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Full Description
Geospatial tools to Groundwater Resources explain the most recent methods in Geographic Information Systems (GIS) and geostatistics as they apply to groundwater through complete case studies that demonstrate actual remote sensing applications in this field. Due to the rising demand for water, its decreasing quality, and its limited supply, water resource management has grown to be a serious issue. In many places of the world, groundwater is the main supply of fresh water, but certain areas are growing unduly reliant on it, utilising groundwater more quickly than it can be replenished naturally and resulting in an unceasing decrease in water tables. For the efficient use, management, and modelling of this priceless but diminishing natural resource, systematic planning of groundwater consumption using current approaches is crucial. Remote sensing, GIS, GPS (Global Positioning Systems), and geostatistical approaches are among the effective water management methods that have developed with the introduction of powerful and fast personal computers.
Now more than ever, it is possible to analyse with greater accuracy the relationships between environmental elements and human health and wellbeing. Our understanding of the continuum between environment and health consequences on many different sizes, from the global to even the individual, has evolved thanks to a number of transdisciplinary accomplishments.
This book covers a wide range of geospatial health-related topics and methods, including climate change, healthcare utilisation, health disparities, air quality assessment, asthma, water quality assessment, and machine learning. It also advances scientific understanding, development, and application of geospatial technologies related to water resource management.
Researchers and postgraduate students in Earth and Environmental Sciences, particularly GIS, agriculture, hydrology, natural resources, and soil science, who need to be ableto apply the most recent innovations in groundwater research in a practical way will find Case Studies in Geospatial Applications to Groundwater Resources to be a valuable resource. This edited volume will concentrate on the most recent studies and uses of geospatial methods in water resource management, offering insights into the difficulties and possibilities of applying these methods to solve practical issues.
Contents
Contamination of Indian Groundwater and Associated Health Effects.- Heavy Metals in Groundwater: Environmental and Health Perspectives.- Heavy metals pollution in the water, toxicity and remedial measures.- Nature base sustainable solution for heavy metals toxicity and its impacts on humans.- Heavy Metals in the Environment: Sources, Fate, and Health Implications .- Heavy Metal Pollution in Groundwater: Environmental and Health Concerns in Gujarat, India.- The Importance of Plants for Environmental Health and Water Quality.- Risks of Groundwater Contamination to the Environment and Human Health.- History of water pollutants and Emerging pollutants.- Approaches to evaluate the human health risk of arsenic via drinking groundwater.- A comprehensive review of conventional methods and some novel materials for removing arsenic from contaminated water.- Heavy metal concentration along the Musi River - A case study.- Groundwater quality, pollution by heavy metals and its implication for human health risk in Onitsha Urban, southeastern Nigeria.- Source approximation of heavy metals in the groundwater regime of Wardha valley coalfields, Central India: A geospatial approach.- Heavy metal contamination and Health Risk Assessment in and around the Pallikaranai Marshland, Tamil Nadu, India.- Assessing heavy metal contents in groundwater of South Kamrup region (Assam), India and its impact on human health and environment using GIS.- Assessment of various types of potable water quality and analyses the impact of coal mining on it around Raniganj coalfield, West Bengal in India: Challenges and strategies.- Evaluating Groundwater Pollution Risk Vulnerability and Mitigation Techniques in a Changing Climate.- Economic Impacts of Geospatial Groundwater Management in Environmental Health: A Review.- Radiation on Marine Ecosystems: Impact of Radionuclides and their effect on Life Underwater.- Ascertainment of Microplastic Pollution Load in the Groundwater and its Antithetical Effects on Human Health: A Systematic Review.- Dwindling Depths: Unraveling the Environmental Health Crisis in Declining Groundwater Quality referencing SDG 3 and 6.- Human health risk assessment of Fluoride and Nitrate using pollution index of groundwater and water quality index in parts of semi-arid regions, Anantapur district, A.P. India.- Evaluation of water quality for drinking, irrigation, and health indices of Palvayi River basin, Anantapur District, Andhra Pradesh, South India using geospatial techniques.- A Geo- Chemical study of water pollution Due to the Tanning Industry: A case study of Dindigul District, Tamilnadu, India.- Geochemical Studies on the Groundwater of Gundlapochampally Village, Medchal District, Telangana State, India.- Groundwater quality in parts of Hyderabad and Medchal-Malkajgiri districts, Telangana, India: hydrochemical and geospatial assessment.- Statistical Trend of Water Quality in Bang Pakong River, Thailand.- Application of Water Quality Index, Hierarchical Cluster Analysis, Pollution Inex of Groundwater and Geospatial Technologies in evaluating the water quality: a study from Mangampeta Barytes Mine area, South India.- Groundwater Quality Assessment of Western Coastal Zone of Kanyakumari District, Tamil Nadu, India, using Statistical, Water Quality Index and GIS techniques.- Assessment of flood impact on groundwater quality in the coastal areas of Thiruvallur District, Tamil Nadu, India.- Land Use Land Cover and Its Impact on Groundwater Resources in India.- Geospatial Evaluation of SLR and LULC influence on groundwater Quality in Coastal Watershed of Thiruvallur District, Tamil Nadu, India.
