基于土壤因素耦合的喀斯特流域水文干旱模拟—

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

贺中华, 陈晓翔

The Hydrological Drought Simulating in Karst Basin Based on Coupled Soil Factors ——Taking Guizhou Province as A Case

Zhong-hua HE, Xiao-xiang CHEN

表10 土壤双因素、三因素、四因素耦合与径流深模型

Table 10 The fitting models between the the soil two factors coupled ,three factors coupled, four factors coupled and runoff depths

因子	R	R²	模型	F	Sig.	因子	R	R²	模型	F	Sig.
12	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 2.411 S_{12} \end{matrix}$	10.431	0.003	123	0.456	0.208	$\begin{matrix} W_{RD} = 0.022 + 114.95 S_{123} \end{matrix}$	9.961	0.003
13	0.362	0.131	$\begin{matrix} W_{RD} = 0.03 + 1526.11 S_{13} \end{matrix}$	5.733	0.022	124	0.672	0.451	$\begin{matrix} W_{RD} = 0.021 + 4861.1651 S_{124} \end{matrix}$	31.262	0.000
14	0.464	0.216	$\begin{matrix} W_{RD} = 0.021 + 6.451 S_{14} \end{matrix}$	10.439	0.003	134	0.533	0.284	$\begin{matrix} W_{RD} = 0.21 + 3191.926 S_{134} \end{matrix}$	15.085	0.000
23	0.441	0.195	$\begin{matrix} W_{RD} = 0.008 + 1665.71 S_{23} \end{matrix}$	9.176	0.004	234	0.560	0.314	$\begin{matrix} W_{RD} = - 0.025 + 0.388 S_{234} \end{matrix}$	17.389	0.000
24	0.56	0.313	$\begin{matrix} W_{RD} = - 0.025 + 7.997 S_{24} \end{matrix}$	17.345	0.000	1234	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 2.163 S_{1234} \end{matrix}$	10.428	0.003
34	0.969	0.940	$\begin{matrix} W_{RD} = 0.021 + 2448.338 S_{34} \end{matrix}$	594.011	0.000