Titlebook: Climate Change Impact on Groundwater Resources; Human Health Risk As Balamurugan Panneerselvam,Chaitanya Baliram Pande, Book 2022 The Edito

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Study of Heavy Metal Contamination at Durgapur Barrage Site on the Damodar River,metals in the environment is considered to have negative impacts because their toxic characteristics cause various health issues. The Damodar River is adversely affected by industrial and mining activities, which have brought about an ecological disaster to the study zone. To determine the contamina

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Heavy Metal Assessment of Groundwater on the Periphery of a Semi-Urban Solid Waste Dumpsite and Mitf energy, water, etc. This study focuses on groundwater contaminations near dump yards and their impacts. The study area was selected based on the existing issues raised by the public, and also it was observed that no proper geosynthetic clay liners were installed before starting the dumping process

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Climate Change Impacts of Nitrate Contamination on Human Health,resource quality with increased nitrate concentration, which is considered to be a paradigmatic pollutant in groundwater, based on the climatic forecasts of temperature and precipitation patterns for the years 2021 and 2050. The consequences of decreased water availability and increased nitrate conc

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Mitigation Measures of Fluoride- and Nitrate-Contaminated Regions,s, these contaminations have accumulated as a result of numerous geological processes, ion exchange reactions, nitrates, nitrate- and fluoride-bearing aquifers, and leaching of toxic industrial wastes from household chemicals, dyes, and pesticides. Fluoride and nitrate consumption through untreated

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Hydrological Modelling for Ungauged Basins: An Overview of the Past, Present, and Future Directionshe backbone of hydrological models in which inadequate field data obtained from a watershed have become a challenge to the research community for proper management of the watershed. Despite several progresses in the models, the heterogeneity of watersheds limits the measurement of hydrological param

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Appraising the Groundwater Potential of Liddar Sub-Basin (Western Himalayas) Using Geospatial Techn life systems. Evaluating the potential groundwater recharge zones is vital to check water quality and for sustainable development. In this chapter, geospatial methods were used to recognize and map the prospective zones to assess the groundwater availability in the Liddar sub-basin. The various the

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