Scenario-Based Impact Assessment of Land Use/Cover and Climate Changes on Watershed Hydrology in Heihe River Basin of Northwest China

Table 2

Results of logistical regression for the six land use types with 13 driving factors.

	Cultivated land	Forest land	Grassland	Water	Built-up area	Unused land
Slope	−0.000049	0.000121				0.0000105
	Elevation	−0.000136	−3.02E − 05	0.000116	−0.0000149	−5.9E − 06	0.0000711
(−53.82)^***		(−11.13)^***	(−20.8)^***	(−9.76)^***	(−7.85)^***
Rain	−0.000045	0.0000228	0.0000419	0.0000136	1.4E − 06	−0.0000347
					−1.7
Radiation	−0.000407	0.000243	−0.000923			0.00108
				(−0.86)
>0°C accumulated temperature	−0.0000106	0.0000127	0.000026	−3.88E − 06	−7.2E − 07	−0.0000234
	Soil organic matter	0.0685	0.232	−0.186	0.0152	−0.00655	−0.123
pH value		0.00769	−0.0131	−0.00541	0.00171	0.000719	0.00834
	Population density	0.000247			0.0000206		−0.000154
			(−1.87)		(−1.40)
Per capita GDP	0.000548		−0.000185	−0.00002	0.000411	−0.000723
	Distance to railway	0.000193	0.000229	0.000979	0.00000653	1.72E − 05	−0.00142
				−0.76
Distance to road	−0.000221	−0.000335	0.00111	−0.000066		−0.000477
	Distance to water source	−0.000338	0.0000239	0.000926	−0.000346		−0.000261
		−0.95			(−0.75)
Distance to city	−0.000125	−0.000108	−0.000567	0.0000996		0.00072

Note: statistics in parentheses; significant at 10%; significant at 5%; significant at 1%.