Modelling the dispersion of radionuclides in the marine environment: An introduction

Modelling the Dispersion of Radionuclides in the Marine Environment: An Introduction

Volumn , Issue , 2005, Pages 1-201

  Periáñez, Raúl ^a  

^a UNIVERSITY OF SEVILLE   (Spain)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84892805188     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1007/b138979     Document Type: Book

References (176)

1. Abril J.M. (1998). Basic microscopic theory of the distribution, transfer and uptake kinetics of dissolved radionuclides by suspended PARTiculate matter. PART 1: Theory development. Journal of Environmental Radioactivity, 41, pp 307-324.
2. Abril J.M. and Garcia-Leon M. (1993). A 2D 4-pliases marine dispersion model for non conservative radionuclides. PART 1: conceptual and computational model. Journal of Environmental Radioactivity, 20, pp 71-88.
3. Abril J.M. and Garcia-Leon M. (1993). A 2D 1 phases marine dispersion model for radionuclides. PART 2: Two application cases, Cs and ' Pu dispersion in the Irish Sea. Journal of Environmental Radioactivity, 20, pp 89-115.
4. Abril J.M. and Garcia-Leon M. (1994). Modelling the distribution of suspended matter and the sedimentation process in a marine environment. Ecological Modelling, 71, pp 197-219.
5. Abril J.M. and Fraga E. (1996). Some physical and chemical features of the variability of kj distribution coefficients of radionuclides. Journal of Environmental Radioactivity, 30, pp 253-270.
6. Abril J.M. and Abdel-Aal M.M. (2000). Marine radioactivity studies in the Suez Canal. A modelling study on radionuclide dispersion. Journal of Environmental Radioactivity, 48, pp 279-302.
7. Abril J.M. and Abdel-Aal M.M. (2000). Marine radioactivity studies in the Suez Canal. PART I: hydrodynamics and transit times. Estuarine, Coastal and Shelf Science. 50, 489-502.
8. Abril J.M. abd Abdel-Aal M.M. (2000). A modelling study on hydrodynamics and pollutant dispersion in the Suez Canal. Ecological Modelling, 128, pp 1-17.
9. Abril J.M., Abdel-Aal M.M., Al-Gamal S.A., Abdel-Hay F.A. and Zahar H.M. (2000). Marine radioactivity studies in the Suez Canal, PART II: field experiments and a modelling studies of dispersion. Estuarine, Coastal and Shelf Science. 50, pp 503-514.
10. 226, Ra anthropogenic dis-charges. Science of the Total Environment, 329, pp 183-195.
11. Aldridge J.N. (1998). CSERAM: A model for prediction of marine radionuclide transport in both PARTiculate and dissolved phases. Radiation Protection Dosimetry, 75, pp 99-103.
12. Aldridge J.N.. Kershaw P., Brown J.. McCubbin D.. Leonard K.S. and Young E.F. (2003). Transport of plutonium (239/240 pu) and caesium (137Cs) in the Irish Sea: comparison between observations and results from sediment, and contaminant transport modelling. Continental Shelf Research, 23, pp 869-899.
13. Auelair P., Marsaleix P. and Estournel C. (2000). Sigma coordinate pressure gradient errors: evaluation and reduction by an inverse method. Journal of Atmospheric and Oceanic Technology, 17, pp 1348-1367.
14. Baekhaus J.O. (1985). A three dimensional model for the simulation of shelf sea dynamics. German Journal of Hydrography, 38, pp 165-187.
15. Baxter M.S., Harms I., Osvath I., Povinec P.P. and Scott E.M. (1998). Modelling the potential radiological consequences of radioactive waste dumping in the Kara Sea. Journal of Environmental Radioactivity, 39, pp 161-182.
16. Bay Y., Wang Z. and Slien H. (2003). Three dimensional modelling of sediment transport and the effects of dredging in the Hayhe Estuary. Estuarine, Coastal and Shelf Science, 56, pp 175-186.
17. Benes P. and Cernik M. (1992). Kinetics of radionuclide interaction with suspended solids in modelling the migration of radionuclides in rivers. Effect of the concentration of solids and temperature. Journal of Radioanalytieal Nuclear Chemistry, 159, pp 187-200.
18. Benes P., Cernik M. and Lam-Ramos P. (1992). Factors affecting interaction of radiocesium with freshwater solids. Contact time, concentration of solids and temperature. Journal of Radioanalytieal Nuclear Chemistry, 159, pp 201-218.
