p. 67−84
2538-4821
Vol.9/No.34
p. 37−52
2538-4821
Vol.9/No.34
p. 99−116
2538-4821
Vol.9/No.34
p. 17−36
2538-4821
Vol.9/No.34
p. 53−66
2538-4821
Vol.9/No.34
p. 225−244
2538-4821
Vol.9/No.34
p. 261−276
2538-4821
Vol.9/No.34
p. 117−132
2538-4821
Vol.9/No.34
p. 85−98
2538-4821
Vol.9/No.34
0.95) and this shows that The spatial distribution of drought is clustered. Also the results of the standard score Z values and the P-Value proved the clustering of spatial distribution of drought. Eventually from General Statistics G Was used to identify spatial patterns of the drought. The results showed that the east and north-east of the region have a very severe drought pattern whose significance level is 0.99]]>
p. 133−152
2538-4821
Vol.9/No.34
p. 153−172
2538-4821
Vol.9/No.34
p. 173−194
2538-4821
Vol.9/No.34
p. 1−16
2538-4821
Vol.9/No.34
p. 195−208
2538-4821
Vol.9/No.34
p. 209−224
2538-4821
Vol.9/No.34
p. 245−260
2538-4821
Vol.9/No.34