Preface | p. v |
Environmental isotope tracers | p. 1 |
Application of accelerator mass spectrometry to environmental and paleoclimate studies at the University of Arizona | p. 3 |
Discriminating biogenic and anthropogenic chlorinated organic compounds using multi-isotope analyses of individual compounds | p. 24 |
Shift in stable water isotopes in precipitation in the Andean Amazon: Implications of deforestation or greenhouse impacts? | p. 39 |
Oceanic radionuclide tracers | p. 51 |
Southern Hemisphere Ocean Tracer Study (SHOTS): An overview and preliminary results | p. 53 |
Plutonium isotopes in seawater of the North Pacific: Effects of close-in fall-out | p. 67 |
Distribution of anthropogenic radionuclides in the water column off Rokkasho, Japan | p. 83 |
Artificial radionuclides in the Yellow Sea: Inputs and redistribution | p. 96 |
Radionuclides in the European seas | p. 135 |
Distribution of anthropogenic radionuclides in the water column of the south-western Mediterranean Sea | p. 137 |
Distribution of anthropogenic radionuclides in Moroccan coastal waters and sediments | p. 148 |
[superscript 137]Cs in seawater and sediment along the Algerian coast | p. 156 |
Physical and chemical characteristics of [superscript 137]Cs in the Baltic Sea | p. 165 |
Radioecological studies | p. 181 |
Comparison of the MARINA II dispersion model with CSERAM for estimating concentrations of radionuclides in UK waters | p. 183 |
Assessment of the discharge of NORM to the North Sea from produced water by the Norwegian oil and gas industry | p. 193 |
Uranium mining and ore processing in Ukraine - radioecological effects on the Dnipro River water ecosystem and human health | p. 206 |
[superscript 90]Sr, [superscript 137]Cs, [superscript 238]Pu, [superscript 230/240]Pu and [superscript 241]Am distributions in an alpine wetland, Boreon (France) | p. 215 |
Concentrations and characteristics of uranium isotopes in drinking waters collected in Italy and the Balkan regions and their radiological impact on the public | p. 223 |
The radiological evaluation of uranium, radium and radon in metallic and thermo-metallic springs in Ikaria Island, the eastern Aegean Sea, Greece | p. 235 |
Isotope biomonitors | p. 243 |
Bioaccumulation of radiocaesium in Arctic seals from Northeast Greenland | p. 245 |
Anthropogenic radionuclides in biota samples from the Caspian Sea | p. 255 |
[superscript 210]Po in fish, algae, mussel and beach sediment samples collected along the Turkish coast of the Black Sea | p. 265 |
[superscript 210]Po in mussels (Mytilus galloprovincialis) and sediments along the Turkish coast of the Aegean Sea | p. 272 |
Stable nitrogen isotopes reveal weak dependence of trophic position of planktivorous fish on individual size: A consequence of omnivorism and mobility | p. 281 |
Isotope hydrology | p. 295 |
Radiocarbon loss from DIC in vadose water flow above the Judea Aquifer, Israel | p. 297 |
Stable water isotopes as tools for basin-scale water cycle: Diagnosis of the Murray-Darling | p. 307 |
Isotopic characteristics of the Sava River basin in Slovenia | p. 317 |
[superscript 222]Rn as a tracer for the estimation of infiltration of surface waters into aquifers | p. 326 |
Monitoring of geochemical and geophysical parameters in the Gran Sasso aquifer | p. 335 |
Groundwater-seawater interactions | p. 343 |
Coastal water exchange rate studies at the southeastern Brazilian margin using Ra isotopes as tracers | p. 345 |
Submarine groundwater discharge in the southeastern Mediterranean (Israel) | p. 360 |
Submarine groundwater discharge investigations in Sicilian and Brazilian coastal waters using an underwater gamma-ray spectrometer | p. 373 |
Isotope hydrochemical investigation of saline intrusion in the coastal aquifer of Karachi, Pakistan | p. 382 |
Coastal radionuclide studies | p. 395 |
Temporal variations and behaviour of [superscript 90]Sr and [superscript 137]Cs in precipitation, river water and seawater in Japan | p. 397 |
Isotope fractionations and radiocarbon ages of beach rock samples collected from the Nansei Islands, southwest of Japan | p. 406 |
A model of recent sedimentation in the Cananeia-Iguape estuary, Brazil | p. 419 |
Modelling of environmental processes | p. 431 |
Simulation of the advection-diffusion-scavenging processes for [superscript 137]Cs and [superscript 239,240]Pu in the Japan Sea | p. 433 |
A biokinetic model for the uptake and depuration of radioiodine by the edible periwinkle Littorina littorea | p. 449 |
Environmental modelling: Modified approach for compartmental models | p. 463 |
Assessment of [superscript 137]Cs outspread in the Lithuanian part of the Baltic Sea | p. 477 |
Radiometrics techniques | p. 493 |
Low-level germanium gamma-ray spectrometry at the [mu]Bq/kg level and future developments towards higher sensitivity | p. 495 |
Depth profiles of environmental neutron fluxes in water and lead | p. 511 |
Radiocarbon measurement by liquid scintillation spectrometry at the Gran Sasso National Laboratory | p. 520 |
Monte Carlo simulation of the muon-induced background of an anti-Compton gamma-ray spectrometer placed in a surface and underground laboratory | p. 529 |
IAEA-MEL's underground counting laboratory - The design and main characteristics | p. 538 |
Levels of airborne radionuclides at Hegura Island, Japan | p. 554 |
The use of sodium iodide detectors to locate buried radioactive particles in the seabed off Dounreay nuclear facility, Scotland | p. 562 |
Mass spectrometry techniques | p. 579 |
Isotope selective ultratrace analysis of plutonium by resonance ionisation mass spectrometry | p. 581 |
Two 60-year records of [superscript 129]I from coral skeletons in the South Pacific Ocean | p. 592 |
Factors influencing the determination of ultra low levels of Pu-isotopes by sector field ICP-MS | p. 599 |
Management of data quality | p. 615 |
Recent IAEA reference materials and intercomparison exercises for radionuclides in the marine environment | p. 617 |
Towards quality excellence in radioanalytical laboratories at STUK, Finland | p. 629 |
Author Index | p. 641 |
Keyword Index | p. 643 |
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