基于土壤因素耦合的喀斯特流域水文干旱模拟——以贵州省为例
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						       		贺中华, 陈晓翔
						  	
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					The Hydrological Drought Simulating in Karst Basin Based on Coupled Soil Factors ——Taking Guizhou Province as A Case
				
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						       		Zhong-hua HE, Xiao-xiang CHEN
						  	
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		| 表8 土壤相对湿度双因子耦合与径流深拟合模型 | 
	
	
		| Table 8 The fitting models between the double-factors coupled of the soil relative humidity and runoff depths | 
	
	
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			   | 因子 |  R |  R2 |  模型 |  F |  Sig. |  因子 |  R |  R2 |  模型 |  F |  Sig. |       | 12 |  0.558 |  0.312 |   |  17.195 |  0.000 |  34 |  0.126 |  0.016 |   |  0.612 |  0.439 |     | 13 |  0.558 |  0.312 |   |  17.197 |  0.000 |  35 |  0.126 |  0.016 |   |  0.612 |  0.439 |     | 14 |  0.558 |  0.312 |   |  17.197 |  0.000 |  36 |  0.292 |  0.085 |   |  3.269 |  0.079 |     | 15 |  0.558 |  0.312 |   |  17.197 |  0.000 |  37 |  0.496 |  0.246 |   |  11.092 |  0.072 |     | 16 |  0.558 |  0.312 |   |  17.196 |  0.000 |  45 |  0.148 |  0.022 |   |  0.851 |  0.362 |     | 17 |  0.558 |  0.312 |   |  17.197 |  0.000 |  46 |  0.148 |  0.022 |   |  0.851 |  0.362 |     | 23 |  0.128 |  0.016 |   |  0.562 |  0.458 |  47 |  0.148 |  0.022 |   |  0.851 |  0.362 |     | 24 |  0.151 |  0.023 |   |  0.890 |  0.351 |  56 |  0.146 |  0.021 |   |  0.802 |  0.376 |     | 25 |  0.151 |  0.023 |   |  0.890 |  0.351 |  57 |  0.155 |  0.024 |   |  0.891 |  0.352 |     | 26 |  0.126 |  0.016 |   |  0.565 |  0.457 |  67 |  0.647 |  0.419 |   |  24.496 |  0.00 |     | 27 |  0.128 |  0.016 |   |  0.562 |  0.458 |   |   |   |   |   |   |      
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