Table Of Content

the Science of the Total Environment E LS EVIER The Science of the Total Environment 173/174 (1995) 413-414 Author index Volume 173/174 (1995) Abascal, F. 173, 41 Dien, P.Q. 173, 339 Kammerer, L. 173, 375 Al-Masri, M.S. 173, 53 Dyer, A. 173, 301 Alderson, S.P. 173, 169 da Conceigao, C.S. 173, 15 Lally, A.E. 173, 351 Allington, D.J. 173, 137 de Felice, P. 173, 267 Landsberger, S. 173, 323 Andriambololona, R. 173, 231 de Sanoit, J. 173, 267 Leonard, K.S. 173, 259 Anousis, 1. 173, 237 Li-Xing, Z. 173, 47 Ardisson, G. 173, 369 Emerson, HS. 173, 313 Livens, F.R. 173, 293, 345 Ewers, L.W. 173, 151 Longworth, R.D. 173,7 Barci, V.L. 173, 369 Lux, D. 173, 375 Barci-Funel, G. 173, 369 Lee Baxter, A.J. 173, 137 ee oa - Makinson, P.R. 173, 293, 345 Beals, D.M. 173, 101 »M.C. 173, Mancini, C. 173, 61 Belloni, P. 173, 61 way og Martinez-Aguirre, A. 173, 203 Bennett, B.A. 173, 351 ma 4 Martinotti, W. 173, !87 Benzing, R. 173, 351 ; Matsumoto, K. 173, 151 Biagini, R. 173, 267 Garcia, L.C. 173, 15 McCubbin, D. 173, 259 Bickel, M. 173, 83 Garcia-Leén,M . 173, 125, 203 McKenna, P. 173, 7 Binh, N.T. 173, 339 Garcia-Tenorio, R. 173, 125 Medin, G. 173, 225 Birch, C.P. 173, 351 Gaso, MI. 173, 41 Meli, M.A. 173, 187 Blackburn, R. 173, 53 Godelitsas, A. 173, 237 Mendoza, R. 173, 41 Bolivar, J.P. 173, 125 Gou-Rong, T. 173, 47 Ming-shun, Z. 173, 47 Borossay, J. 173, 283 Gravett, A. 173, 399 Misaelides, P. 173, 237 Bradley, E.J. 173, 23 Green, N. 173, 385 Morrison, R.T. 173, 169, 179 Brajnik, D. 173, 225 Grego, J. 173, | Mobius, S. 173, 231 Bulman, R.A. 173, 151 Miiller, A. 173, 393 Butterworth, J.C. 173, 293 Haas, G. 173, 393 Haase, G. 173, 159 Notaro, M. 173, 61 Carpenter, R.C. 173, 169, 179 Ham, G.J. 173, 19 Cavaioli, M. 173, 61 Hayes, D.W. 173, 101 Oliveira, J.P. 173, 15 Cervantes, M.L. 173, 41 Hegbrant, J. 173, 407 Oliveira, A.E. 173, 15 Charistos, D. 173, 237 Hirose, K. 173, 195 Clain, A.F. 173, 15 Holm, E. 173, 407 Papucci, C. 173, 187 Clayton, R.F. 173, 23 Holmes, LJ. 173, 345 Parry, S.J. 173, 351 Cobb, J. 173, 179 Perkin, E.M.E. 173, 247, 267 Collins, C. 173, 399 Ingrao, G. 173, 61 Pinglot, J.F. 173, 211 Cooper, E.L. 173, 275 Ismail, S.S. 173, 69 Pona, C. 173, 267 Ivanovich, M. 173, 203 Poole, A.J. 173, 137 Dalmasso, J. 173, 369 Pourchet, M. 173, 211 Dean, J.C.J. 173, 247 Jerome, S.M. 173, 247, 267 Delfanti, R. 173, 187 Jongisook, W. 173, 231 Queirazza, G. 173, 187 Dersch, R. 173, 267 Josefsson, D. 173, 407 Desideri, D. 173, 187 Justino, J. 173,| Ramadan, A. 173, 69 414 Author index /T he Science of the Total Environment 173/174 (1995) 413-414 Ramamonjisoa, T.-L. 173, 231 Surbeck, H. 173, 91 Vasselli, R. 173, 61 Rao, R.R. 173, 275 Sziklai, 1.L. 173, 283 Velazquez, R. 173, 41 Rausch, H. 173, 283 Vernon, L.M. 173, 169 Rikker, T: 173, 283 Tait, D. 173, 159 Vianna, M.E. 173, 15 Robinson, V.J. 173, 345 Tauhata, L. 173, 15 Rihm, W. 173, 375 Testa, C. 173, 187 Warwick, P. 173, 179 Thi Thanh, V. 173, 339 Wickenden, D.A. 173, 117 Salazar, S. 173, 41 Thysel, H. 173, 407 Wiechen, A. 173, 159 Sanders, T.W. 173, 169 Tobler, L. 173, 361 Wilkins, B.T. 173, 385 Santaroni, P. 173, 61 Toole, J. 173, 117, 169 Wirth, E. 173, 375 Schénhofer, F. 173, 29 Torkos, K. 173, 283 Woods, M.J. 173, 247, 267 Segovia, N. 173, 41 Torri, G. 173, 61 Wu, D. 173, 323 Shaheen, T. 173, 301 Triulzi, C. 173, 187 Wyttenbach, A. 173, 361 Slowikowski, B. 173, 83 Stanovnik, A. 173, 225 Van Britsom, G. 173, 83 Young, A.K. 173, 137, 313 Staric, M. 173, 225 Van Duong, P. 173, 