19. Benes P., Picat P., Cernik M. and Quinault, J.M. (1992). Kinetics of radionuclide interaction with suspended solids in modelling the migration of radionuclides in rivers. 1: parameters for two-step kinetics. Journal of Radioanalytieal Nuclear Chemistry, 159, pp 175-186.
20. Bolin B. and Rodhe H. (1973). A note on the concepts of age distribution and transit time in natural reservoirs. Tellus, 25, pp 58-63.
21. Børretzen P. and Salbu B. (2000). Estimation of apparent rate coefficients for radionuclides interacting with marine sediments from Novava Zemlya. The Science of the Total Environment, 262, pp 91-102.
22. Borretzen P. and Salbu B. (2002). Fixation of Cs to marine sediments estimated by a stochastic modelling approach. Journal of Environmental Radioactivity, 61, pp 1-20.
23. Breshears D.D., Kirehner T.B. and Whicker F.W. (1992). Contaminant transport through agroceosystcms: Assessing relative importance of environmental, physiological, and management factors. Ecological Applications, 2, pp 285-297.
24. Breton M. and Salomon J.C. (1995). A 2D long term adveetion dispersion model for the Channel and southern North Sea. PART A: validation through comparisons with artificial radionuclides. Journal of Marine Systems, 6, pp 495-513.
25. Calmet D. and Fernandez J.M. (1990). Caesium distribution in northwest Mediterranean seawater, suspended PARTicles and sediments. Continental Shelf Research, 10, pp 895-913.
26. Cancino L. and Neves R. (1999). Hydrodynamic and sediment, suspension modelling in estuarine systems. PART I: description of the numerical models. Journal of Marine Systems, 22, pp 105-116.
27. Carroll J.. Boisson F., Fowler S.W. and Teyssie J.L. (1997). Radionuclide adsorption to sediments from nuclear waste1 dumping sites in the Kara Sea. Marine Pollution Bulletin, 35, pp 296-304.
28. Carroll, J. and Harms I.H. (1999). Uncertainty analysis of PARTition coefficients in a radionuclide transport model. Water Research. 33, pp 2617-2626.
29. Cetina M., Rajar R. and Povinec P. (2000). Modelling of circulation and dispersion of radioactive pollutants in the Japan Sea. Oceanologiea Acta, 23, pp 819-836.
30. Charmasson S. (2003). Cs inventorv in sediment near the Rhone mouth: role played by differ (nit sources. Oceanologiea Acta, 26, pp 435-441.
31. Chen X. (2004). Modeling hydrodynamics and salt transport in the Alalia River estuary, Florida, during May 1999-Deccmbcr 2001. Esturinc, Coastal and Shelf Science, 61, pp 477-490.
32. Ciffroy P., Gamier J.M. and Pliam M.K. (2001). Kinetics of the adsorption and desorption of radionuclides of Co, Mn, Cs, Fe, Ag and Cd in freshwater systems: experimental and modelling approaches. Journal of Environmental Radioactivity, 55, pp 71-91.
33. Clarke S. (1995). Advective/diffusive processes in the Firth of Forth. PhD Thesis, University of Wales, Bangor.
34. Clarke S. and Elliott A.J. (1998). Modelling suspended sediment concentrations in the Firth of Forth. Estuarine, Coastal and Shelf Science, 17, pp 235-250.
35. Cheng H.P., Yeli G.T. and Cheng J.R. (2000). A numerical model simulating reactive transport in shallow water domains: model development, and demonstrative applications. Advances in Environmental Research, 4, pp 187-209.
36. Cugier P. and Le Hir P. (2002). Development of a 3D hydrodynamic model for coastal ecosystem modelling. Application to the plume of the Seine River. Estuarine, Coastal and Shelf Science, 55, pp 673-695.
37. Davies A.M. (1985). A three dimensional modal model of wind induced flow in a sea region. Progress in Oceanography, 15, pp 71-128.
38. Davies A.M. and Gerritsen H. (1994). An intereomparison of three dimensional tidal hydrodynamie models of the Irish Sea. Tellus, 46A, pp 200-221.
39. Davies A.M. and Lawrence J. (1995). Modelling the effect of wave-current interaction on the three dimensional wind driven circulation on the eastern Irish Sea. Journal of Physical Oceanography, 99, pp 22665-22687.
