海南热带海洋学院学报2026，Vol.33Issue(4)：65-74,10.DOI:10.13307/j.issn.2096-3122.2026.04.07
自贸试验区辐射带动周边城市经济增长的机制与对策
Mechanisms and Countermeasures for the Radiating Effect of Pilot Free Trade Zones on the Economic Growth of Surrounding Cities
摘要
Abstract
As a national testing ground for institutional opening-up,the Pilot Free Trade Zones(PFTZs)hold a strategically significant position in China's construction of a new system for a higher-level open economy.Drawing on panel data from 127 cities covering the period 2008-2024,this paper excludes the host cities of PFTZs and the cities surrounding those established in subsequent batches.It designates the cities surrounding the four major PFTZs as the ex-perimental group and the remaining cities as the control group to empirically examine the spillover effect of PFTZ estab-lishment on the economic growth of surrounding regions.The findings indicate that the establishment of PFTZs can effec-tively drive economic growth in surrounding regions,with the mechanism primarily relying on government streamlining of administration and delegation of authority to promote market expansion in the surrounding areas;however,the rigidity of industrial chains tends to trap surrounding regions in a"low-end lock-in"dilemma.Accordingly,the paper systemati-cally analyzes the practical obstacles for surrounding regions in undertaking spillover effects and proposes optimization pathways,including establishing rapid policy implementation channels,building market linkage systems,seeking break-throughs in industrial upgrading,and avoiding a race to the bottom.These measures aim to assist surrounding regions in efficiently capturing the economic growth spillover dividends from PFTZs and effectively mitigating the risk of low-end in-dustrial lock-in.关键词
自贸试验区/溢出效应/经济增长/低端锁定/区域协同Key words
Pilot Free Trade Zones/spillover effect/economic growth/"low-end lock-in"/regional coordination分类
管理科学引用本文复制引用
余升国,张琳,关智化..自贸试验区辐射带动周边城市经济增长的机制与对策[J].海南热带海洋学院学报,2026,33(4):65-74,10.基金项目
国家社会科学基金西部项目(24XJY021) （24XJY021）
教育部社会科学基金重大项目(23JZDW09) （23JZDW09）
海南省研究生创新科研课题(Qhys2023-21) （Qhys2023-21）