339 Zemplén-Papp, E. 173, 283 the Science of the Total Environment into theE nvironment ondi tsR elationship with Man The Science of the Total Environment 173/174 (1995) 415-420 Subject index Volume 173/174 (1995) Acid leaching; Dissolution; Uranium; Thorium; Activity Bismuth-210; Analysis; Water; Lead-210 173, 117 ratio 173, 313 Bovine muscle tissue; '4C labelling; Homogenization; Freeze- Actinides; Determination; Chromatography; Environmental drying 173, 275 173, 19 Brazil; Radionuclide analysis; Environmental samples; Nation- Activity ratio; Dissolution; Acid leaching; Uranium; al intercomparison programs 173, 15 Thorium 173, 313 4C labelling; Bovine muscle tissue; Homogenization; Freeze- drying 173, 275 Adsorbent resin; Sr; Sorption; Milk; Radioactive tracing 173, 159 Carbon-14; Sulphur-35; Tritium; Deposition; Vegetation 173, Air particulates; Volatile organic compounds (VOC); Fly-ash; 399 Hungary 173, 283 Cation exchange; Radioisotopes; Uptake 173, 301 Alpha-spectrometry; Natural radionuclides; Drinking water; Gamma-spectrometry 173, 91 Cerenkov; Assay; 7°Ra; Water 173, 53 Analysis; Water; Lead-210; Bismuth-210 173, 117 Cesium; Rubidium; Potassium; Norway spruce; Picea abies; Needle; Soil 173, 361 Analytical methods; ?!°Ph; 2!°po 173, 23 Chemical form; Polonium; Bioavailability 173, 151 Ancient ceramics; Provenance studies; INAA (instrumental neutron activation analysis); Concentration fingerprint 173, Chemical industry; Phosphate fertiliser; Phosphoric acid; 345 Phosphogypsum; Natural radioactivity 173, 125 Aqueous solutions; Zeoliferous rocks; Thorium; Uranium; Up- Cherenkov radiation; Beta spectrometry; ®Sr/Y 173, 225 take processes; Microporous minerals; Instrumental neutron activation analysis (INAA); X-ray fluorescence (XRF); Scan- Chernobyl; Sellafield; Radiocaesium; Radioactivity; Isle of ning electron microscopy (SEM) 173, 237 Man 173,7 Assay; Cerenkov; 7°Ra; Water 173, 53 Chernobyl fallout; Tree rings; Spruce; Radionuclides 173, 393 Beta proportional counting; Radiocaesium and radioruthenium; Chromatography; Actinides; Determination; Environmental Determination; Foodstuffs 173, 169 173, 19 Beta spectrometry; Cherenkov radiation; Sr/Y 173, 225 Cluster analysis; River Nile, water quality; Egypt; INAA 173, 69 Bioavailability; Polonium; Chemical form 173, 151 Biological indicator; Radioactive contamination; Moss; Lichen; Coal-fired power plants; Nuclear activation analysis; Radio- Radionuclide transfer 173, 369 nuclides; Pollution; Trace element 173, 339 416 Subject index / The Science of the Total Environment 173/174 (1995 )415—420 Concentration fingerprint; Ancient ceramics; Provenance stud- Fly-ash; Volatile organic compounds (VOC); Air particulates; ies; INAA (instrumental neutron activation analysis) 173, 345 Hungary 173, 283 Deposition; Carbon-14; Sulphur-35; Tritium; Vegetation 173, Foodstuffs; Radiocaesium and radioruthenium; Determination; 399 Beta proportional counting 173, 169 Forest ecosystem; 30-km zone; Radionuclide uptake 173, 375 Determination; Actinides; Chromatography; Environmental 173, 19 Freeze-drying; Bovine muscle tissue; 'C labelling; Homogenization 173, 275 Determination; Radiocaesium and radioruthenium; Foodstuffs; Beta proportional counting 173, 169 Gamma counting; Lucas cell counting; Radon; Liquid scintillation counting 173, 61 Dissolution; Acid leaching; Uranium; Thorium; Activity ratio 173, 313 Gamma spectrometry; Environmental radioactivity; Nuclear facilities; Radionuclide; Helix