城市滨河带状绿地低碳创新体系——以张家口市清水河滨河公园为例  

作　　者：王淼静 孙伟 王凤玲 武彬 阎利明 

机构地区：[1]张家口市清水河滨河公园管理处,河北张家口075000

出　　处：《科技创新与应用》2022年第24期57-60,共4页Technology Innovation and Application

基　　金：张家口市重点研发计划项目资源与环境与创新专项(2121048D)。

摘　　要：随着城市的高速化发展,环境问题日益突显,该公园作为城市的绿地生态系统重要组成部分之一,为人类提供惠益,公园与绿色低碳是密不可分的。项目以张家口市清水河滨河公园为例,进一步对其净化污染、碳汇能力提升、制度体系完善等绿色低碳(Green low carbon)方式进行拓展性及前瞻性研究,分建3大子模,分别为碳汇模型、维管体系模型、低碳模型。进而为城市滨河带状公园绿地绿色低碳体系建设提供基础性技术支撑。经过前期论证,将碳汇估测方法锁定为生物量法,通过计算建立碳汇模型,在日常管养的基础上计算碳排放,建立维管体系模型,将碳汇模型与维管模型结合形成绿色低碳模型。通过建立绿色低碳创新体系,提出适合城市滨河公园绿色低碳管养新方法,为城市滨河公园绿色低碳体系建设提供参考。With the rapid development of cities,environmental problems are increasingly prominent,and parks are one of the important components of urban green space ecosystem that provide benefits for human beings,so parks are inseparable from green and low carbon.In this project,taking Qingshuihe Riverside Park in Zhangjiakou as an example,the Green low carbon methods such as pollution purification,carbon sink capacity improvement and system improvement are further studied in an extended and forward-looking way,and three submodules are built,namely,carbon sink model,vascular system model and low carbon model.Furthermore,this project provides basic technical support for the construction of green low-carbon system in urban riverside belt parks.After the previous demonstration,the biomass method is used for the carbon sink estimation,the carbon sink model is established through calculation,the carbon emissions are calculated on the basis of daily custody,the vascular system model is established,and the carbon sink model and the vascular model are combined to form a green and low-carbon model.By establishing a green and low-carbon innovation system,this paper puts forward a new green and low-carbon management method suitable for urban riverside parks,and provides reference for the construction of green and low-carbon system in urban riverside parks.

关 键 词：公园 绿色 低碳 模型 碳汇能力 

分 类 号：F290[经济管理—国民经济]