Manoj Kumar Jindal – författare

Natural radiation is omnipresent everywhere on the earth, and humans cannot avoid it. Because the ocean is the source of all materials, and due to the fact that water from everywhere is submerged in the ocean through river networks, the ocean will contain varying radiation doses in every site.

Natural radiation is omnipresent everywhere on the earth, and humans cannot avoid it. Natural radiation is a critical aspect in understanding the health issue and predicting the existence of radionuclides. Because the ocean is the source of all materials, and due to the fact that water from everywhere is submerged in the ocean through river networks, the ocean will contain varying radiation doses in every site. This book has information about radiation status near the ocean in all areas on Earth. There are five oceans, namely: the Atlantic, Pacific, Indian, Arctic, and Antarctic Oceans. This book is a valuable resource of its kind for indicating the radiation status in all types of oceans. The outcomes of this book are extremely valuable to people in a variety of fields, including health sciences, material sciences, radiological fields, environmental science, oceanology, water world, and so on.

This book provides comprehensive information on emerging contaminants in water, their sources, detection techniques, ecological and health impacts, and sustainable mitigation strategies.

This book provides a holistic understanding of the correlation between soluble uranium and water quality parameters, presenting the intricate dynamics that govern uranium solubility in diverse water systems. Uranium, one of the most prevalent and significant radioactive isotopes, has gained considerable attention due to its complex behavior in aquatic environments. Despite its importance, the solubility of uranium remains a critical enigma, intricately tied to the dynamic interplay between water chemistry and uranium interactions with water. The water quality‒uranium solubility nexus addresses this concern, providing a comprehensive exploration of the factors influencing uranium solubility in water, integrating both natural and anthropogenic influences. It consolidates essential information in one place, making it an invaluable resource for researchers, policymakers, education, and industries involved in environmental science and water management. Through a systematic and forward-looking approach, this book highlights key research directions and provides a critical foundation for future studies. This book serves as a crucial reference for understanding and mitigating the challenges associated with uranium contamination in water, benefiting scientists, environmental experts, and anyone concerned with water quality and safety.

This book aims to guide and illuminate future pathways for utilizing these linkages to ensure the quality of water for drinking and other purposes. It delves into a critical yet underexplored domain: the polymer-water nexus. This nexus is a two-sided story: on one hand, polymers offer immense potential for water treatment and protection; on the other, their misuse can cause significant environmental damage. This book will serve multiple purposes – for education, research, and industrial applications – by providing valuable information in a comprehensive and practical format. The ultimate goal is to establish a sustainable bridge between polymer science and water chemistry, with careful consideration of environmental and climatic factors.

This book deals with natural gamma radiation in the environment domain. It presents a collective and comprehensive discussion of key topics related to this field. Considering that a significant portion of the radiation dose received by humans originates from gamma radiation, the book compiles research-based information on sources, detection techniques, high- and low-radiation regions, recommended dose limits, and the effects of gamma radiation on agriculture and human health, along with its potential usefulness and associated hazards. The book serves as a valuable reference for policymakers, scientific communities, organizations, and environmental researchers, and is also relevant for individuals concerned about maintaining a healthy life. Furthermore, it synthesizes current research on gamma radiation and highlights its relevance in the context of long-term environmental sustainability.