Scalar Politics and Uneven Accessibility to Intercity Railway in the Pearl River Delta, China

政治 国家(计算机科学) 标量(数学) 社会学 中国 矛盾 政治经济学 公司治理 宪法 经济地理学 政治学 经济体制 法学 地理 经济 哲学 几何学 数学 认识论 算法 财务 计算机科学
作者
Mengmeng Zhang,Jiang Xu,Calvin King Lam Chung
出处
期刊:Annals of the American Association of Geographers [Taylor & Francis]
卷期号:110 (4): 1260-1277 被引量:11
标识
DOI:10.1080/24694452.2019.1680231
摘要

Focusing on the state as a contradiction-ridden, multiscalar institutional ensemble, this article interrogates the relationships between scalar politics and uneven development through two interrelated arguments. First, uneven development reflects the historical layering of the scalar architecture of state regulation. It is produced by the interplay between contradictions of sociospatial interests among state agents owing to the prevailing scalar division of labor and inherent patterns of uneven development inscribed by earlier rounds of state scalar arrangements. Second, actual patterns of this state-driven uneven development are mediated by a variety of discourses, through which contending state agents bargain for and against particular forms of state rescaling to assert their power and interests. Illustrating these arguments, this article examines the recent development of the Pearl River Delta Intercity Railway System through a combination of quantitative analysis, interviews, and documentary review. It reveals a pattern of uneven accessibility that defies conventional wisdom, with the region's most developed cities possessing the worst station accessibility. It is found that this unevenness stems from conflicts between scalar state agents with differentiated powers over the railway regime on what constitutes the most efficient siting of stations, reinforced by disparities in economic and railway development attributable to historical state scalar selectivities. The scalar politics that resulted was discursively mediated, as the contending state agents leveraged various discourses, evoking a medley of scales of governance and issues to defend for their preferred station locations.
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