aspersa; Uranium ore 173, 41 Drinking water; Natural radionuclides; Alpha-spectrometry; Gamma-spectrometry 173, 91 Gamma-rays; Environmental; Radioactivity; Intercom- parison 173, 247 Egypt; River Nile, water quality; INAA; Cluster analysis 173, 69 Gamma-spectrometry; Natural radionuclides; Drinking water; Alpha-spectrometry 173, 91 B-emitter; lon chromatography; Liquid scintillation; a- emitter 173, 231 Glaciers; Radioactivity measurements; Lake sediments 173, 211 a-emitter; lon chromatography; Liquid scintillation; £- emitter 173, 231 Groundwater; Field study; Tritium migration; Radioactive nuclide 173, 47 a-emitters; Liquid scintillation spectrometry; Environmental measurement; Tritium; Krypton-85; Strontium-90 173, 29 Heavy metals; Neutron activation analysis; Indoor air 173, 323 Environmental; Actinides; Determination; Chromatography 173, 19 Helix aspersa,; Environmental radioactivity; Nuclear facilities; Radionuclide; Gamma spectrometry; Uranium ore 173, 41 Environmental; Isotope dilution; ICP-MS; Technetium-99; lodine-129; Tritium 173, 101 Hemodialysis; Radiocaesium; Peritoneal dialysis 173, 407 Environmental; Radioactivity; Intercomparison; Gamma- Homogeneity test; Reference materials; y-Ray spectrometry; rays 173, 247 Environmental radioactivity 173, 267 Homogenization; Bovine muscle tissue; '*C labelling; Freeze- Environmental materials; Neutron activation analysis; Quality control 173, | drying 173, 275 Environmental measurement; Liquid scintillation spectrometry; Hungary; Voatile organic compounds (VOC); Air particulates; a-emitters; Tritium; Krypton-85; Strontium-90 173, 29 Fly-ash 173, 283 Environmental radioactivity; Homogeneity test; Reference Uranium, rapid detection; Uranium, natural materials; y-Ray spectrometry 173, 267 waters 173, 83 129]. Milk; Neutron flux; Irradiation 173, 351 Environmental radioactivity; Nuclear facilities; Radionuclide; Helix aspersa, Gamma spectrometry; Uranium ore 173, 41 ICP-MS; Isotope dilution; Technetium-99; Iodine-129; Triti- Environmental samples; Radionuclide analysis; National inter- um; Environmental 173, 101 comparison programs; Brazil 173, 15 INAA (instrumental neutron activation analysis); Ancient Fertilizer industries; Radionuclide pollution; Uranium (U); ceramics; Provenance studies; Concentration fingerprint 173, Thorium (Th); River sediments 173, 203 345 Field study; Tritium migration; Groundwater; Radioactive INAA; River Nile, water quality; Egypt; Cluster analysis 173, nuclide 173, 47 69 Subject index /T he Science of the Total Environment 173/174 (1995 )415—420 417 Indoor air; Neutron activation analysis; Heavy metals 173, Microorganisms; Thorium-complexing capacity; Particulate 323 uranium; Strong organic ligand 173, 195 Microporous minerals; Zeoliferous rocks; Thorium; Uranium; Instrumental neutron activation analysis (INAA); Zeoliferous rocks; Thorium; Uranium; Aqueous solutions; Uptake process- Aqueous solutions; Uptake processes; Instrumental neutron es; Microporous minerals; X-ray fluorescence (XRF); Scanning activation analysis (INAA); X-ray fluorescence (XRF); Scan- electron microscopy (SEM) 173, 237 ning electron microscopy (SEM) 173, 237 Milk; ']; Neutron flux; Irradiation 173, 351 intercomparison; Environmental; Radioactivity; Gamma- rays 173, 247 Milk; Sr; Sorption; Radioactive tracing; Adsorbent resin 173, 159 lodine-129; Isotope dilution; ICP-MS; Technetium-99; Tritium; Environmental 173, 101 Milk; Strontium-90; Yttrium-90; Ion-chromatography 173, 