绿色合作网络能够提升绿色增长绩效吗?OA

Against the backdrop of the"carbon peaking and carbon neutrality"goals and the global green transition,the construction of green collaboration networks to enhance green innovation capability and thereby promote green growth performance has become an important pathway to tackle global environmental challenges.Based on social network theory,this paper categorizes green collaboration networks into three dimensions:enterprise participation,government participation,and higher education and research institution participation.It constructs a theoretical framework linking"green collaboration networks-green innovation capability-green growth performance",and further explores the underlying contextual mechanisms from the perspectives of environmental regulation,digitalization,and knowledge spillovers.Utilizing collaboration data from green projects under the European Union Framework Program involving 23 EU countries,the empirical analysis yields the following findings:First,the participation intensity of enterprises,governments,higher education and research institutions in green collaboration networks positively influence green growth performance,with enterprise participation exerting the most significant impact.Second,green innovation capability functions as a mediator between the green collaboration networks and green growth performance.Third,market-based environmental regulation exerts a positive moderate effect on the relationship between green collaboration networks and green growth performance,while command-and-control environmental regulation shows a negative moderating effect.In addition,the level of digitalization positively moderates the relationship between the green collaboration networks and green innovation capability,and knowledge spillovers positively moderate the relationship between green innovation capability and green growth performance.These findings elucidate the mechanisms of different participants in the green collaboration networks and provide theoretical support and practical insights for maximizing green growth performance through such networks.