0.81 0.08 ES-SSE = EOFF 0.38 0.85
RAJEWSKI_PHD_DISSERTATION_rev.docx