General Linear Models Procedure Class Level Information Class Levels Values BA 3 0 4.4 0.44 TDZ 4 0 2 20 0.2 Number of observations in data set = 169 General Linear Models Procedure Dependent Variable: LADVPLT Sum of Mean Source DF Squares Square F Value Pr > F Model 10 2.83091884 0.28309188 2.20 0.0202 Error 158 20.31144978 0.12855348 Corrected Total 168 23.14236862 R-Square C.V. Root MSE LADVPLT Mean 0.122326 165.2683 0.3585436 0.2169463 Source DF Type I SS Mean Square F Value Pr > F BA 2 0.01341067 0.00670534 0.05 0.9492 TDZ 3 0.47524767 0.15841589 1.23 0.2999 BA*TDZ 5 2.34226050 0.46845210 3.64 0.0038 Source DF Type III SS Mean Square F Value Pr > F BA 2 0.05635255 0.02817628 0.22 0.8034 TDZ 3 0.50259029 0.16753010 1.30 0.2754 BA*TDZ 5 2.34226050 0.46845210 3.64 0.0038 General Linear Models Procedure Least Squares Means BA TDZ LADVPLT Std Err Pr > |T| LSMEAN LSMEAN LSMEAN H0:LSMEAN=0 Number 0 0 0.01881437 0.08963589 0.8340 1 0 2 0.18033508 0.08963589 0.0459 2 0 20 0.20416887 0.08963589 0.0241 3 0 0.2 0.54853277 0.09582480 0.0001 4 4.4 0 0.33685570 0.09944209 0.0009 5 4.4 2 0.18016204 0.09257555 0.0534 6 4.4 0.2 0.12389195 0.08963589 0.1689 7 0.44 0 0.22648297 0.09257555 0.0155 8 0.44 2 0.29104207 0.08963589 0.0014 9 0.44 20 0.10507758 0.08963589 0.2429 10 0.44 0.2 0.23327461 0.08963589 0.0101 11 Pr > |T| H0: LSMEAN(i)=LSMEAN(j) i/j 1 2 3 4 5 6 7 8 9 1 . 0.2045 0.1457 0.0001 0.0187 0.2124 0.4084 0.1090 0.0333 2 0.2045 . 0.8511 0.0056 0.2441 0.9989 0.6567 0.7207 0.3838 3 0.1457 0.8511 . 0.0095 0.3232 0.8524 0.5275 0.8627 0.4942 4 0.0001 0.0056 0.0095 . 0.1273 0.0064 0.0015 0.0168 0.0515 5 0.0187 0.2441 0.3232 0.1273 . 0.2505 0.1137 0.4178 0.7327 6 0.2124 0.9989 0.8524 0.0064 0.2505 . 0.6629 0.7240 0.3908 7 0.4084 0.6567 0.5275 0.0015 0.1137 0.6629 . 0.4271 0.1892 8 0.1090 0.7207 0.8627 0.0168 0.4178 0.7240 0.4271 . 0.6171 9 0.0333 0.3838 0.4942 0.0515 0.7327 0.3908 0.1892 0.6171 . 10 0.4972 0.5536 0.4356 0.0009 0.0854 0.5609 0.8822 0.3476 0.1444 11 0.0927 0.6768 0.8187 0.0174 0.4403 0.6808 0.3895 0.9580 0.6492 Pr > |T| H0: LSMEAN(i)=LSMEAN(j) i/j 10 11 1 0.4972 0.0927 2 0.5536 0.6768 3 0.4356 0.8187 4 0.0009 0.0174 5 0.0854 0.4403 6 0.5609 0.6808 7 0.8822 0.3895 8 0.3476 0.9580 9 0.1444 0.6492 10 . 0.3134 11 0.3134 . General Linear Models Procedure Least Squares Means NOTE: To ensure overall protection level, only probabilities associated with pre-planned comparisons should be used. Analysis of Variance Procedure Class Level Information Class Levels Values TRT 11 0 1 2 3 4 5 6 7 8 9 10 Number of observations in data set = 169 Analysis of Variance Procedure Dependent Variable: LADVPLT Sum of Mean Source DF Squares Square F Value Pr > F Model 10 2.83091884 0.28309188 2.20 0.0202 Error 158 20.31144978 0.12855348 Corrected Total 168 23.14236862 R-Square C.V. Root MSE LADVPLT Mean 0.122326 165.2683 0.3585436 0.2169463 Source DF Anova SS Mean Square F Value Pr > F TRT 10 2.83091884 0.28309188 2.20 0.0202 Analysis of Variance Procedure T tests (LSD) for variable: LADVPLT NOTE: This test