179 Ton chromatography; Liquid scintillation; a-emitter; B- emitter 173, 231 Moss; Biological indicator; Radioactive contamination; Lichen; Radionuclide transfer 173, 369 lon-chromatography; Milk; Strontium-90; Yttrium-90 173, 179 National intercomparison programs; Radionuclide analysis; Environmental samples; Brazil 173, 15 Irish Sea; Phosphogypsum; U-series radionuclides 173, 137 Natural radioactivity; Phosphate fertiliser; Chemical industry; Irradiation; Milk; ‘1; Neutron flux 173, 351 Phosphoric acid; Phosphogypsum 173, 125 Isle of Man; Chernobyl; Sellafield; Radiocaesium; Radio- Natural radionuclides; Drinking water; Alpha-spectrometry; activity 173, 7 Gamma-spectrometry 173, 91 Isotope dilution; ICP-MS; Technetium-99; Iodine-129; Tritium; Needle; Cesium; Rubidium; Potassium; Norway spruce; Picea Environmental 173, 101 abies; Soil 173, 361 Krypton-85; Liquid scintillation spectrometry; Environmental Neutron activation analysis; Environmental materials; Quality measurement; a-emitters; Tritium; Strontium-90 173, 29 control 173, 1 Laboratory Study; Sorption; Radiotracer; Thorium; Neutron activation analysis; Heavy metals; Indoor air 173, 323 Radiocolloid 173, 259 Neutron flux; Milk; '2°1; Irradiation 173, 351 Lake sediments; Radioactivity measurements; Glaciers 173, 211 Norway spruce; Cesium; Rubidium; Potassium; Picea abies; Needle; Soil 173, 361 Lead-210; Analysis; Water; Bismuth-210 173, 117 Nuclear activation analysis; Coal-fired power plants; Radio- Lichen; Biological indicator; Radioactive contamination; nuclides; Pollution; Trace element 173, 339 Moss; Radionuclide transfer 173, 369 Nuclear facilities; Environmental radioactivity; Radionuclide; Liquid scintillation; Ion chromatography; a-emitter; §- Helix aspersa; Gamma spectrometry; Uranium ore 173, 41 emitter 173, 231 Nuclear industry; Plutonium concentration; Sediment core; Liquid scintillation counting; Lucas cell counting; Radon; Mediterranean Sea; Sedimentation process 173, 187 Gamma counting 173, 61 Particulate uranium; = Thorium-complexing capacity; Liquid scintillation spectrometry; Environmental measurement; Microorganisms; Strong organic ligand 173, 195 a-emitters; Tritium; Krypton-85; Strontium-90 173, 29 210pp,; 2!9po: Analytical methods 173, 23 Lucas cell counting; Radon; Gamma counting; Liquid scintillation counting 173, 61 Peritoneal dialysis; Radiocaesium; Hemodialysis 173, 407 Mediterranean Sea; Plutonium concentration; Sediment core; Phosphate fertiliser; Chemical industry; Phosphoric acid; Nuclear industry; Sedimentation process 173, 187 Phosphogypsum; Natural radioactivity 173, 125 418 Subject index /T he Science of the Total Environment 173/174 (1995 )415—420 Phosphogypsum; Phosphate fertiliser; Chemical industry; Radiochemical separation; Rhenium; Ruthenium; Yield Phosphoric acid; Natural radioactivity 173, 125 monitor 173, 293 Phosphogypsum; U-series radionuclides; Irish Sea 173, 137 Radiocolloid; Sorption; Radiotracer; Laboratory Study; Thorium 173, 259 Phosphoric acid; Phosphate fertiliser; Chemical industry; Phosphogypsum; Natural radioactivity 173, 125 Radioisotopes; Uptake; Cation exchange 173, 301 Picea abies; Cesium; Rubidium; Potassium; Norway spruce; Radionuclide; Environmental radioactivity; Nuclear facilities; Needle; Soil 173, 361 Helix aspersa; Gamma spectrometry; U:anium ore 173, 41 Plutonium concentration; Sediment core; Mediterranean Sea; Radionuclide analysis; Environmental samples; National inter- Nuclear industry; Sedimentation process 173, 187 comparison programs; Brazil 173, 15 2109; 2!