Titlebook: Ecological Impacts of Stone Mining; Assessment and Resto Gulshan Kumar Sharma,I. Rashmi,M. Madhu Book 2024 The Editor(s) (if applicable) an

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Effects of Stone Mining Activities on Air Quality and Corrective Measures,ions to ecosystems, plant life damage, vegetation damage, destruction of wildlife habitat, soil deterioration, acid rain, and the creation of smog). The mitigation of air pollution in stone mining necessitates the utilization of innovative technologies and the implementation of appropriate operating

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Phyto-Diversity: Characterization and Prioritization for Rehabilitating Kota Stone Mine Spoil Areas Because of its extraordinary adaptability in the face of a disturbed and changed earth and environment, the Fabaceae family of flowering plants is thought to be among the most successful. But choosing native legume species that develop quickly and have a high potential for carbon reduction becomes

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Impact of Stone Mining on Vegetation and Biodiversity and Its Restoration Approaches,such as reducing the use of heavy machinery and explosives, minimising the disturbance to the environment and implementing proper waste management, can also help to mitigate the negative impacts of stone mining. Furthermore, measures such as using dust suppression techniques and installing pollution

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Impact of Stone Mining on Community/Public Health and Safety Measures,te matters travel great distances as they tend to stay suspended in air over a prolonged period, thereby causing erosion in air quality as well as exposing the community nearby to microscopic particulate matter which is a carrier for many other pollutants. Research has pointed toward occurrence of e

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Bioengineering Measures as Tools for Sustainable Restoration of Stone Mine Spoil Ecosystem,nmental repercussions of stone mining, including biodiversity loss and soil degradation, the chapter highlights the need for innovative approaches to address these complex issues. It emphasizes the importance of integrating bioengineering into sustainable mining practices, considering economic, soci

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Stone Mine Waste Management for Sustainable Environmental Protection,ycled materials. However, implementing stone slurry waste recycling and reuse requires significant investment in equipment and infrastructure. It also requires regulatory support to ensure compliance with environmental and safety standards. The present work aims to summarise the available technologi

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Economics of the Remediation Techniques for the Stone Mine Spoil Sites,es the formation of new self-sustaining topsoil. Physicochemical remediation approaches are limited by their high cost and ecological risks. The economics of rehabilitating stone mines varies depending on factors such as site size, environmental impact, vegetation restoration, water management, infr

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