(a) review and revisit the foundational principles of isotope hydrology in the light of the current state of knowledge;
(b) review recent developments in analytical instrumentation and applications of isotopes in water and climate studies; and
(c) identify research, analytical and training requirements for a wider use of isotope hydrology.
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Atmosphere-Hydrosphere Interactions
ATMIsotope applications in atmospheric and climate sciences.
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Groundwater Resources, Age Dating, and Geochemical Evolution
GWDIsotope tracers in groundwater resources evaluation, age dating, and geochemical evolution.
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Surface Water Isotopic Studies
HYDIsotope studies of surface waters and water balance evaluation.
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Laser Spectroscopy Advances
LASDevelopment of new isotopic applications using laser spectroscopy.
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New Approaches and Tools in Isotope Sciences.
DEVNew developments and approaches in the use of isotope tools in hydrology.
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Environmental Studies
ENVApplication of environmental isotopes in integrated hydrological and ecological impact studies
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Nutrient Cycles and Contamination
NUTNutrient cycling and contamination in surface and groundwater
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Isotopic and Hydrological Modeling
MODDevelopment and application of isotopic and hydrological models
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Analytical Methods
METIsotopic Analytical Methods and Development
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Isotopes in Precipitation
PPTStudies of Isotopes in Precipitation and Isocape Developments
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Paleoclimate and Paleohydrology
PALIsotope studies of past climate and hydrologic reconstructions
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Water Pollution Studies
POLIsotope tracers in water pollution studies
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Noble Gas Isotope Studies
NOBApplication of noble gases and tritium-He to hydrologic studies
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CRP
CRPAssociated CRP Meeting
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IAEA Technical Cooperation
TCPIAEA Technical Cooperation Program