°ph: Analytical methods 173, 23 Radionuclide pollution; Uranium (U); Thorium (Th); River sediments; Fertilizer industries 173, 203 Pollution; Coal-fired power plants; Nuclear activation analysis; Radionuclides; Trace element 173, 339 Radionuclide transfer; Biological indicator; Radioactive contamination; Moss; Lichen 173, 369 Polonium; Bioavailability; Chemical form 173, 151 Radionuclide uptake; 30-km zone; Forest ecosystem 173, 375 Potassium; Cesium; Rubidium; Norway spruce; Picea abies; Needle; Soil 173, 361 Radionuclides; Coal-fired power plants; Nuclear activation analysis; Pollution; Trace element 173, 339 Provenance studies; Ancient ceramics; INAA (instrumental neutron activation analysis); Concentration fingerprint 173, Radionuclides; Transfer; Vegetables; Reclaimed land 173, 385 345 Radionuclides; Tree rings; Spruce; Chernobyl fallout 173, 393 Quality control; Environmental materials; Neutron activation analysis 173, | Radiotracer; Sorption; Laboratory Study; Thorium; Radiocolloid 173, 259 26R: Cerenkov; Assay; Water 173, 53 Radon; Lucas cell counting; Gamma counting; Liquid scintilla- Radioactive contamination; Biological indicator; Moss; Lichen; tion counting 173, 61 Radionuclide transfer 173, 369 y-Ray spectrometry; Homogeneity test; Reference materials; Radioactive nuclide; Field study; Tritium migration; Ground- Environmental radioactivity 173, 267 water 173, 47 Reclaimed land; Radionuclides; Transfer; Vegetables 173, 385 Radioactive tracing; Sr; Sorption; Milk; Adsorbent resin 173, 159 Reference materials; Homogeneity test; y-Ray spectrometry; Environmental radioactivity 173, 267 Radioactivity; Chernobyl; Sellafield; Radiocaesium; Isle of Man 173,7 Rhenium; Ruthenium; Yield monitor; Radiochemical separation 173, 293 Radioactivity; Environmental; Intercomparison; Gamma- rays 173, 247 River Nile, water quality; Egypt; INAA; Cluster analysis 173, 69 Radioactivity measurements; Glaciers; Lake sediments 173, 211 River sediments; Radionuclide pollution; Uranium (U); Thorium (Th); Fertilizer industries 173, 203 Radiocaesium; Chernobyl; Sellafield; Radioactivity; Isle of Man 173, 7 Rubidium; Cesium; Potassium; Norway spruce; Picea abies; Radiocaesium; Hemodialysis; Peritoneal dialysis 173, 407 Needle; Soil 173, 361 Radiocaesium and radioruthenium; Determination; Foodstuffs; Ruthenium; Rhenium; Yield monitor; Radiochemical separ- Beta proportional counting 173, 169 ation 173, 293 Subject index / The Science of the Total Environment 173/174 (1995 )415-—420 419 Scanning electron microscopy (SEM); Zeoliferous rocks; Thorium-complexing —_ capacity; Particulate uranium; Thorium; Uranium; Aqueous solutions; Uptake processes; Microorganisms; Strong organic ligand 173, 195 Microporous minerals; Instrumental neutron activation analysis (INAA); X-ray fluorescence (XRF) 173, 237 Trace element; Coal-fired power plants; Nuclear activation analysis; Radionuclides; Pollution 173, 339 Sediment core; Plutonium concentration; Mediterranean Sea; Nuclear industry; Sedimentation process 173, 187 Transfer; Radionuclides; Vegetables; Reclaimed land 173, 385 Sedimentation process; Plutonium concentration; Sediment core; Mediterranean Sea; Nuclear industry 173, 187 Tree rings; Spruce; Radionuclides; Chernobyl fallout 173, 393 Sellafield; Chernobyl; Radiocaesium; Radioactivity; Isle of Tritium; Carbon-14; Sulphur-35; Deposition; Vegetation 173, Man 173,7 399 Soil; Cesium; Rubidium; Potassium; Norway