The Science of the Total Environment 1995: Vol 172 Index

7 Pages·1995·1.2 MB·English

the Science of the
Total Environment
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The Science of the Total Environment 172 (1995) 257
Author index
Volume 172 (1995)
Adejumo, J.A. 172, 189 Evens, R. 172, 145 Oluwole, A.F. 172, 189
Aina, P.O. 172, 189 Oyedele, D.J. 172, 189
Assimakopoulos, P.A. 172, 17 Facchetti, S. 172, 133
Asubiojo, O.1. 172, 189 Fawaris, B.H. 172, 251 Pakou, A.A. 172, 17
Frank, A. 172, 37 Pala, M. 172, 57
Balducci, D. 172, 57 Pavoni, B. 172, 21
Benoit-Guyod, J.-L. 172, 197 Galgan, V. 172, 37 Pépin, D. 172, 79
Berny, P.J. 172, 163 Giannoni, L. 172, 119 Peshev, D. 172, 151
Bohatier, J. 172, 79 Groliére, C.A. 172, 79 Piccardo, M.T. 172, 57
Boix, A. 172, 1 Gron, C. 172, 159 Prudent, P. 172, 229
Bralic, M. 172, 237 Guczi, J. 172, 65 Puente, X. 172, 175
Bratt, P. 172, 47
Braven, J. 172, 145 Iskander, F.Y. 172, 127 Radic, N. 172, 237
Brescianini, C. 172, 57 Ravera,O. 172, 119
Buck, W.B. 172, 163 Johanson, K.J. 172, 251
Bulman, R.A. 172, 65 Johansson, I. 172, 47 Sanfeliu, T. 172, |
Butler, E.I. 172, 145 Jordan, M.M. 172, 1 Sauvant, M.P. 172, 79
Sfriso, A. 172, 21
Cala, V. 172, 245 Krog, M. 172, 159 Stamoulis, K.C. 172, 17
Carballeira, A. 172, 175 Szabo, G. 172, 65
Carral, E. 172, 175 Lazzarotto, A. 172, 57
Chapman, J. 172, 145 Lin, T.-S. 172, 223 Thomas, O. 172, 229
Compan, V. 172, | Linder, J. 172, 47
Cété, L.M. 172, 163 Lyday, M. 172, 127 Valerio, F. 172, 57
Valyon, J. 172, 65
Déportes, I. 172, 197 Mantzios, A.S. 172, 17 Vigil de la Villa, R. 172, 245
Divanes, K. 172, 17 Marcomini, A. 172, 21 Villares, R. 172, 175
Djingova, R. 172, 151 Massiani, C. 172, 229
Domeizel, M. 172, 229 Wagner, G. 172, 151
Duane, M.J. 172, 133 Neretnieks, I. 172, 95
de la Flor, M. 172, 245 Nikolaou, E. 172, 17 Yan, J. 172, 95
Nriagu, J.O. 172, 223
Ericson, T. 172, 47 Zmirou, D. 172, 197
Obioh, 1.B. 172, 189