40. Davies A.M., Kwong S.C.M. and Flather R.A. (1997). Formulation of a variable function 3D model with applications to the AI2 and Ma tide on the northwest European continental shelf. Continental Shelf Res earth, 17, pp 165-204.
41. Davies A.M., Jones J.E. and Xing J. (1997). Review on recent developments 111 tidal hydrodynamie models. I: spectral models. Journal of Hydraulic Engineering, 123, pp 278-292.
42. Davies A.M., Jones J.E. and Xing J. (1997). Review on recent developments in tidal hydrodynamie models. II: Turbulence energy models. Journal of Hydraulic Engineering, 123, pp 293-302.
43. Davies A. and Hall P. (2000). A three? dimensional model of diurnal and semidiurnal tides and tidal mixing in the North Channel of the Irish Sea. Journal of Geophysical Research, 105, pp 17079-17104.
44. Danish Hydraulics Institute (1996). MIKE21 coastal hydraulics and oceanography hydrodynamie module, release 2.6.
45. Dick S. and Schonfeld W. (1996). Water transport and mixing in the North Frisian Waddcn Sea. Results of numerical investigations. German Journal of Hydrography, 48, pp 27-48.
46. Deleersnijder E., Campin J.M. and Delhez E.J.M. (2001). The concept of age in marine modelling I: Theory and preliminary model results. Journal of Marine Systems, 28, 229-267.
47. Delhez E.J.M. (1996). On the residual advection of passive constituents. Journal of Marine Systems, 8, 147-169.
48. Duursma E.K. and Carroll J. (1996). Environmental ComPARTments. Springer-Verlag, Berlin.
49. Eisma D. (1981). Supply and deposition of suspended matter in the North Sea. Spec Pubis int. Ass Sediment, 5, pp 415-428.
50. Eisma D. (1993). Suspended Matter in the Aquatic Environment. Springer-Verlag, Berlin.
51. El-Ganaoui O., Schaaff E., Bover P., Amielli M., Anselmet F. and Grenz C. (2004). The deposition and erosion of cohesive sediments determined by a multi-class model. Estuarine, Coastal and Shelf Science. 60. 457-475.
52. El-Mrabet R., Abril J.M., Manjon G. and Garcia-Tenorio R. (2001). Experimental and modelling study of plutonium uptake by suspended matter in aquatic environments from southern Spain. Water Research, 35, pp 4184-4190.
53. Elliott A.J. (1986). Shear diffusion and the spread of oil in the surface layers of the North Sea. German Journal of Hydrography, 39, pp 113-137.
54. Elliott A.J. and Clarke S. (1998). Shallow water tides in the Firth of Forth. Hydrograpliic Journal, 87, 19-24.
55. Elliott A.J., Wilkins B.T. and Mansfield P. (2001). On the disposal of contaminated milk in coastal waters. Marine? Pollution Bulletin, 42, pp 927-934.
56. Estournel C., Kondraehoff V., Marsaleix P. and Vehil R. (1997). The plume of the Rhone: numerical simulation and remote sensing. Continental Shelf Research, 17, pp 899-924.
57. Evrolle F. and Charmasson S. (2001). Distribution of organic carbon, selected stable? elements and artificial radionuclides among dissolved, colloidal and PARTiculate phases in the Rhone River (France): preliminary results. Journal of Environmental Radioactivity, 55, pp 145-155.
58. Evrolle F. and Charmasson S. (2004). Importance of colloids in the transport within the dissolved phase (< 450 nm) of artificial radionuclides from the Rhone River towards the Gulf of Lions (Mediterranean Sea). Journal of Environmental Radioactivity, 72, pp 273-286.
59. Falconer R.A. and Owens P.H. (1987). Numerical simulations of flooding and drying in a depth-averaged tidal flow model. Proceedings of the Institution of Civil Engineers, 83, pp 161-180.
60. Flather R.A. and Heaps N.S. (1975). Tidal computations for Morecambe Bay. Geophysical Journal of the Royal Astronomical Society, 42, pp 489-517.
61. Flather R.A. (1988). A numerical model investigation of tides and diurnal period continental shelf waves along Vancouver Island. Journal of Physical Oceanography, 18, pp 115-139.
62. Flather R.A. (1994). A storm surge prediction model for the northern Bay of Bengal with application to the cyclone disaster in april 1991. Journal of Physical Oceanography, 24, pp 172-190.
63. Gao Y., Drange H., Bentsen M. and Johannessen M. (2004). Simulating transport of non-Chernobyl " Cs and Sr in the north Atlantic-Artie region. Journal of Environmental Radioactivity, 71, pp 1-16.
