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) hot topic guy funko pop assessment system was developed.The system consists of six indicators representing biological abundance, vegetation cover, land erosion, water abundance, 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 bismarck armb?nd 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 the district during the specified timeframe.