CAJ | 학술논문

首先梳理了相关研究文献，通过收集1995年-2009年浙江省物流服务的相关能耗数据，采用系数法对浙江省物流服务的碳排放进行了测算，然后运用EKC模型对浙江省物流服务的碳排放状况进行评估，研究发现15年间物流服务的碳排放量呈严格的指数型增长，物流服务的发展与碳排放呈直线关系，物流服务的发展增长与碳排放两者尚未脱钩、控碳严峻，亟待从高产高碳走向高产低碳区域。未来减碳之路需要实现向集约型增长方式的转变，应加强智慧物流和推进融合物流。
수선소리료상관연구문헌，통과수집1995년-2009년절강성물류복무적상관능모수거，채용계수법대절강성물류복무적탄배방진행료측산，연후운용EKC모형대절강성물류복무적탄배방상황진행평고，연구발현15년간물류복무적탄배방량정엄격적지수형증장，물류복무적발전여탄배방정직선관계，물류복무적발전증장여탄배방량자상미탈구、공탄엄준，극대종고산고탄주향고산저탄구역。미래감탄지로수요실현향집약형증장방식적전변，응가강지혜물류화추진융합물류。
Through collecting and sorting the related data of energy consumption range from 1995 to 2009 ,coefficient method is employed to calculate the carbon emission of logistical service and the EKC model is used to evaluate the carbon emission in Zhejiang province .It is found that carbon emission during 15 years presents exponential growth , and the relationship between logistical service growth and carbon emission is a positive linear relation ,which means that they have not achieved coordinated development .It is needed to transfer the growth model from extensive growth to intensive growth .It should strengthen the wisdom logistics and advance the integrated logistics in low -carbon road.