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5 土壤类型双因子耦合与径流深拟合模型

Table 5 The fitting models between the double-factors coupled of the soil types and runoff depths

因子	R	R²	模型	F	Sig.	因子	R	R²	模型	F	Sig.
12	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 0.726 S_{12} \end{matrix}$	10.425	0.003	37	0.174	0.030	$\begin{matrix} W_{RD} = 0.063 - 2.234 S_{37} \end{matrix}$	1.183	0.284
13	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 2.336 S_{13} \end{matrix}$	10.424	0.003	38	0.174	0.030	$\begin{matrix} W_{RD} = 0.063 - 1.189 S_{38} \end{matrix}$	1.183	0.284
14	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 13.843 S_{14} \end{matrix}$	10.425	0.003	39	0.174	0.030	$\begin{matrix} W_{RD} = 0.063 - 0.522 S_{39} \end{matrix}$	1.183	0.284
15	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 2.764 S_{15} \end{matrix}$	10.425	0.003	45	0.047	0.002	$\begin{matrix} W_{RD} = 0.046 - 0.368 S_{45} \end{matrix}$	0.085	0.772
16	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 1.057 S_{16} \end{matrix}$	10.425	0.003	46	0.047	0.002	$\begin{matrix} W_{RD} = 0.046 - 0.141 S_{46} \end{matrix}$	0.085	0.772
17	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 6.931 S_{17} \end{matrix}$	10.425	0.003	47	0.047	0.002	$\begin{matrix} W_{RD} = 0.046 - 0.924 S_{47} \end{matrix}$	0.085	0.772
18	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 3.688 S_{18} \end{matrix}$	10.425	0.003	48	0.047	0.002	$\begin{matrix} W_{RD} = 0.046 - 0.491 S_{48} \end{matrix}$	0.085	0.772
19	0.464	0.215	$\begin{matrix} W_{RD} = 0.021 + 1.619 S_{19} \end{matrix}$	10.424	0.003	49	0.047	0.002	$\begin{matrix} W_{RD} = 0.046 - 0.216 S_{49} \end{matrix}$	0.085	0.772
23	0.547	0.299	$\begin{matrix} W_{RD} = - 0.132 + 2.331 S_{23} \end{matrix}$	16.22	0.000	56	0.150	0.023	$\begin{matrix} W_{RD} = 0.058 - 0.298 S_{56} \end{matrix}$	0.880	0.354
24	0.547	0.299	$\begin{matrix} W_{RD} = - 0.132 + 13.815 S_{24} \end{matrix}$	10.425	0.000	57	0.150	0.023	$\begin{matrix} W_{RD} = 0.058 - 1.956 S_{57} \end{matrix}$	0.880	0.354
25	0.547	0.299	$\begin{matrix} W_{RD} = - 0.132 + 2.759 S_{25} \end{matrix}$	16.220	0.000	58	0.150	0.023	$\begin{matrix} W_{RD} = 0.058 - 1.041 S_{58} \end{matrix}$	0.880	0.354
26	0.547	0.299	$\begin{matrix} W_{RD} = - 0.132 + 1.055 S_{26} \end{matrix}$	16.219	0.000	59	0.150	0.023	$\begin{matrix} W_{RD} = 0.058 - 0.457 S_{59} \end{matrix}$	0.880	0.354
27	0.547	0.299	$\begin{matrix} W_{RD} = - 0.132 + 6.917 S_{27} \end{matrix}$	16.220	0.000	67	0.455	0.207	$\begin{matrix} W_{RD} = - 0.052 + 5.504 S_{67} \end{matrix}$	9.942	0.003
28	0.547	0.299	$\begin{matrix} W_{RD} = - 0.132 + 3.681 S_{28} \end{matrix}$	16.222	0.000	68	0.455	0.207	$\begin{matrix} W_{RD} = - 0.052 + 2.929 S_{68} \end{matrix}$	9.942	0.003
29	0.547	0.299	$\begin{matrix} W_{RD} = - 0.132 + 1.615 S_{29} \end{matrix}$	16.219	0.000	69	0.455	0.207	$\begin{matrix} W_{RD} = - 0.052 + 1.285 S_{69} \end{matrix}$	9.942	0.003
34	0.174	0.030	$\begin{matrix} W_{RD} = 0.063 - 4.463 S_{34} \end{matrix}$	1.183	0.284	78	0.001	0.000	$\begin{matrix} W_{RD} = 0.045 + 0.008 S_{78} \end{matrix}$	0.000	0.996
35	0.174	0.030	$\begin{matrix} W_{RD} = 0.063 - 0.891 S_{35} \end{matrix}$	1.183	0.284	79	0.001	0.000	$\begin{matrix} W_{RD} = 0.045 + 0.003 S_{79} \end{matrix}$	0.000	0.996
36	0.174	0.030	$\begin{matrix} W_{RD} = 0.063 - 0.341 S_{36} \end{matrix}$	1.183	0.284	89	0.087	0.008	$\begin{matrix} W_{RD} = 0.051 - 0.27 S_{89} \end{matrix}$	0.293	0.592