Resources
Other Publications
Environmental Isotopes in the Hydrological Cycle : Principles and Applications
Volume I: Introduction: Theory, Methods, Review
- The Global Cycle of Water
- Atomic Systematics and Nuclear Structure
- Abundance and Fractionation of Stable Isotopes
- Abundance Variations by Natural Processes
- Radionuclide Decay and Production
- Equations of Radioactive Decay and Growth
- Natural Abundance of the Stable Isotope of C, O and H
- Natural Abundance of Radioactive Isotopes
- Chemistry of Carbonic Acid in Water
- Water Sampling and Laboratory Treatment
- Measuring Techniques
- Natural Isotopes of Elements Other than H, C, O
- Errors, Means and Fits
Volume II: Atmospheric Water
- The Atmosphere
- Isotope Methodology
- Stable Isotope Processes in the Water Cycle
- Observed Isotope Effects in Precipitation
- Tritium in the Atmosphere
- Isotopes in Atmospheric CO2 and O2
Volume III: Surface Water
- Basic Concepts and Models
- Rivers
- Estuaries and the Sea (by W.G. Mook)
- Lakes and Reservoirs
- Response of Surface Water Systems to Climatic Changes
Volume IV: Groundwater: Saturated and Unsaturated Zone
- Hydrogeology and Aquifer Characteristics
- Tracers and Transport
- Geohydraulic Aspects
- Water-Rock Interactions
- Application to Low-Temperature Systems
- Application to High-Temperature Systems
- Planning and Performance of Multiple Isotope Studies
Volume V: Man's Impact on Groundwater Systems
- Pollution Susceptibility of Aquifers and Pollution Assessment
- Groundwater Exploitation and Overexploitation
- Irrigation and the Impact on Groundwater Quality
- Impact on Urbanisation on Groundwater
- Impact of Land Use on Groundwater Quality
- Sampling of Water-Quantities, Methods, Points of Attention
- Outlook to further Applications
Volume VI: Modelling
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