64. Gomez-Gesteira M., Montero P., Prego R., Taboada J.J., Lcitao P., Ruiz-Villareal M., Neves R. and Perez-Villar V. (1999). A too-dimensional PARTicle-Tracking model for pollution dispersion in A Coruna and Vigo Rias (NW Spain). Oeeanologiea Acta, 22, pp 167-177.
65. Goshawk J.A., Clarke S., Smith C.N. and McDonald P. (2003). MEAD (PART l)-A mathematical model of the long-term dispersion of radioactivity in sh|clf sea environments. Journal of Environmental Radioactivity, 68, pp 115-135.
66. Hallstadius L., Garaa-Montano E., Nilsson U. and Boelskifte S. (1987). An improved and validated model for the North Sea and adjacent waters. Journal of Environmental Radioactivity, 5, pp 261-274.
67. 239 Pu released from dumped waste in the Kara Sea. Journal of Marine Systems, 13, pp 1-19.
68. Harms I.H. and Povincc P.P. (1999). The outflow of radionuclides from Novava Zemlya bays-modeling and monitoring strategies. The Science of the Total Environment, 237/238, pp 193-201.
69. Harms I.H., Kareher M.J. and Dcthleff D. (2000). Modelling Siberian river runoff-implications for contaminant transport in the Artie Ocean. Journal of Marine Systems, 27, pp 95-115.
70. Hazel D.R. and England M.H. (2003). Prediction of the fate of radioactive material in the south Pacific Ocean using a global high resolution ocean model. Journal of Environmental Radioactivity, 65, pp 329-355.
71. Holt J.T. and James I.D. (1999). A simulation of the southern North Sea in comparison with measurements from the North Sea Project. PART 2: suspended PARTiculate matter. Continental Shelf Research, 19, pp 1617-1642.
72. Holt J.T. and Proctor R. (2001). Dispersion in shallow seas. Encyclopedia of Ocean Sciences, Academic Press, San Diego, pp 742-747.
73. Hunter J.R. (1987). The application of lagrangian PARTicle tracking techniques to modelling of dispersion in the sea. In: Numerical Modelling. Applications to Marine Systems. J. Nove (editor). Elsevier, North-Holland, pp 257-269.
74. IAEA (1985). Sediment kj and concentration factors for radionuclides in the marine environment. Technical Report Series, 247, Vienna.
75. Iosjpe M., Brown J. and Strand P. (2002). A modified approach for box modelling of radiological consequences from releases into the marine environment. Journal of Environmental Radioactivity, 60, pp 91-103.
76. Jensen T.G. (1998). Open boundary conditions in stratified ocean models. Journal of Marine Systems, 16, 297-322.
77. Jiang W., Pohlmann T., Sundermann J. and Feng S. (2000). A modelling study of SPM transport in the Bohai Sea. Journal of Marine Systems, 24, pp 175-200.
78. Jones I.E. (2002). Coastal and shelf sea modelling in the European context. Oceanography and Marine Biology: An Annual Review, 40, pp 37-141.
79. Jones I.E. and Davies A.M. (1996). A high resolution three dimensional model of the M2, M4, M6, S2, N2, K1 and 01 tides in the eastern Irish Sea. Estuarine Coastal Shelf Science, 42, pp 311-346.
80. 99Tc in the Nordic Seas and the Artie Ocean: A comparison of model results and observations. Journal of Environmental Radioactivity, 74, pp 185-198.
81. Kim D., Nakada N., Horiguchi T., Takada H., Shiraishi H. and Nakasugi O. (2004). Numerical simulation of organic chemicals in a marine environment using a coupled 3D hydrodynamic and eeotoxieological model. Marine Pollution Bulletin, 48, pp 671-678.
82. Kobayashi T., Nagai H., Chino M. and Togawa O. (2004). Development of SPEEDI-MP and its application to a hypothetical accident of a nuclear submarine at the Japan Sea. In: J. Inaba, H. Tsukada and A. Takeda (editors), Radioecology and Environmental Dosimetry. Institute of Environmental Sciences, Japan, pp 500-504.
83. Kondrachoff V., Estournel C., Marsaleix P. and Vehil R. (1994). Detection of the Rhone River plume using NOAA-AVHRR data. Comparison with hydro-dynamic modeling results. Oceanic Remote Sensing and Sea Ice Monitoring, 2319, pp 73-84.