controls the type I comparisonwise error rate not the experimentwise error rate. Alpha= 0.05 df= 158 MSE= 0.128553 Critical Value of T= 1.98 Least Significant Difference= 0.2561 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Means with the same letter are not significantly different. T Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B B 0.2910 16 6 B B C 0.2333 16 5 B C B C 0.2265 15 4 B C B C 0.2042 16 3 B C B C 0.1803 16 2 B C B C 0.1802 15 10 B C B C 0.1239 16 9 B C B C 0.1051 16 7 C C 0.0188 16 0 General Linear Models Procedure Class Level Information Class Levels Values TRT 11 0 1 2 3 4 5 6 7 8 9 10 Number of observations in data set = 169 General Linear Models Procedure Dependent Variable: LADVPLT Sum of Mean Source DF Squares Square F Value Pr > F Model 10 2.83091884 0.28309188 2.20 0.0202 Error 158 20.31144978 0.12855348 Corrected Total 168 23.14236862 R-Square C.V. Root MSE LADVPLT Mean 0.122326 165.2683 0.3585436 0.2169463 Source DF Type I SS Mean Square F Value Pr > F TRT 10 2.83091884 0.28309188 2.20 0.0202 General Linear Models Procedure Level of -----------LADVPLT----------- TRT N Mean SD 0 16 0.01881437 0.07525750 1 14 0.54853277 0.56199560 2 16 0.18033508 0.26857614 3 16 0.20416887 0.38800458 4 15 0.22648297 0.33861978 5 16 0.23327461 0.38921078 6 16 0.29104207 0.35367277 7 16 0.10507758 0.19911442 8 13 0.33685570 0.54478841 9 16 0.12389195 0.27810130 10 15 0.18016204 0.34951101 General Linear Models Procedure Waller-Duncan K-ratio T test for variable: LADVPLT NOTE: This test minimizes the Bayes risk under additive loss and certain other assumptions. Kratio= 100 df= 158 MSE= 0.128553 F= 2.202133 Critical Value of T= 2.41074 Minimum Significant Difference= 0.3126 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Means with the same letter are not significantly different. Waller Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B A B A C 0.2910 16 6 B C B C 0.2333 16 5 B C B C 0.2265 15 4 B C B C 0.2042 16 3 B C B C 0.1803 16 2 B C B C 0.1802 15 10 B C B C 0.1239 16 9 B C B C 0.1051 16 7 C C 0.0188 16 0 General Linear Models Procedure T tests (LSD) for variable: LADVPLT NOTE: This test controls the type I comparisonwise error rate not the experimentwise error rate. Alpha= 0.05 df= 158 MSE= 0.128553 Critical Value of T= 1.98 Least Significant Difference= 0.2561 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Means with the same letter are not significantly different. T Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B B 0.2910 16 6 B B C 0.2333 16 5 B C B C 0.2265 15 4 B C B C 0.2042 16 3 B C B C 0.1803 16 2 B C B C 0.1802 15 10 B C B C 0.1239 16 9 B C B C 0.1051 16 7 C C 0.0188 16 0 General Linear Models Procedure Ryan-Einot-Gabriel-Welsch Multiple F Test for variable: LADVPLT NOTE: This test controls the type I experimentwise error rate. Alpha= 0.05 df= 158 MSE= 0.128553 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Number of Means 2 3 4 5 6 Critical F 6.9369513 4.3943295 3.4335934 2.9189219 2.5946673 Number of Means 7 8 9 10 11 Critical