spruce; Picea Tritium; Isotope dilution; ICP-MS; Technetium-99; lodine-129; abies; Needle 173, 361 Environmental 173, 101 Sorption; Radiotracer; Laboratory Study; Thorium; Radio- Tritium; Liquid scintillation spectrometry; Environmental colloid 173, 259 measurement; a-emitters; Krypton-85; Strontium-90 173, 29 Sorption; Sr; Milk; Radioactive tracing; Adsorbent resin 173, Tritium migration; Field study; Groundwater; Radioactive 159 nuclide 173, 47 Spruce; Tree rings; Radionuclides; Chernobyl fallout 173, 393 U-series radionuclides; Phosphogypsum; Irish Sea 173, 137 Sr; Sorption; Milk; Radioactive tracing; Adsorbent resin 173, Uptake; Radioisotopes; Cation exchange 173, 301 159 Uptake processes; Zeoliferous rocks; Thorium; Uranium; ®Sr/Y; Beta spectrometry; Cherenkov radiation 173, 225 Aqueous solutions; Microporous minerals; Instrumental neutron activation analysis (INAA); X-ray fluorescence (XRF); Strong organic ligand; Thorium-complexing capacity; Par- Scanning electron microscopy (SEM) 173, 237 ticulate uranium; Microorganisms 173, 195 Uranium (U); Radionuclide pollution; Thorium (Th); River Strontium-90; Liquid scintillation spectrometry; Environmental sediments; Fertilizer industries 173, 203 measurement; a-emitters; Tritium; Krypton-85 173, 29 Uranium; Dissolution; Acid leaching; Thorium; Activity Strontium-90; Milk; Yttrium-90; Ion-chromatography 173, ratio 173, 313 179 Uranium; Zeoliferous rocks; Thorium; Aqueous solutions; Up- Sulphur-35; Carbon-14; Tritium; Deposition; Vegetation 173, take processes; Microporous minerals; Instrumental neutron 399 activation analysis (INAA); X-ray fluorescence (XRF); Scan- ning electron microscopy (SEM) 173, 237 Technetium-99; Isotope dilution; ICP-MS; Iodine-129; Tritium; Environmental 173, 101 Uranium ore; Environmental radioactivity; Nuclear facilities; Radionuclide; Helix aspersa; Gamma spectrometry 173, 41 Thorium (Th); Radionuclide pollution; Uranium (U); River sediments; Fertilizer industries 173, 203 Uranium, natural waters; Uranium, rapid detection; Thorium; Dissolution; Acid leaching; Uranium; Activity Hyphan 173, 83 ratio 173, 313 Uranium, rapid detection; Uranium, natural waters; Thorium; Sorption; Radiotracer; Laboratory Study; Hyphan 173, 83 Radiocolloid 173, 259 Vegetables; Radionuclides; Transfer; Reclaimed land 173, Thorium; Zeoliferous rocks; Uranium; Aqueous solutions; Up- 385 take processes; Microporous minerals; Instrumental neutron activation analysis (INAA); X-ray fluorescence (XRF); Scan- Vegetation; Carbon-14; Sulphur-35; Tritium; Deposition 173, ning electron microscopy (SEM) 173, 237 399 420 Subject index /T he Science of the Total Environment 173/174 (1995 )415-420 Volatile organic compounds (VOC); Air particulates; Fly-ash; Yield monitor; Rhenium; Ruthenium; Radiochemical separ- Hungary 173, 283 ation 173, 293 Water; Analysis; Lead-210; Bismuth-210 173, 117 Yttrium-90; Milk; Strontium-90; lon-chromatography 173, 179 Water; Cerenkov; Assay; Ra 173, 53 Zeoliferous rocks; Thorium; Uranium; Aqueous solutions; Up- X-ray fluorescence (XRF); Zeoliferous rocks; Thorium; Urani- take processes; Microporous minerals; Instrumental neutron um; Aqueous solutions; Uptake processes; Microporous activation analysis (INAA); X-ray fluorescence (XRF); Scan- minerals; Instrumental neutron activation analysis (INAA); ning electron microscopy (SEM) 173, 237 Scanning electron microscopy (SEM) 173, 237 30-km zone; Radionuclide uptake; Forest ecosystem 173, 375