84. Kowalick Z. and Murty T.S. (1993). Numerical Modelling of Ocean Dynamics. World Scientific, Singapore.
85. Koziv L., Maderich V., Margvelashvilv N. and Zheleznyak M. (1998). Three dimensional model of radionuclide dispersion in estuaries and shelf seas. Environmental Modelling and Software, 13, pp 413-420.
86. 133 Ba and effects of salinity and suspended load concentrations. Journal of Radioanalvtical Nuclear Chemistry, 237, pp 55-61.
87. Lazar A. and Rancher J. (1999). Simulation of radionuclide dispersion in the Pacific Ocean from Mururoa Atoll. Journal of Environmental Radioactivity, 43, pp 31-49.
88. Li Y.H., Burkhardt L., Buchholtz M., O'Hara P. and Santschi P.H. (1984). PARTition of radiotracers between suspended PARTiclcs and seawater. Geochimica and Cosmochimica Acta, 48, pp 2011-2019.
89. Liu Y.P., Millward G.E. and Harris J.R.W. (1998). Modelling the distributions of dissolved Zn and Ni in the Tamar estuary using hydrodynamics coupled with chemical kinetics. Estuarinc, Coastal and shelf Science 17. 535-546.
90. Liu W.C., Hsu M.H. and Kuo A.Y. (2002). Modelling of hydrodynamics and cohesive sediment, transport in Tanshui River estuarinc system, Taiwan. Marine Pollution Bulletin, 44, pp 1076-1088.
91. Liu J.T., Cliao S. and Hsu R.T. (2002). Numerical modeling study of sediment dispersal by a river plume. Continental Shelf Research, 22, pp 1745-1773.
92. Lumborg U. and Windelin A. (2003). Hydrography and cohesive sediment modelling: Application to the Romo Dyb tidal area. Journal of Marine Systems, 38, pp 287-303.
93. Mananes R., Bruno M., Alonso J., Fraguela B. and Tejedor L. (1998). Nonlinear interaction between tidal and subincrtial barotropic flows in the Strait of Gibraltar. Oceanologica Acta, 21, pp 33-46.
94. Margvelashvilv N., Maderich V. and Zheleznyak, M. (1997). Threetox: A computer code to simulate1 three dimensional dispersion of radionuclides in stratified water bodies. Radiation Protection Dosimetry, 73, pp 177-180.
95. Margvelashvilv N., Maderich V. and Zheleznyak M. (1999). Simulation of radionuclide fluxes from the Dnieper-Bug estuary into the Black Sea. Journal of Environmental Radioactivity, 43, pp 157-171.
96. Marsaleix P., Estournel C., Kondrachoff V. and Vehil R. (1998). A numerical study of the formation of the Rhone River plume. Journal of Marine Systems. 14, pp 99-115.
97. Martin J.M. and Thomas A.J. (1990). Origins, concentrations and distributions of artificial radionuclides discharged by the Rhone River to the Mediterranean Sea. Journal of Environmental Radioactivity, 11, pp 105-139.
98. 226 Ra in an estuarinc environment. Journal of Radioanalytical Nuclear Chemistry, 207, pp 357-367.
99. Massel S.R. (1999). Fluid Mechanics for Marine Ecologists. Springer-Verlag, Berlin.
100. McKay W.A. and Pattenden N.J. (1993). The behaviour of plutonium and americium in the shoreline waters of the Irish Sea: A review of Harwell studies in the 1980s. Journal of Environmental Radioactivity, 18, pp 99-132.
101. Mittelstaedt E., Osvatli I., Povinec P.P., Togawa O. and Scott E.M. (1999). Transport of radionuclides from the Mururoa and Fangataufa atolls through the marine environment. The Science of the Total Environment, 237/238, pp 301-309.
102. 137 Cs in the world ocean. Deep Sea Research II, 50, pp 2803-2816.
103. Nakano M. and Povinec P. (2003). Modelling the distribution of plutonium in the Pacific Ocean. Journal of Environmental Radioactivity, 69, pp 85-106.
104. Naudin J.J.. Cauwet G.. Fajon C.. Oriol L.. Terzic S.. Devenon J.L. and Broche P. (2001). Effect, of mixing on microbial communities in the Rhone River plume. Journal of Marine Systems, 28, 203-227.
105. Ng B., Turner A., Tyler A.O., Falconer R.A. and Millward G.E. (1996). Modelling contaminant geochemistry in estuaries. Water Research, 30, pp 63-74.
