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. 2017 Aug 21;33(2):209–226. doi: 10.1007/s10901-017-9568-z

Table 3.

Pairwise Granger causality test results

Subdistrict CT WP OW ZB BL DB ND GS OD SO ZO WG OZ ZA
CT 14.37(1)
0.000***
1.889(4)
0.177
1.192(4)
0.364
5.832(1)
0.022**
9.565(1)
0.004***
1.440(1)
0.240
3.649(4)
0.036**
8.302(1)
0.007***
1.918(4)
0.172
4.685(1)
0.039**
3.760(1)
0.062*
0.762(1)
0.390
3.243(1)
0.082*
WP 1.662(1)
0.207
0.224(2)
0.801
5.752(1)
0.023**
0.830(1)
0.370
0.010(1)
0.922
1.449(1)
0.238
1.509(4)
0.261
2.042(1)
0.163
1.569(4)
0.245
1.722(1)
0.199
2.808(4)
0.074*
3.433(2)
0.049
2.888(2)
0.075*
OW 0.570(4)
0.689
0.689(2)
0.017**
0.514(1)
0.479
1.859(2)
0.178
6.944(1)
0.013**`
2.796(1)
0.104
3.137(4)
0.055*
7.799(1)
0.009***
2.291(2)
0.123
4.369(1)
0.045**
3.149(1)
0.0861*
0.456(1)
0.505
2.042(1)
0.163
ZB 2.110(4)
0.142
25.74(1)
0.000***
3.541(1)
0.070*
10.00(1)
0.004***
14.34(1)
0.001***
8.057(1)
0.008***
12.98(1)
0.001***
17.42(1)
0.000***
0.888(4)
0.500
6.939(1)
0.013**
0.308(4)
0.867
2.145(1)
0.153
6.693(1)
0.015**
BL 0.398(1)
0.533
9.470(1)
0.004***
0.362(2)
0.700
2.689(1)
0.112
2.429(1)
0.130
3.148(1)
0.086*
1.716(4)
0.211
2.727(4)
0.080
1.452(4)
0.277
6.059(1)
0.020**
1.146(2)
0.335
0.396(1)
0.534
0.300(1)
0.588
DB 0.814(1)
0.374
2.213(1)
0.147
0.142(1)
0.709
4.213(1)
0.049**
0.008(1)
0.929
2.293(1)
0.140
4.587(1)
0.040**
6.319(1)
0.018**
5.086(1)
0.032**
2.309(1)
0.139
1.174(2)
0.326
3.376(2)
0.051*
4.318(2)
0.025**
ND 0.060(1)
0.808
3.068(1)
0.090*
0.006(1)
0.938
0.383(1)
0.541
0.866(1)
0.360
1.506(1)
0.229
5.552(1)
0.025**
8.180(1)
0.008**
6.798(1)
0.014**
1.295(1)
0.264
0.718(1)
0.403
0.018(1)
0.896
0.214(3)
0.885
GS 1.242(4)
0.345
6.490(4)
0.005***
1.593(4)
0.239
0.397(1)
0.534
7.669(4)
0.002***
0.751(1)
0.393
0.817(1)
0.373
0.011(1)
0.917
1.442(1)
0.239
0.008(1)
0.929
3.056(4)
0.060*
0.254(1)
0.618
2.787(4)
0.075*
OD 0.587(1)
0.450
0.091(1)
0.765
0.143(1)
0.708
0.643(1)
0.429
11.27(4)
0.000***
0.553(1)
0.463
0.009 0.927 1.002(1)
0.325
7.248(3)
0.002***
5.997(4)
0.007***
0.816(1)
0.374
0.454(1)
0.505
0.365(1)
0.550
SO 10.68(4)
0.000***
8.302(4)
0.002***
1.396(2)
0.267
5.084(4)
0.012**
30.38(4)
0.000***
2.046(1)
0.162
0.000 0.991 1.520(1)
0.227
3.546(3)
0.035**
3.067(4)
0.059*
4.409(4)
0.0201**
0.034(1)
0.854
0.003(1)
0.955
ZO 0.091(1)
0.764
1.290(1)
0.265
0.080(1)
0.779
0.426(1)
0.519
0.206(1)
0.653
0.605(1)
0.443
0.275(1)
0.604
10.87(1)
0.002***
0.581(4)
0.682
4.736(4)
0.016**
0.190(1)
0.666
0.009 0.926 0.002(1)
0.966
WG 0.102(1)
0.752
3.850(4)
0.031**
0.074(1)
0.788
1.198(4)
0.361
1.796(2)
0.188
4.091(2)
0.030**
1.003(1)
0.325
3.919(4)
0.029**
3.355(1)
0.077*
2.005(4)
0.158
2.956(1)
0.096
0.525(1)
0.474
0.148(1)
0.703
OZ 0.458(1)
0.503
9.413(2)
0.000***
0.752(1)
0.393
0.104(1)
0.749
4.026(1)
0.054*
6.962(2)
0.004***
3.618(1)
0.067
4.472(1)
0.043**
6.549(1)
0.016**
7.744(1)
0.009***
4.864(1)
0.035**
4.039(1)
0.054*
3.340(1)
0.078*
ZA 0.005(1)
0.960
5.858(2)
0.008***
0.157(1)
0.695
0.692(1)
0.412
1.371(1)
0.251
8.045(2)
0.002***
0.391(3)
0.760
8.309(4)
0.002***
3.991(1)
0.055*
6.031(1)
0.020**
2.361(1)
0.135
0.275(1)
0.604
0.921(1)
0.345

The null hypothesis is that the subdistricts on the row do not Granger cause those on the columns. Test regression is estimated with intercept. The lag p is determined by BIC and indicated in parenthesis. The Wald statistics are reported with the p values reported under it. , and denote statistical significance at the 10, 5 and 1% respectively