Abstract

Coal mining is an indispensable power enterprise that extensively evolves and advantages the modernization and improvement of our society. However, the side-effects such as degraded air and water quality, fragmented vegetation landscape, and aggravated soil erosion related with coal mining additionally increase serious concerns. Previous research have proven various hydrologic cycle responses after coal mining when the watershed is subjected to exclusive magnitudes of neighborhood climates, soil properties, mining methods, and watershed area. How these elements mix to have an effect on hydrologic cycle responses to adjustments in mining stays unclear.