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Groundwater: Hydrogeochemical Investigations Using Integrated Techniques by S. Chidambaram is a comprehensive hardback reference that dives into various critical analyses and studies involving hydrogeochemistry. This book meticulously examines several aspects critical to understanding groundwater quality and dynamics across different geological and ecological settings. Major highlights include an exploration of the relationship between uranium and radon in hard rock aquifers, assessments of groundwater in the Neyveli lignite mining area, and in-depth analyses of seawater intrusion impacts within coastal aquifers. The work employs a multitude of integrated techniques, including hydrogeochemical modeling, isotopic analysis, and electrical resistivity tomography, to establish connections between groundwater chemistry and environmental variables. It addresses contemporary issues such as mounting coastal vulnerability and potential groundwater contamination by fluoride, providing valuable insights for environmental scientists, hydrogeologists, and policymakers involved in water quality management.
Key Features
| Features | Description |
|---|---|
| Integrated Techniques | Utilizes hydrogeochemical modeling, isotopic analysis, and electrical resistivity tomography. |
| Focus Areas | Includes uranium-radon relation, seawater intrusion, and fluoride removal. |
| Geographical Scope | Covers diverse regions including Neyveli Lignite area and coastal tracts in Tamil Nadu. |
| Research-Based | Includes studies conducted by various researchers and scientists. |
| Hard Science Approach | Addresses significant environmental issues through empirical research. |
| Attributes | Description |
|---|---|
| Author | S. Chidambaram |
| Publication Type | Hardback |
| ISBN | 978-81-930268-6-6 |
| Pages | 350 |
| Publication Year | 2023 |
| Language | English |
| Subject | Hydrogeochemistry and Environmental Science |
Key Words
*Disclaimer: This above description has been AI generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
Brand: NIPA
Country of Origin: India
* An Analysis of the Relationship Between Uranium and Radon in Groundwater of Hard Rock Aquifers
* A Study on the Quality of Groundwater in and Around the Neyveli Lignite Mining Area
* An Attempt to Determine the Mountain Front Recharge (MFR) through the Use of the State of Saturation Index (SI) of Carbonate Minerals
* A Study on the Assessment of Coastal Vulnerability through the Use of Isotopes and Geochemistry
* Hydrogeochemical and Inverse Modeling of Coastal Aquifers
* An Investigation into the Removal of Fluoride in Groundwater using Natural Materials
* An Assessment of Seawater Intrusion in Coastal Tracts through the Use of Electrical Resistivity Tomography
* The Identification of Submarine Groundwater Discharge in Coastal Aquifers through the Use of Geochemical Parameters
* An Examination of the Influence of Colloidal Concentration on Groundwater Chemistry
* An Analysis of the Relationship Between Uranium and Radon in Groundwater of Hard Rock Aquifers
* A Study on the Quality of Groundwater in and Around the Neyveli Lignite Mining Area
* An Attempt to Determine the Mountain Front Recharge (MFR) through the Use of the State of Saturation Index (SI) of Carbonate Minerals
* A Study on the Assessment of Coastal Vulnerability through the Use of Isotopes and Geochemistry
* Hydrogeochemical and Inverse Modeling of Coastal Aquifers
* An Investigation into the Removal of Fluoride in Groundwater using Natural Materials
* An Assessment of Seawater Intrusion in Coastal Tracts through the Use of Electrical Resistivity Tomography
* The Identification of Submarine Groundwater Discharge in Coastal Aquifers through the Use of Geochemical Parameters