106. Nicholson, J. and O'Connor B.A. (1986). Cohesive sediment transport model. Journal of Hydraulic Engineering. 112, pp 621-640.
107. Nielsen S.P. (1995). A box model for North-East. Atlantic coastal waters compared with radioactive tracers. Journal of Marine Systems, 6, pp 545-560.
108. Nielsen S.P., Iosjpe M. and Strand P. (1997). Collective closes to man from dumping of radioactive waste in the Arctic Seas. The Science of the Total Environment, 202, pp 135-146.
109. Nyffeler U.P., Li Y.H. and Santsehi P.H. (1984). A kinetic approach to describe trace element, distribution between PARTicles and solution in natural aquatic systems. Geochimica Cosmoehimiea Acta, 48, pp 1513-1522.
110. Okubo A. (1971). Oceanic diffusion diagrams. Deep Sea Research, 18, pp 789-802.
111. Orlanski I. (1976). A simple boundary condition for unbounded hyperbolic flows. Journal of Computational Physics, 21, pp 255-261.
112. 90 Sr from sediments: potential sources to artic waters. The Science of the Total Environment, 202, pp 155-165.
113. Perianez R. and Garda-Leon M. (1993). Ra-isotopes around a phosphate fertilizer complex in an estuarinc system at. the southwest of Spain. Journal of Radioanalytieal Nuclear Chemistry, 172, pp 71-79.
114. 226 Ra dispersion in an estuarinc system in southwest Spain. Journal of Environmental Radioactivity, 24, pp 159-179.
115. Perianez R., Abril J.M. and Garcia-Leon M. (1996). Modelling the dispersion of non conservative radionuclides in tidal waters. PART 1: conceptual and mathematical model. Journal of Environmental Radioactivity, 31, pp 127-141.
116. Perianez R., Abril J.M. and Garcia-Leon M. (1996). Modelling the suspended matter distribution in an estuarinc system: Application to the Odicl river in southwest Spain. Ecological Modelling, 87, pp 169-179.
117. Perianez R., Abril J.M. and Garcia-Leon M. (1996). Modelling the dispersion of non conservative radionuclides in tidal waters. PART 2: Application to 226Ra dispersion in an estuarinc system. Journal of Environmental Radioactivity, 31, pp 253-272.
118. Perianez R. and Martinez-Aguirre A. (1997). Uranium and thorium concentrations in an estuary affected by phosphate? fertilizer processing: experimental results and a modelling study. Journal of Environmental Radioactivity, 35, pp 281-304.
119. Perianez R. (1998). Three-dimensional modelling of the tide induced dispersion of radionuclides in the Sea. Journal of Environmental Radioactivity, 40, pp 215-237.
120. Perianez R. (1998). A three dimensional a coordinate model to simulate the dispersion of radionuclides in the marine environment. Ecological Modelling, 114, 59-70.
121. 239, 240 pu dispersion in the eastern Irish Sea. Journal of Marine Systems, 22, 37-51.
122. Perianez R. and Regucra J. (1999). A numerical model to simulate the tidal dispersion of radionuclides in the English Channel. Journal of Environmental Radioactivity, 43, pp 51-64.
123. 239, 240 pu in the English Channel. Journal of Environmental Radioactivity, 49, pp 259-277.
124. Perianez R. (2000). Modelling the physico-chemical spcciation of plutonium in the eastern Irish Sea. Journal of Environmental Radioactivity, 49, pp 11-33.
125. Perianez R. and Elliott A.J. (2002). A PARTicle tracking method for simulating the dispersion of non-conservative radionuclides in coastal waters. Journal of Environmental Radioactivity, 58, pp 13-33.
126. Perianez R. (2002). Modelling the physico-chemical spcciation of plutonium in the eastern Irish Sea: A further development. Journal of Environmental Radioactivity, 62, pp 263-276.
127. 226 Ra in a tidal estuary due to the operation of fertilizer factories and redissolution from sediments: experimental results and a modelling study. Estuarinc, Coastal and Shelf Science, 54, pp 809-819.
128. Perianez R. (2002). Modelling the suspended matter dynamics in a marine environment using a three dimensional coordinate1 model: Application to the eastern Irish Sea. Applied Mathematical Modelling, 26, pp 583-601.
129. Perianez R. (2003). Kinetic modelling of the dispersion of plutonium in the eastern Irish Sea: Two approaches. Journal of Marine Systems, 38, pp 259-275.
