This study investigates the eco-geological environmental challenges faced by Jiangxia District, a mining region in Wuhan City.By combining field surveys, literature analysis and multi-source data such as remote sensing images and on-site monitoring data, an eco-geological environment quality (EGEQ) assessment system was developed.The system consists of six indicators representing biological abundance, vegetation cover, land erosion, water abundance, Book surface deformation and socio-economic characteristics of the assessed area.The grey relational analysis method was utilized to calculate the weights of each indicator, and the eco-geological environment quality index (EGQI) value was obtained through the linear weighted method.
The assessment results indicated a moderate grade of overall eco-geological condition in Jiangxia District between 2017 and 2021, with an 8.56% increase in the EGQI during that period.This suggests a stable and favorable eco-geo logical environment situation in Breast the district during the specified timeframe.