摘要
以江西省抚州市受损山体为研究对象,通过遥感影像识别、现场调查与复核,研究了城市周边受损山体情况,基于统计分析、工程填图、模拟仿真等方法探讨了受损山体生态修复工程设计。调查共发现23处受损山体,其中18处需要进行人工修复。基于破损山体类型、面积、受损程度以及受损原因分析,应用边坡治理、槽穴、客土种植等工程技术设计了5种修复模式进行生态修复。
Through remote sensing image recognition,on-site investigation and review,the damaged mountains were investigated around Fuzhou City,Jiangxi Province.Based on statistical analysis,engineering mapping,simulation and other methods,the ecological restoration engineering design for damaged mountains was carried out.The investigation results showed that 23 damaged mountains were found,and 18 of them needed to be repaired manually.Based on the analysis of the type,area,degree of damage and cause of damage to the damaged mountain,the 5 restoration modes have been designed for ecological restoration through engineering techniques such as slope treatment,troughs,and planting of off-site soil.
作者
吴建勋
洪奕丰
刘龙龙
WU Jian-xun;HONG Yi-feng;LIU Long-long(East China Inventory and Planning Institute,National Forestry and Grassland Administration,Hangzhou,Zhejiang 310016)
出处
《安徽农业科学》
CAS
2022年第13期200-203,共4页
Journal of Anhui Agricultural Sciences
关键词
受损山体
生态修复
边坡治理
植被修复
Damaged mountain
Ecological restoration
Slope treatment
Vegetation restoration