F 2.3700036 2.2042652 2.0764272 1.9395736 1.8910679 Means with the same letter are not significantly different. REGWF Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B A B A 0.2910 16 6 B A B A 0.2333 16 5 B A B A 0.2265 15 4 B A B A 0.2042 16 3 B A B A 0.1803 16 2 B A B A 0.1802 15 10 B A B A 0.1239 16 9 B B 0.1051 16 7 B B 0.0188 16 0 General Linear Models Procedure Bonferroni (Dunn) T tests for variable: LADVPLT NOTE: This test controls the type I experimentwise error rate, but generally has a higher type II error rate than REGWQ. Alpha= 0.05 df= 158 MSE= 0.128553 Critical Value of T= 3.38 Minimum Significant Difference= 0.4384 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Means with the same letter are not significantly different. Bon Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B A B A 0.2910 16 6 B A B A 0.2333 16 5 B A B A 0.2265 15 4 B A B A 0.2042 16 3 B A B A 0.1803 16 2 B A B A 0.1802 15 10 B A B A 0.1239 16 9 B B 0.1051 16 7 B B 0.0188 16 0 General Linear Models Procedure Scheffe's test for variable: LADVPLT NOTE: This test controls the type I experimentwise error rate but generally has a higher type II error rate than REGWF for all pairwise comparisons Alpha= 0.05 df= 158 MSE= 0.128553 Critical Value of F= 1.89107 Minimum Significant Difference= 0.5638 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Means with the same letter are not significantly different. Scheffe Grouping Mean N TRT A 0.5485 14 1 A A 0.3369 13 8 A A 0.2910 16 6 A A 0.2333 16 5 A A 0.2265 15 4 A A 0.2042 16 3 A A 0.1803 16 2 A A 0.1802 15 10 A A 0.1239 16 9 A A 0.1051 16 7 A A 0.0188 16 0 General Linear Models Procedure Duncan's Multiple Range Test for variable: LADVPLT NOTE: This test controls the type I comparisonwise error rate, not the experimentwise error rate Alpha= 0.05 df= 158 MSE= 0.128553 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Number of Means 2 3 4 5 6 7 8 9 10 11 Critical Range .2561 .2695 .2785 .2851 .2902 .2944 .2979 .3008 .3034 .3056 Means with the same letter are not significantly different. Duncan Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B A B A C 0.2910 16 6 B C B C 0.2333 16 5 B C B C 0.2265 15 4 B C B C 0.2042 16 3 B C B C 0.1803 16 2 B C B C 0.1802 15 10 B C B C 0.1239 16 9 B C B C 0.1051 16 7 C C 0.0188 16 0 General Linear Models Procedure Student-Newman-Keuls test for variable: LADVPLT NOTE: This test controls the type I experimentwise error rate under the complete null hypothesis but not under partial null hypotheses. Alpha= 0.05 df= 158 MSE= 0.128553 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Number of Means 2 3 4 5 6 Critical Range 0.2560757 0.3067645 0.3366549 0.3577809 0.3740489 Number of Means 7 8 9 10 11 Critical Range 0.3872334 0.3982907 0.4077946 0.4161162 0.4235086 Means with the same letter are not significantly different. SNK Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B A B A 0.2910 16 6 B A B A 0.2333 16 5 B A B A 0.2265 15 4 B A B A 0.2042 16 3 B A B A 0.1803 16 2 B A B A 0.1802 15 10 B B 0.1239 