Based on the data of cities above the prefecture level in China from 2007 to 2015, this study uses the two-way fixed-effect model and Bartik instrumental variable method to deeply explore the intricate interaction between urban global value chain (GVC) embedding and green technology innovation, revealing its potential mechanism and policy impact. The study found evidence that embedding cities in global value chains can significantly promote green technology innovation. The empirical inquiry proceeds to dissect the twin mechanisms underpinning this transformative nexus. The supply-side scrutiny underscores how heightened GVC embedding amplifies urban participation in innovation networks, propelling the knowledge transfer across borders and fostering an environment conducive to innovation. Simultaneously, urban GVC embedding stimulates the cross-fertilization of ideas by propelling research personnel mobility, thereby nurturing a fertile ground for the propagation of innovative practices. On the demand side, the study unveils how urban GVC embedding galvanizes heightened market competitiveness, driving the escalation of environmental considerations and thereby engendering a thriving market for green technological innovations. A more granular exploration unravels the moderating effects of industrial agglomeration and government environmental regulations.Based on our study, policy suggestions related to the development of urban green industries are proposed, in order to provide policy reference for promoting urban green transformation.
FENG Feng
,
CUI Lin-hao
. Urban Global Value Chain embedding and green technology innovation: impacts and mechanisms[J]. Urban Problems, 2023
, 339(10)
: 4
-13
.
DOI: 10.13239/j.bjsshkxy.cswt.231001
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