* An Examination of the Influence of Colloidal Concentration on Groundwater Chemistry
* A Study on the Hydrogeochemical Characteristics of Groundwater at Various Lithological Conditions in Space and Time
* An Investigation into the Seawater Intrusion along the Coastal Aquifers through the Use of Geochemical Techniques
* An Evaluation of the Hydraulic Connection of Aquifers through the Use of Geochemical Methods
* An Investigation into the Distribution of Dissolved Organic Carbon in Layered Coastal Aquifers
* An Analysis of the Lithological Influence on Uranium Concentration in Groundwater of Hard Rock Aquifers
* An Assessment of the Impact of Landuse Patterns on Groundwater
* A Study on the Identification of the Spatial Extent of Fluoride Contamination in Groundwater
Content
1. A Study on the Interrelationship of U and Rn in Groundwater of Hard Rock Aquifers by Aditya V.S., Chidambaram S., Tirumalesh K., Vasudevan U. and Nepolian M. 2. Hydrogeochemical Quality of Groundwater in and Around Neyveli Lignite Mining Area, Cuddalore District-Cuddalore, Tamil Nadu by Anandhan P., Chidambaram S., Manivannan R., Paramaguru P. and Ganesh N. 3. An Attempt to Determine the Mountain Front Recharge (MFR) by Using State of Saturation Index (SI) of Carbonate Minerals Along the Foothills of Courtallam, Tamil Nadu by Banaja Rani Panda, Chidambaram S., Devaraj N. and Ganesh N. 4. Determination of Coastal Vulnerability Using Isotope and Geochemistry by Chidambaram S., Paramaguru P., Karmegam U. and Johnsonbabu G. 5. Hydrogeochemical and Inverse Modeling of Coastal Aquifers of Kalpakkam Region, Tamil Nadu by Chidambaram S., Karmegam U., Prasanna, M.V. and Sasidhar P. 6. A Study on the Removal of Fluoride in Groundwater by Using Natural Materials by Manikandan S., Chidambaram S., Ramanathan A.L., Johnsonbabu G. and Karmegam U. 7. Assessment of Seawater Water Intrusion Mapping Using Electrical Resistivity Tomography in Coastal Tracts of Pondicherry, by Srinivasamoorthy K., Balasubramanian M., Gopinath S., Saravanan K. Prakash R., Vinnarasi, Antony Ravindran A. and Sarma V.S. 8. Identification of Submarine Groundwater Discharge in Coastal Aquifers Using Geo Chemical Parameters by Nepolian M., Chidambaram S., Sarathidasan J., Noble Jacob and Hemant Mohokar 9. Understanding the Influence of Colloidal Concentration on Groundwater Chemistry by Pradeep K., Chidambaram S., Manivannan R. and Seshadhri H. 10 Hydrogeochemical Characteristics of Groundwater at Various Lithological Conditions with Space and Time by Prasanna M.V. and Chidambaram S. 11 Understanding the Seawater Intrusion Along the Coastal Aquifers Using Geochemical Techniques163 Chidambaram S., Sarathidasan J., Nepolian M., Noble Jacob and Hemant Mohokar 12 Use of Geochemical Methods to Evaluate the Hydraulic Connection of Aquifers: A Case Study from Southeast Coast of Tamil Nadu by Singaraja C., Chidambaram S., Anandhan P., Thivya C. and Thilagavathi R. 13Understanding the Distribution of Dissolved Organic Carbon in Layered Coastal Aquifers of Pondicherry Region Thilagavathi R., Chidambaram S., Thivya C., Pethaperumal S. Tirumalesh K. and Singaraja C. 14 A Study on the Lithological Influence on Uranium Concentration in Groundwater of Hard Rock Aquifers of Madurai District, Tamil Nadu by Thivya C., Chidambaram S., Thilagavathi R., Prasanna M.V. and Singaraja C. 15 A Study on the Impact of Landuse Pattern on Groundwater in and Around Chidambaram Town by Vasudevan U., Chidambaram S., Thivya C., Thilagavathi R. and Devaraj N. 16. Identification of Spatial Extent of Fluoride Contamination in Groundwater of Dindigul District, Tamil Nadu - A Statistical Approach by Manivannan R., Chidambaram S., Anandhan P., Sinagaraja C. and Johnsonbabu G.
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