130. Perianez R. (2003). Redissolution and long term transport of radionuclides released from a contaminated sediment: A numerical modelling study. Estuarinc, Coastal and Shelf Science, 56, pp 5-14.
131. Perianez R. (2004). Testing the behaviour of different kinetic models for uptake/release of radionuclides between water and sediments when implemented in a marine? dispersion model. Journal of Environmental Radioactivity, 71. pp 243-259.
132. 239, 240 pu in the Rhone River plume: A numerical model. Journal of Environmental Radioactivity, 77, pp 301-324.
133. Perianez R. (2004). A PARTicle-tracking model for simulating pollutant dispersion in the Strait of Gibraltar. Marine Pollution Bulletin, 49, pp 613-623.
134. Perianez R. (2004). On the sensitivity of a marine dispersion model to parameters describing the transfers of radionuclides between the liquid and solid phases. Journal of Environmental Radioactivity, 73, pp 101-115.
135. Perianez R. (2005). Modelling the transport of suspended PARTiculate matter by the Rhone River plume (France). Implications for pollutant dispersion. Environmental Pollution, 133, pp 351-364.
136. 226 Ra anthropogenic discharges: numerical simulations. Science of the Total Environment.
137. Piasecki M. (1998). Transport of radionuclides incorporating eohesive/non cohesive sediments. Journal of Marine Environmental Engineering, 4, 331-365.
138. Postma H. (1980). Sediment transport and sedimentation. In: E. Olausson and I. Cato (editors), Chemistry and Biogeochcmistry of Estuaries. Wiley, New York, pp 153-186.
139. Prandle D. (1975). Storm surges in the southern North Sea and River Thames. Proceedings of the Royal Society of London, A311, pp 509-539.
140. 137Cs in the seas of the European continental shelf. Philosophical Transactions of the Royal Society. London, A310, pp 407-436.
141. Prandle D. (1997). Tidal characteristics of suspended sediments concentrations. Journal of Hydraulic Engineering, 123, pp 341-350.
142. Prandle D., Jago C.F., Jones S.E., Purdie D.A. and Tappin A. (1993). The influence of horizontal circulation on the supply and distributions of tracers. Philosophical Transactions of the Royal Society, London, A313, pp 405-421.
143. Prandle D., Hargreaves J.C., McManus J.P., Campbell A.R., Duwe K., Lane A., Mahnke P., Shimwell S. and Wolf J. (2000). Tide, wave and suspended sediment modelling on an open coast, Holderness. Coastal Engineering, 41, pp 237-267.
144. Preller R.H. and Cheng A.B. (1999). Modelling the transport of radioactive contaminants in the Artie. Marine Pollution Bulletin, 38, pp 71-91.
145. Proctor R., Flat her R.A. and Elliott A.J. (1994). Modelling tides and surface drift in the Arabian Gulf: Application to the Gulf oil spill. Continental Shelf Research, 14, pp 531-545.
146. Proctor R., Elliott A.J. and Flather R.A. (1994). Forecast and hindcast simulations of the Braer oil spill. Marine Pollution Bulletin, 28, pp 219-229.
147. Pugli D.T. (1987). Tides, Surges and Mean Sea Level. Wiley, Chichester.
148. 210 Pb and caesium accumulation in the Rhone Delta sediments. Estuarine. Coastal and Shelf Science, 48, pp 77-92.
149. Riddle A.M. (1998). The specification of mixing in random walk models for dispersion in the sea. Continental Shelf Research, 18, pp 441-456.
150. Ruddick K.G., Deleersnijder E., Luyten P.J. and Ozer J. (1995). Haline stratification in the Rhinc-Mcusc freshwater plume: A three dimensional model sensitivity analysis. Continental Shelf Research, 15, pp 1597-1630.
151. Salomon J.C., Breton M. and Guegueniat P. (1995). A 2D long term advection dispersion model for the Channel and southern North Sea. PART B: Transit time and transfer function from Cap de La Hague. Journal of Marine Systems, 6, pp 515-527.
152. 137 Cs in the Mediterranean Sea. Journal of Marine Systems, 33, pp 457-472.
153. Schonfeld W. (1995). Numerical simulation of the dispersion of artificial radionuclides in the English Channel and the North Sea. Journal of Marine Systems, 6, pp 529-544.
154. Scott E.M. (2003). Modelling Radioactivity in the Environment. Elsevier, Amsterdam.
155. Segschncider J. and Sundermann J. (1998). Simulating large scale transport of suspended matter. Journal of Marine Systems, 14, pp 81-97.
