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Scarcity of land and water resources has compelled the policy makers to search waste lands and mined areas to augment/improve these resources for use in agriculture and allied sectors while maintaining the local ecology and hydrology. Most of the coal production (81%) in India comes from open cast mines. Opencast mining in huge forest areas results into loss of biodiversity, nutrient qualities and microbial activities of the soil system. It releases huge amount of mining wastes as overburden dump materials that are prone to soil erosion and create problems of sedimentation and water quality,…mehr

Produktbeschreibung
Scarcity of land and water resources has compelled the policy makers to search waste lands and mined areas to augment/improve these resources for use in agriculture and allied sectors while maintaining the local ecology and hydrology. Most of the coal production (81%) in India comes from open cast mines. Opencast mining in huge forest areas results into loss of biodiversity, nutrient qualities and microbial activities of the soil system. It releases huge amount of mining wastes as overburden dump materials that are prone to soil erosion and create problems of sedimentation and water quality, affecting agriculture. This book presents a study of Chirimiri open cast mines, with objective to address these problems, and suggest preventive measures. For controlling soil erosion of overburden dumps, mechanical and vegetative measures have been suggested along with installation of sediment traps inside and outside the mines. The book will be useful to the research scholars, academicians,environmentalist and mining engineers.
Autorenporträt
R. K. SahuB.Tech. Agril. Engg. JNKVV, JabalpurM.Tech. SWC Engg., IIT, KharagpurPhD. Soil & Water Engg. IARI, New DelhiDr R. K. Sahu, Dean, Faculty of Agriicultural Engineering, Indira Gandhi Krishi Vishwavidyalaya, Raipur, India; bears 30 years of professional experience and has published more than 60 scientific papers.