科研管理
科研管理
과연관리
Science Research Management
2013年
4期
16~23
,共null页
域经济增长 技术扩散 空间误差回归 地理加权回归
域經濟增長 技術擴散 空間誤差迴歸 地理加權迴歸
역경제증장 기술확산 공간오차회귀 지리가권회귀
local economic growth; technology diffusion; spatial error regression; GWR regression
利用2000—2009年中国大陆31个省域的面板数据,本文采用空间计量方法的空间误差模型和地理加权回归模型,测度了北京、上海两地的技术扩散对全国各区域经济增长的影响。研究表明:对于多数区域而言,来自北京、上海的技术扩散对区域经济增长存在促进作用,并且整体上看,来自北京技术扩散的总体影响要高于上海,但两个城市的影响均低于本地R&D、国外的技术扩散。同时,北京、上海的技术扩散效果随地理距离而发生变化。实证结果肯定了京沪作为国家中心城市对全国区域经济增长的引领作用。但京沪技术扩散弹性值总体较低,并且更多是对邻近区域的扩散,也表明京沪对外技术扩散辐射半径有限。
利用2000—2009年中國大陸31箇省域的麵闆數據,本文採用空間計量方法的空間誤差模型和地理加權迴歸模型,測度瞭北京、上海兩地的技術擴散對全國各區域經濟增長的影響。研究錶明:對于多數區域而言,來自北京、上海的技術擴散對區域經濟增長存在促進作用,併且整體上看,來自北京技術擴散的總體影響要高于上海,但兩箇城市的影響均低于本地R&D、國外的技術擴散。同時,北京、上海的技術擴散效果隨地理距離而髮生變化。實證結果肯定瞭京滬作為國傢中心城市對全國區域經濟增長的引領作用。但京滬技術擴散彈性值總體較低,併且更多是對鄰近區域的擴散,也錶明京滬對外技術擴散輻射半徑有限。
이용2000—2009년중국대륙31개성역적면판수거,본문채용공간계량방법적공간오차모형화지리가권회귀모형,측도료북경、상해량지적기술확산대전국각구역경제증장적영향。연구표명:대우다수구역이언,래자북경、상해적기술확산대구역경제증장존재촉진작용,병차정체상간,래자북경기술확산적총체영향요고우상해,단량개성시적영향균저우본지R&D、국외적기술확산。동시,북경、상해적기술확산효과수지리거리이발생변화。실증결과긍정료경호작위국가중심성시대전국구역경제증장적인령작용。단경호기술확산탄성치총체교저,병차경다시대린근구역적확산,야표명경호대외기술확산복사반경유한。
The technology diffusion effect of Beijing and Shanghai on reginal economic growth is compared through SEM and GWR model of spatial economic analysis with 31 provincial panel data from the year of 2000 to 2009. The result shows that for the most of provinces in China, the more technology diffusion from Beijing and Shanghai is, the more it promotes local economic growth. And as a whole, local economic growth effected by Beijing is higher than that by Shanghai. However, comparing with the technology diffusion of Beijing and Shanghai, local R&D and foreign technology diffusion have higher effect on local economics. In addition, the effect on local economic by the technology diffusion of Beijing and Shanghai changes with the geographical distance. This result confirms that as na- tional heart cities, Beijing and Shanghai really play a guiding role in natioual economic growth. However, the elasticity values of tech- nology diffusion for Beijing and Shanghai are still at a low level. And both technology diffusion radiation radius of Beijing and Shanghai are small, which means that provinces located around the two heart cities receive the most of their technology diffusions.