Chapter
Chapter 2 Aquatic radioecology post Chernobyl — a review of the past and a look to the future
Chapter 3 Present thoughts on the aquatic countermeasures applied to regions of the Dnieper river catchment contaminated by the 1986 Chernobyl accident
Chapter 4 The characterization and retention of different transport phases of 137Cs and 90Sr in three contrasting Nordic lakes
Chapter 5 The role of a spring river as a source of 137Cs in a lagoon environment: the case of the Stella river (Marano lagoon, Northern Adriatic Sea)
Chapter 6 Migration of radionuclides in rivers: effect of the kinetics of radionuclide interaction with suspended solids
Chapter 7 Distribution, cycling and mean residence time of 226Ra, 210Pb and 210Po in the Tagus estuary
Chapter 8 Mobilization studies of 137Cs in sediments from Rochedo Reservoir, Goiânia, Go., Brazil
Chapter 9 Interpreting and predicting in situ distribution coefficients of radiocaesium in aquatic systems
Chapter 10 Microbially mediated redissolution of cesium radionuclides from the sediment of a shallow eutrophic lake
Chapter 11 Migration and modelling of tritium in waste water reservoirs and a retention pond
Chapter 12 Solid phase speciation of radiocaesium in bottom sediments
Chapter 13 Redistribution of sedimentary 137Cs in small Swedish lakes after the Chernobyl fallout 1986
Chapter 14 Long-term kinetics of radiocesium fixation by soils
Chapter 15 Physical and chemical features of the Chernobyl nuclides migration processes in the rivers of Belarus
Chapter 16 Effects of a partial drawdown on the dynamics of 137Cs in an abandoned reactor cooling reservoir
Chapter 17 Correlation analysis of the contamination of freshwater sediments in the Labe (Elbe) river catchment with gamma-emitting radionuclides
Chapter 18 On the differential binding mechanisms of radiostrontium and radiocaesium in sediments
Chapter 19 Tracing of sedimentation and post-depositional redistribution processes in Lake Constance with 137Cs
Chapter 20 Sediment resuspension as a long-term secondary source of Chernobyl 137Cs in lake ecosystems: the example of Blacksåstjärn (Sweden)
Chapter 21 The role of the rivers in Chernobyl radiocesium delivery, distribution and accumulation in coastal sediments of the Northern Adriatic Sea
Chapter 22 Distribution of artificial radiocontamination in lagoon environment of northern Adriatic
Chapter 23 Recent radioecological investigations in the Austrian part of the Danube river
Chapter 24 In situ assessment of Kd factors in the Austrian part of the Danube river
Chapter 25 Caesium-137 transport from the rivers located in the Chernobyl area to the Kiev reservoir
Chapter 26 Distribution of natural radioactivity within an estuary affected by releases from the phosphate industry
Chapter 27 Natural radionuclides in the Amazon river flood plain soils
Chapter 28 210Pb enhancement in rivers affected by the phosphate rock processing in southwestern Spain
Chapter 29 Bioavailability of radiocobalt to the common carp, Cyprinus carpio, in complexing environments
Chapter 30 The quantification of metallic or radioactive pollutant flows in freshwater by the use of a mathematical model describing the evolution of contamination levels of a bryophyte species, Platyhypnidium riparioides
Chapter 31 Calcium influences radio-cobalt uptake by the common carp, Cyprinus carpio
Chapter 32 Mechanisms of radiocesium uptake and accumulation in Riccia fluitans
Chapter 33 Contamination of fish with 137Cs in Kiev reservoir and old river bed of Pripyat near Chernobyl
Chapter 34 Trace metal transfers between water and sediment in a freshwater system. Influence of microbial activity
Chapter 35 Caesium-137 excretion and bioenergetic processes in Cyprinus carpio L. acclimatized to different potassium concentrations in water
Chapter 36 Caesium-137 biological half-life evaluation in Cyprinus carpio L. of different weights from the cooling pond of the Chernobyl NPP
Chapter 37 A bioenergetics approach to modeling seasonal patterns in the bioaccumulation of radiocesium
Chapter 38 Potassium and stable caesium effect on radiocaesium uptake and loss by the Cyprinid fish, Chondrostoma polylepis polylepis
Chapter 39 Polonium-210 in mussels and fish from the Baltic–North Sea estuary
Chapter 40 Uptake of polonium-210 by mussels from effluents emitted by different phosphorus plants
Chapter 41 Polonium-210 uptake by Mytilus edulis (L.) in Irish estuarine and inshore waters
Chapter 42 A screening model approach to determine probable impacts to fish from historic releases of radionuclides
Chapter 43 Modelling the long-term behaviour of radioactive substances in fresh water systems: role of migration from catchment basins and of radionuclide exchange between water and sediment
Chapter 44 The use of 210Pb and 137Cs as tracers in modelling transport processes in lake catchment systems
Chapter 45 Modelling of Chernobyl radiocaesium behaviour in catchment–lake–sediment system Devoke Water (Cumbria, UK)
Chapter 46 Modelling 226Ra dispersion in an estuarine system at the southwest of spain
Chapter 47 Radioecology assessment in waterways in France with nuclear facilities (1989–1993)
Chapter 48 The modelling concept for the radioactive contamination of waterbodies in RODOS, the decision support system for nuclear emergencies in Europe
Chapter 49 Assessment of the dispersion of radionuclides in flowing water using a dynamic model
Studies In Envlronmentai Science
Freshwater and Estuarine Radioecology
( Studies in Environmental Science )
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