Spatial-temporal differentiation of high-quality industrial development level in the Yellow River Basin based on ecological total factor productivity

Hong JU; Tongsheng LI; Zhouyan ZHAI

doi:10.18402/resci.2020.06.08

Journals >Resources Science >Volume 42 >Issue 6 >Page 1099 > Article

Resources Science
Vol. 42, Issue 6, 1099 (2020)

Spatial-temporal differentiation of high-quality industrial development level in the Yellow River Basin based on ecological total factor productivity

Hong JU^1、3, Tongsheng LI^1、2、*, and Zhouyan ZHAI⁴

Author Affiliations

¹College of Urban and Environment, Northwest University, Xi’an 710127, China

²Shaanxi Institute of Provincial Resource, Environment and Development, Northwest University, Xi’an 710127, China

³Shandong Jianzhu University, Jinan 250101, China

⁴College of Tourism, Henan Normal University, Xinxiang 453007, China

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DOI: 10.18402/resci.2020.06.08 Cite this Article

Hong JU, Tongsheng LI, Zhouyan ZHAI. Spatial-temporal differentiation of high-quality industrial development level in the Yellow River Basin based on ecological total factor productivity[J]. Resources Science, 2020, 42(6): 1099 Copy Citation Text

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Fig. 1. Research scope of the Yellow River Basin

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Fig. 2. Industrial data of the Yellow River Basin, 2006-2016

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Fig. 3. Ecological total factor productivity (ETFP) distribution in 2006 and 2016

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	2006	2011	2016
莫兰指数	0.057	0.006	0.177
z-得分	1.465	0.560	2.815
p-值	0.143	0.575	0.004

Table 1. Spatial autocorrelation test results of ecological total factor productivity (ETFP) in 2006, 2011, and 2016

年度	EC	TC	PTEC	SEC	ETFPC	TFPC
2006—2007	1.063	1.046	1.017	1.045	1.113	1.088
2007—2008	1.021	1.127	1.033	0.989	1.151	1.157
2008—2009	1.006	1.146	1.001	1.005	1.153	1.112
2009—2010	0.991	1.011	0.996	0.995	1.002	0.965
2010—2011	1.004	1.145	0.977	1.027	1.150	1.113
2011—2012	0.944	1.092	1.006	0.938	1.031	1.103
2012—2013	1.012	1.125	1.018	0.994	1.139	1.051
2013—2014	0.951	1.085	0.969	0.981	1.031	0.960
2014—2015	0.952	1.017	0.960	0.992	0.968	0.990
2015—2016	0.967	1.069	1.013	0.955	1.034	0.978
均值	0.991	1.085	0.999	0.992	1.075	1.049

Table 2. Data envelopment analysis DEA-M index of industrial ecological total factor productivity (ETFP) in the Yellow River Basin

城市群	EC	TC	PTEC	SEC	ETFPC
兰西城市群	0.997	1.132	1.000	0.997	1.129
银川平原城市群	1.006	1.095	1.000	1.006	1.102
呼包鄂榆城市群	0.982	1.108	0.999	0.983	1.088
太原城市群	0.969	1.123	0.972	0.997	1.088
关中平原城市群	1.032	1.099	1.000	1.032	1.134
中原城市群	1.005	1.057	1.003	1.002	1.062
山东半岛城市群	1.000	1.069	1.000	1.000	1.069

Table 3. Data envelopment analysis (DEA)-M index of industrial ecological total factor productivity (ETFP) of urban agglomerations, 2006-2016

单元名称	ETFPC	单元名称	ETFPC	单元名称	ETFPC	单元名称	ETFPC
兰西城市群		鄂尔多斯市	1.083	咸阳市	1.142	安阳市	1.056
定西市	1.175	包头市	1.077	宝鸡市	1.112	焦作市	1.051
白银市	1.130	呼和浩特市	1.039	运城市	1.084	晋城市	1.022
武威市	1.089	延安市	0.997	西安市	1.072	开封市	1.014
西宁市	1.078	榆林市	0.968	平凉市	1.044	长治市	1.012
兰州市	1.065	太原城市群		天水市	1.041	鹤壁市	0.984
陇南市	0.960	阳泉市	1.133	庆阳市	1.000	山东半岛城市群
银川平原城市群		忻州市	1.063	临汾市	0.998	东营市	1.203
中卫市	1.198	太原市	1.054	中原城市群		济宁市	1.152
石嘴山市	1.102	吕梁市	1.037	三门峡市	1.132	泰安市	1.144
吴忠市	1.056	大同市	1.015	菏泽市	1.119	德州市	1.132
银川市	1.034	朔州市	1.003	聊城市	1.112	青岛市	1.116
固原市	1.013	晋中市	0.991	濮阳市	1.098	潍坊市	1.088
呼包鄂榆城市群		关中平原城市群		商丘市	1.083	滨州市	1.069
乌海市	1.172	商洛市	1.189	洛阳市	1.082	淄博市	1.057
巴彦淖尔市	1.095	渭南市	1.163	新乡市	1.082	莱芜市	1.052
乌兰察布市	1.085	铜川市	1.162	郑州市	1.058	济南市	1.039

Table 4. Data envelopment analysis (DEA)-M index of industrial ecological total factor productivity (ETFP) of cities in the Yellow River Basin, 2006-2016

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