世界有色金属Issue(9)：226-228,3.
多源遥感技术驱动的矿区生态恢复时空动态监测体系构建与应用
Construction and application of spatiotemporal dynamic monitoring system for ecological restoration in mining areas driven by multi-source remote sensing technology
黄毓翥1
作者信息
- 1. 江西省地质局地理信息工程大队,江西 南昌 330001
- 折叠
摘要
Abstract
Ecological restoration in mining areas is a key part of ecological civilization construction,and its spatiotemporal dynamic monitoring is of great significance for evaluating restoration effects and optimizing governance strategies.This article is based on multi-source remote sensing technology to construct a spatiotemporal dynamic monitoring system for ecological restoration in mining areas.A multi-source remote sensing observation technology combining high-resolution optical remote sensing,SAR data,and unmanned aerial vehicle data is used to comprehensively obtain images,spatiotemporal interpolation,and extract key ecological factors.A monitoring index system covering vegetation restoration and other aspects is established.By using machine learning and spatial analysis models to invert and interpret multi temporal data,a dynamic monitoring method is formed.The results indicate that the system can efficiently capture spatiotemporal changes,quantify key parameters,provide scientific support for ecological governance in mining areas,and is of great significance for regional ecological sustainable development.关键词
多源遥感技术/矿区生态恢复/时空动态监测Key words
multi-source remote sensing technology/Ecological restoration of mining areas/Spatiotemporal dynamic monitoring分类
资源环境引用本文复制引用
黄毓翥..多源遥感技术驱动的矿区生态恢复时空动态监测体系构建与应用[J].世界有色金属,2025,(9):226-228,3.
