Isotope Hydrology and Hydro-Biogeochemical Processes under Climate Change

Isotope Hydrology and Hydro-Biogeochemical Processes under Climate Change offers an interdisciplinary perspective, integrating advances in isotope geochemistry, environmental biogeochemistry, and modern analytical and modeling techniques to unravel the coupled dynamics of water flow, chemical weathering, nutrient cycling, and trace element behavior across diverse aquatic systems. Featuring case studies from glacial, mountain, and riverine environments-particularly the Himalayas-this book connects fundamental research with real-world applications. It provides invaluable insights for researchers, graduate students, environmental professionals, and policymakers seeking to address pressing water resource challenges, environmental sustainability, and climate adaptation strategies.

• Offers advanced methodologies and integrated frameworks for tracing water flow, chemical weathering, and nutrient cycling under climate change scenarios
• Includes comprehensive case studies from glacial, mountain, and riverine environments, particularly in the Himalayas, demonstrating real-world applications
• Provides practical tools and insights for water resource management, environmental sustainability, and climate adaptation in diverse aquatic systems