矿区损毁土地低碳型复垦模式优化与调控研究  

LOW-CARBON RECLAMATION OPTIMIZATION AND CONTROLS OF DAMAGED MINE LAND

作　　者：赵淑芹[1,2] 吕建珍[1] 胡永翊[1] 

机构地区：[1]石家庄经济学院土地资源与城乡规划学院,石家庄河北050031 [2]国土资源部资源环境承载力评价重点实验室,北京100083

出　　处：《资源与产业》2012年第6期11-15,共5页Resources & Industries

基　　金：科技部软科学项目(2011GXS2D016)

摘　　要：矿区土地利用过程是碳源增加过程,如何采取有效的矿区复垦模式增加矿区碳汇能力成为矿区可持续发展亟待解决的问题。尝试利用马尔科夫(Markov)过程优化用地结构方式提高矿区碳汇能力。研究得出矿区碳汇能力流失的主要原因是当前我国矿区土地复垦顶层设计目标模糊、矿区损毁土地复垦方案针对性弱。按照鼓励、限制、禁止开发的区域划分要求,在各类不同区域,以效益最大化和不降低矿区的碳汇水平为目标,根据地类特点,进行增减浮动的土地利用结构调整来提高矿区土地汇碳能力。Mine land use process leads to an increase in carbon. A effective reclamation can reduce the carbon emission, which is key for the sustainable development in mines. This paper attempts to use Markov process optimization of land use structure to improve the carbon sinking capacity in mines. The main reasons for the loss of mine carbon sinking capacity lie in a fussy top objective in China＇s mine land reclamation planning, and a pertinence to the damaged mine land. Mine lands are divided into encouraged, restricted and prohibited zones, aiming at maximizing benefits and not reducing carbon sinking level. To adjust the land use structure can raise the carbon-sinking capacity in mine land.

关 键 词：损毁土地 矿区土地复垦 低碳复垦 低碳复垦模式 碳循环 

分 类 号：TD88[矿业工程—矿山开采]