地质通报2016，Vol.35Issue(8)：1217-1222,6.
发扬地学学科优势，形成具有国土资源部门特色的土壤修复理论与技术体系
Exploit full advantage of geosciences to form the characteristic theoretical and technological system of heavy metal-polluted soil remediation
摘要
Abstract
The lithosphere is the source and also the fatal destination of soil heavy metals. In the lithosphere soil heavy metals mi⁃grate, transform and take part in bio-geochemical circles. Hence the principles of geology, petrology, mineralogy and geochemistry play an extremely important role in the remediation of heavy metal contaminated soil. These principles are important in soil pollu⁃tion investigation, risk assessment, exploration of the compositions of disaster chain and their influential factors, and blocking the way of the disaster, thus forming the geological characteristics of soil remediation. Great achievements in theory of delayed geochem⁃ical hazard and geochemical engineering technologies, including several soil remediation agents and some other methodologies, have been obtained. Different scale tests have proved that they are economically and technologically applicable for heavy metal polluted soil remediation.关键词
耕地/重金属/土壤修复/缓变型地球化学/灾害地球化学工程学Key words
farmland soil/heavy metal/soil remediation/delayed geochemical hazard/geochemical engineering technology分类
天文与地球科学引用本文复制引用
陈明,刘晓端,王蕊,王新宇,刘冠男..发扬地学学科优势，形成具有国土资源部门特色的土壤修复理论与技术体系[J].地质通报,2016,35(8):1217-1222,6.基金项目
国土资源部行业专项 （）
