PROGRESS IN GEOGRAPHY

MU Xueqing, MING Qingzhong, JIN Cheng, DING Zhengshan, ZHANG Chaofan

PROGRESS IN GEOGRAPHY, 2024, 43(10): 1974-1989. DOI: 10.18306/dlkxjz.2024.10.006

变量	ln tie	ln dig	ln pgdp	ln tale	ln scal	ln open	ln fina	ln gove	VIF
ln dig	0.211^***	1							4.86
ln pgdp	0.273^***	0.666^***	1						2.76
ln tale	0.116^***	0.732^***	0.617^***	1					2.72
ln scal	0.208^***	0.689^***	0.381^***	0.377^***	1				2.37
ln open	0.001	0.017	0.123^***	0.212^***	-0.239^***	1			1.29
ln fina	0.050	0.545^***	0.157^***	0.319^***	0.571^***	-0.212^***	1		1.96
ln gove	-0.134^**	-0.333^***	-0.619^***	-0.447^***	-0.123^**	-0.019	0.130^**	1	1.96

Tab.4 Correlation coefficients of influencing factors

Other figure/table from this article

Fig.1 A theoretical framework of digital economy affecting tourism innovation efficiency
Fig.2 Changes in the spatial effects of the digital economy on tourism innovation efficiency
Tab.1 Digital economy evaluation indicator system
Tab.2 Measurement indicator system of tourism innovation efficiency in the Yangtze River Delta
Tab.3 Panel threshold SPDM variables
Fig.3 Time series changes of tourism innovation efficiency in the Yangtze River Delta during 2011-2019
Fig.4 Spatial pattern changes of tourism innovation efficiency in the Yangtze River Delta during 2011-2019
Fig.5 LISA clustering of tourism innovation efficiency in the Yangtze River Delta region
Fig.6 Impulse response of tourism innovation efficiency to the digital economy
Tab.5 SPDM model test results
Tab.6 Benchmark regression and decomposition of spatial effects