【摘要】 以科学城为内核规划科创走廊区域,是国内外推动区域产业升级、实施创新驱动发展战略的主要选择。国外,以美国波士顿128公路科创走廊、硅谷,以及英国M4高科技走廊为代表;国内,依据科创走廊覆盖的行政区划,将科创走廊划分为跨省级行政区划的科创走廊、省级行政区划内跨设区市的科创走廊和设区市行政区划内跨县(市、区)的科创走廊三种。规划建设环清源山科创走廊,是泉州市深入实施创新驱动发展战略,培育创新、创业、创造生态系统,优化泉州经济发展战略布局的战略举措,对泉州应对区域经济竞争、经济高质量发展和做大做强中心城区具有重大意义。泉州规划建设环清源山科创走廊,应从体制机制创新、科学城建设、发展高新技术产业、土地集约发展和创新招商机制五个方面着眼着力,而空间范围则可"先小后大",先依托主城区规划建设,待条件成熟后拓展到"泉州湾区"。更多还原

【Abstract】 Planning a science and technology innovation corridor as the core is the main choice to promote regional industrial upgrading and implement innovation-driven development strategy.The most representative includes the Boston 128 Highway Kochon Corridor, Silicon Valley and M4 High-tech Corridor in Great Britain. According to the administrative divisions,a science and technology innovation corridor in China is divided into across provincial administrative divisions,across provincial administrative divisions and across county(city, district) within district administrative divisions. From three aspects of regional economic competition, high-quality economic development and bigger and stronger central urban areas, this paper puts forward the significance of Quanzhou’s planning and construction of arouding Qingyuan Mountain a science and technology innovation corridor. And from the system and mechanism innovation, Quanzhou Science City construction, high-tech industry, land intensive development and innovative investment mechanism, five aspects of planning and construction of the Qingyuan Mountain a science and technology innovation corridor strategy suggestions. Finally, it is put forward that the space scope of arouding Qingyuan Mountain a science and technology innovation corridor can be "small first and then big", relying on the planning and construction of the main urban area first, and then expanding to "Quanzhou Bay area" when the conditions are ripe.更多还原