16 9 B B 0.1051 16 7 B B 0.0188 16 0 General Linear Models Procedure Ryan-Einot-Gabriel-Welsch Multiple Range Test for variable: LADVPLT NOTE: This test controls the type I experimentwise error rate. Alpha= 0.05 df= 158 MSE= 0.128553 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Number of Means 2 3 4 5 6 Critical Range 0.3414935 0.3687665 0.3837076 0.393848 0.4014457 Number of Means 7 8 9 10 11 Critical Range 0.4074771 0.4124509 0.4166651 0.4161162 0.4235086 Means with the same letter are not significantly different. REGWQ Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B A B A 0.2910 16 6 B A B A 0.2333 16 5 B A B A 0.2265 15 4 B A B A 0.2042 16 3 B A B A 0.1803 16 2 B A B A 0.1802 15 10 B B 0.1239 16 9 B B 0.1051 16 7 B B 0.0188 16 0 General Linear Models Procedure Tukey's Studentized Range (HSD) Test for variable: LADVPLT NOTE: This test controls the type I experimentwise error rate, but generally has a higher type II error rate than REGWQ. Alpha= 0.05 df= 158 MSE= 0.128553 Critical Value of Studentized Range= 4.620 Minimum Significant Difference= 0.4235 WARNING: Cell sizes are not equal. Harmonic Mean of cell sizes= 15.29509 Means with the same letter are not significantly different. Tukey Grouping Mean N TRT A 0.5485 14 1 A B A 0.3369 13 8 B A B A 0.2910 16 6 B A B A 0.2333 16 5 B A B A 0.2265 15 4 B A B A 0.2042 16 3 B A B A 0.1803 16 2 B A B A 0.1802 15 10 B B 0.1239 16 9 B B 0.1051 16 7 B B 0.0188 16 0 General Linear Models Procedure Least Squares Means TRT LADVPLT Std Err Pr > |T| LSMEAN LSMEAN LSMEAN H0:LSMEAN=0 Number 0 0.01881437 0.08963589 0.8340 1 1 0.54853277 0.09582480 0.0001 2 2 0.18033508 0.08963589 0.0459 3 3 0.20416887 0.08963589 0.0241 4 4 0.22648297 0.09257555 0.0155 5 5 0.23327461 0.08963589 0.0101 6 6 0.29104207 0.08963589 0.0014 7 7 0.10507758 0.08963589 0.2429 8 8 0.33685570 0.09944209 0.0009 9 9 0.12389195 0.08963589 0.1689 10 10 0.18016204 0.09257555 0.0534 11 Pr > |T| H0: LSMEAN(i)=LSMEAN(j) i/j 1 2 3 4 5 6 7 8 9 1 . 0.0001 0.2045 0.1457 0.1090 0.0927 0.0333 0.4972 0.0187 2 0.0001 . 0.0056 0.0095 0.0168 0.0174 0.0515 0.0009 0.1273 3 0.2045 0.0056 . 0.8511 0.7207 0.6768 0.3838 0.5536 0.2441 4 0.1457 0.0095 0.8511 . 0.8627 0.8187 0.4942 0.4356 0.3232 5 0.1090 0.0168 0.7207 0.8627 . 0.9580 0.6171 0.3476 0.4178 6 0.0927 0.0174 0.6768 0.8187 0.9580 . 0.6492 0.3134 0.4403 7 0.0333 0.0515 0.3838 0.4942 0.6171 0.6492 . 0.1444 0.7327 8 0.4972 0.0009 0.5536 0.4356 0.3476 0.3134 0.1444 . 0.0854 9 0.0187 0.1273 0.2441 0.3232 0.4178 0.4403 0.7327 0.0854 . 10 0.4084 0.0015 0.6567 0.5275 0.4271 0.3895 0.1892 0.8822 0.1137 11 0.2124 0.0064 0.9989 0.8524 0.7240 0.6808 0.3908 0.5609 0.2505 Pr > |T| H0: LSMEAN(i)=LSMEAN(j) i/j 10 11 1 0.4084 0.2124 2 0.0015 0.0064 3 0.6567 0.9989 4 0.5275 0.8524 5 0.4271 0.7240 6 0.3895 0.6808 7 0.1892 0.3908 8 0.8822 0.5609 9 0.1137 0.2505 10 . 0.6629 11 0.6629 . General Linear Models Procedure Least Squares Means NOTE: To ensure overall protection level, only probabilities associated with pre-planned comparisons should be used.