黄土高原地区人口收缩格局与驱动力分析

doi:10.12118/j.issn.1000–6060.2021.01.27

Abstract

Abstract:

The execution of the strategy of west China development accelerated social and economic development in the Loess Plateau region. Unbalanced regional development has induced population migration, which has triggered a new phenomenon of population shrinkage in the western region. A population shrinkage index, geostatistical analysis, and geographical detectors based on resident population data in 2005 and 2015 were used to study the population shrinkage and regional differentiation in the Loess Plateau at prefecture-level cities and county scales. Based on these geographic scales, 45 prefecture-level cities in the Loess Plateau were classified by population change, revealing differences and mechanisms of population shrinkage driving forces in the Loess Plateau. We explore the driving factors of population shrinkage in the Loess Plateau from a socio-economic perspective, analyze the universality and specificity of population shrinkage, and enrich the research on mesoscale urban shrinkage in less developed regions in China. The results are as follows: (1) Population shrinkage in the Loess Plateau region is universal, and the proportion of population shrinkage is higher under county- and prefecture-level administrative units. The shrinkage rate of county-level administrative units was 34.49%, and that of prefecture-level administrative units was 22.22%. There is a bias in identifying a shrinking population at a single geographic scale, and the proportion of prefecture-level cities with at least one shrinking county-level unit accounts for 68.89% of all prefecture-level cities. At the prefecture-level city level, all provincial capital cities are shrinking, and general prefecture-level cities have high shrinkage rates. At the county level, municipal districts, county-level cities, and autonomous counties have low shrinkage rates. The number of general counties with a shrinking population is 90, accounting for 82.57% of shrinking county-level units. (2) Population shrinkage conforms to the core-periphery model at the regional-provincial-prefecture-level scale. Core area (cities) populations are concentrated, and marginal areas (counties) are losing population. The Guanzhong Plain and Ningxia Plain have become core areas of population concentration, and the Liupan Mountain District has become a concentrated population loss area; the provincial capital cities have stronger population concentration capabilities, and the ordinary prefecture-level cities have population shrinkage. Specific to the prefecture-level cities, the population will be concentrated in the municipal districts, and the population of peripheral counties will shrink. (3) Differences in economic development levels and imbalances in urban and rural development have become the main incentives for population agglomeration and loss in the Loess Plateau. The contraction of prefecture-level cities is driven by urbanization and industrialization, leading to insufficient comprehensive development capacity; prefecture-level cities are in a period of rapid socio-economic development, and the uneven distribution of internal factors leads to internal partial shrinkage. Coordinated regional development for resource allocation to different types of prefecture-level cities and ensuring a relatively fair society are issues that governments and planners should reflect on and pay attention to.

Key words: population shrinkage, population density, spatial pattern, geographic detectors, the Loess Plateau

CHEN Qi,XUE Dongqian,MA Beibei,DAI Lanhai,SONG Yongyong. Population shrinking pattern and driving forces in the Loess Plateau region[J].Arid Land Geography, 2021, 44(1): 258-267.

Figures/Tables 10

Fig. 1

Fig. 2

Tab. 1

Tab. 2

Fig. 3

Tab. 3

Population shrinkage type of Loess Plateau"

类型	地级行政单元	识别依据	比例/%
A型	巴彦淖尔市、乌兰察布市、咸阳市、渭南市、白银市、天水市、平凉市、庆阳市、定西市、固原市	R₁_j<1	22.22
B型	太原市、大同市、长治市、晋城市、忻州市、临汾市、呼和浩特市、包头市、鄂尔多斯市、洛阳市、三门峡市、宝鸡市、延安市、榆林市、兰州市、临夏回族自治州、西宁市、海东市、石嘴山市、吴忠市	R₁_j≥1 $∃$ R₂_j<1	44.44
C型	朔州市、晋中市、运城市、阳泉市、吕梁市、郑州市、济源市、乌海市、西安市、铜川市、银川市、中卫市、海北藏族自治州、黄南藏族自治州、海南藏族自治州	R₁_j≥1 $∀$ R₂_j≥1	33.33

Tab. 3

Tab. 4

Fig. 4

Tab. 5

Tab. 6

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		县	市辖区		比例/%
R₁_j<1	R₂_j<1	五原县、华县、清水县、西吉县等45个	渭南市辖区、定西市辖区、固原市辖区、乌兰察布市辖区	49	15.51
R₁_j<1	R₂_j≥1	潼关县、三原县、武山县、漳县等23个	巴彦淖尔市辖区、白银市辖区等6个	29	9.18
R₁_j≥1	R₂_j<1	阳曲县、土默特左旗、米脂县等59个	海东市辖区	60	18.99
R₁_j≥1	R₂_j≥1	清徐县、曲沃县、巩义市、蓝田县、海原县等138个;化隆回族自治县等9个	太原市辖区、乌海市辖区、郑州市辖区、西安市辖区、银川市辖区等31个	178	56.33

	Moran’s I	Z-score	P-value	空间格局
R₁_j	0.2252	2.6399	0.01200	集聚
R₂_j	0.0555	3.6796	0.00234	集聚

	X₁	X₂	X₃	X₄	X₅	X₆
相关系数	0.421	0.620	-0.413	-0.327	0.563	-0.361
P值	0.004	0.000	0.005	0.023	0.000	0.015

因素	全部样本		A型		B型		C型
因素	均值	标准差	均值	标准差	均值	标准差	均值	标准差
X₁	48239.21	34547.72	28110.90	13236.94	61978.67	42525.52	41528.00	17943.86
X₂	48.762	28.38	24.820	13.77	54.699	25.20	57.589	31.29
X₃	2.767	0.43	3.050	0.45	2.704	0.37	2.652	0.41
X₄	-1.923	19.19	9.741	21.60	-6.498	15.29	-3.504	19.23
X₅	53.917	15.98	40.456	7.47	60.284	16.39	53.986	13.52
X₆	13.994	2.26	15.430	2.25	13.992	1.74	12.894	2.37

交互项	交互探测结果（q值）
交互项	A型	B型	C型
X₁∩ X₂	0.3691^##	0.4925^##	0.8526^#
X₁∩ X₃	0.3803^#	0.5966^##	0.8168^#
X₁∩ X₄	0.9259^#	0.5019^#	0.9096^#
X₁∩ X₅	0.4908^##	0.5602^##	0.5084^##
X₁∩ X₆	0.3365^##	0.5775^#	0.9407^#
X₂∩ X₃	0.3805^##	0.5041^#	0.4496^#
X₂∩ X₄	0.9104^#	0.4346^#	0.9343^#
X₂∩ X₅	0.4694^##	0.5552^##	0.4261^##
X₂∩ X₆	0.4719^##	0.3755^#	0.9394^#
X₃∩ X₄	0.4366^#	0.4042^#	0.3419^#
X₃∩X₅	0.5104^##	0.7871^#	0.7832^#
X₃∩ X₆	0.4559^##	0.4630^#	0.4018^#
X₄∩ X₅	0.9262^#	0.5353^#	0.9159^#
X₄∩ X₆	0.9264^#	0.2230^#	0.3867^##
X₅∩ X₆	0.4696^##	0.5394^##	0.9254^#

Population shrinking pattern and driving forces in the Loess Plateau region

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