156. Slien J. and Haas L. (2004). Calculating age and residence time in the tidal York River using three dimensional model experiments. Estuarine, Coastal and Shelf Science, 61, pp 449-461.
157. Smith C.N., Goshawk J.A., Charles K., McDonald P., Leonard K. and McCub-bin D. (2003). MEAD (PART 2)-Predictions of radioactivity concentrations in the Irish Sea. Journal of Environmental Radioactivity, 68, pp 193-241.
158. 90 Sr distributions in the Black Sea. Journal of Environmental Radioactivity, 43, pp 187-203.
159. Stelling G.S., Wiersma A.K. and Willemse J.B.T.M. (1986). Practical aspects of accurate tidal computations. Journal of Hydraulic Engineering, 112, pp 802-817.
160. Stelling G.S. and J.A.M. van Kester (1994). On the approximation of horizontal gradients in sigma coordinates for bathymetry with steep bottom slopes. International Journal for Numerical Methods in Fluids, 18, pp 915-935.
161. Tappin A.D., Burton J.D., Millward G.E. and Statham P.J. (1997). A numerical transport model for predicting the distributions of Cd, Cu, Ni, Pb and Zn in the southern North Sea: The sensitivity of model results to the uncertainties in the magnitudes of metal inputs. Journal of Marine Systems, 13, pp 173-204.
162. Tattersail G.R., Elliott A.J. and Lynn N.M. (2003). Suspended sediment concentrations in the Tamar estuary. Estuarine, Coastal and Shelf Science, 57, pp 679-688.
163. Tejedor L., Izquierdo A., Kagan B.A. and Sein D.V. (1999). Simulation of the semidiurnal tides in the Strait of Gibraltar. Journal of Geophysical Research, 104, 13541-13557.
164. Thiessen K.M., Thorne M.C., Maul P.R., Prolil G. and Wheater H.S. (1999). Modelling radionuclide distribution and transport in the environment. Environmental Pollution, 100, pp 151-177.
165. Thill A., Moils tier S., Gamier J.M., Estournel C., Naudin J.J. and Bottero J.Y., (2001). Evolution of PARTicle size and concentration in the Rhone River mixing zone: influence of salt floceulation. Continental Shelf Research, 21, pp 2127-2140.
166. Thomas A.J. (1997). Input of artificial radionuclides to the Gulf of Lions and tracing the Rhone influence in marine surface sediments. Deep Sea Research II. 44, pp 577-595.
167. Tsimplis M.N., Proctor R. and Flather R.A. (1995). A two dimensional tidal model for the Mediterranean Sea. Journal of Geosphvsical Research, 100, pp 16223-16239.
168. Tsimplis M.N. and Bryden H.L. (2000). Estimations of the transports through the Strait of Gibraltar. Deep Sea Research, 47, pp 2219-2242.
169. 239,240, pu concentrations by an ocean general circulation model. Journal of Environmental Radioactivity, 69, pp 61-84.
170. Tinner A. and Millward, G.E. (1994). PARTitioning of trace metals in a maeroticlal estuary. Implications for contaminant transport models. Estuarine, Coastal and Shelf Science, 39, pp 45-58.
171. Vested H.J., Baretta J.W., Ekebjaerg L.C. and Labrosse A. (1996). Coupling of hydrodynamical transport and ecological models for 2D horizontal flow. Journal of Marine Systems, 8, pp 255-267.
172. Vreugdcnhil C.B. (1998). Numerical Methods for Shallow Water Flows. Kluwer, The Netherlands.
173. Whicker F.W., Shaw G., Voigt G. and Holm E. (1999). Radioactive contamination: state of the science and its application to predictive models. Environmental Pollution, 100, pp 133-149.
174. Williams J.J., Humpherv J.D., Hardcastle P.J. and Wilson D.J. (1998). Field observations of hydrodynamie conditions and suspended PARTiculate matter in the southern North Sea. Continental Shelf Research, 18, 1215-1233.
175. Wu Y., Falconer R.A. and Uncles R.J. (1998). Modelling of water flows and cohesive sediment, fluxes in the Humber Estuarv. UK. Marine Pollution Bulletin. 37. 182-189.
176. Xing J. and Davies A. (1999). The effect of wind direction and mixing upon the spreading of a bouyant plume in a non-tidal regime?. Continental Shelf Research, 19, pp 1437-1483.