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ELSEVIER The Science of the Total Environment 172 (1995) 259-262
Subject index
Volume 172 (1995)
AAS; Biomonitoring; Heavy metal; Populus nigra; INAA; Clus- Cluster analysis; Biomonitoring; Heavy metal; Populus nigra;
ter analysis 172, 151 AAS; INAA 172, 151
Acid extraction procedures; Estuarine sediments; Modal analy- Coal fly ash; Waste glass phase; Solid waste; Dissolution mech-
sis; Intertidal organisms; Particle size distribution 172, 175 anism and kinetics; Geochemical modeling; Release of toxic
metals 172, 95
Airborne cadmium exposure; Airborne particulate sample; Traf-
fic and urban waste incineration 172, 57 Compost; Municipal wastes; Organic pollutants; Inorganic pol-
lutants; Microorganisms; Ingestion; Food chain; Inhala-
Airborne particulate sample; Airborne cadmium exposure; Traf- tion 172, 197
fic and urban waste incineration 172, 57
Compost; Organic matter; Gel permeation chromatography;
Aluminium fluoride complexation; Potentiometric investigation; U.V. spectroscopy; Index of maturity 172, 229
Potential-time curves; Ligand 172, 237
Copper; Sorption; Iron oxyhydroxides 172, 245
Arsenic; Wild rice; Softwater; Lead; Copper; Cadmium; Iron;
Zinc 172, 223 Copper; Wild rice; Softwater; Lead; Cadmium; Arsenic; Iron;
Zinc 172, 223
Artificial soil particles; Radiosilver; Sorption; Humic and fulvic
acids; Fe/Mn oxides; Chernozem soil 172, 65 Critical toxic levels; Lead contamination; Lead smelter;
Nigeria; Waste disposal 172, 189
Baseflow water samples; Town Lake, Austin, Texas; Neutron
activation analysis; Water contamination 172, 127 Derivates; Vinyl chloride monomer; Metabolites; Structure-
activity relationship; L-929 fibroblasts; Tetrahymena pyriformis
Biomonitoring; Heavy metal; Populus nigra; AAS; INAA; Clus- GL. 172,79
ter analysis 172, 151
Dissolution mechanism and kinetics; Waste glass phase; Solid
BLC; Dogs and cats; Senteniels; Lead; Soil contamina- waste; Coal fly ash; Geochemical modeling; Release of toxic
tion 172, 163 metals 172, 95
Cadmium; Wild rice; Softwater; Lead; Copper; Arsenic; Iron; Dissolved free amino acids; Sea water composition; Phyto-
Zinc 172, 223 plankton 172, 145
Castellén, Spain; SO, pollution; Particulate matter pollution; Dogs and cats; Senteniels; Lead; Soil contamination; BLC
Vectorial model, wind 172, | 172, 163
Chernobyl; Plankton; Radionuclides; Lake Monate, Italy; Lake Estuarine sediments; Modal analysis; Intertidal organisms; Acid
Comabbio, Italy 172, 119 extraction procedures; Particle size distribution 172, 175
Chernozem soil; Radiosilver; Artificial soil particles; Sorption; Eutrophication; Venice lagoon; Phosphorus; Nitrogen; Macro-
Humic and fulvic acids; Fe/Mn oxides 172, 65 algal biomass; Shell fragments 172, 21
260 Subject index /T he Science of the Total Environment 172 (1995) 259-262
Fe/Ma oxides; Radiosilver; Artificial soil particles; Sorption; Iron oxyhydroxides; Copper; Sorption 172, 245
Humic and fulvic acids; Chernozem soil 172, 65
L-929 fibroblasts; Vinyl chloride monomer; Metabolites;
Food chain; Municipal wastes; Compost; Organic pollutants; Derivates; Structure-activity relationship; Tetrahymena pyrifor-
Inorganic pollutants; Microorganisms; Ingestion; Inhala- mis GL. 172, 79
tion 172, 197
Lake Comabbio, Italy; Plankton; Radionuclides; Chernobyl;
Forest soil; Sorption; Radiocaesium ('*’Cs); Zeolite trapping Lake Monate, Italy 172, 119
factor; Heat treatment 172, 251
Lead; Dogs and cats; Senteniels; Soil contamination; BLC
Gel permeation chromatography; Compost; Organic matter; 172, 163
U.V. spectroscopy; Index of maturity 172, 229
Lead; Wild rice; Softwater; Copper; Cadmium; Arsenic; Iron;
Geochemical modeling; Waste glass phase; Solid waste; Coal fly Zinc 172, 223
ash; Dissolution mechanism and kinetics; Release of toxic met-
als 172, 95 Lead contamination; Lead smelter; Nigeria; Critical toxic levels;
Waste disposal 172, 189
Groundwater, humic substances; Groundwater, isolation of
humic substances 172, 159 Lead smelter; Lead contamination; Nigeria; Critical toxic lev-
els; Waste disposal 172, 189
Groundwater, isolation of humic substances; Groundwater,
humic substances 172, 159 Ligand; Potentiometric investigation; Potential-time curves;
Aluminium fluoride complexation 172, 237
Heat treatment; Sorption; Radiocaesium ('*’Cs); Zeolite trap-
ping factor; Forest soil 172, 251 Liver; Moose; Selenium; Monitoring 172, 37
Heavy metal; Biomonitoring; Populus nigra; AAS; INAA; Clus- biomass; Venice lagoon; Phosphorus; Nitrogen;
ter analysis 172, 151 Eutrophication; Shell fragments 172, 21
Humic and fulvic acids; Radiosilver; Artificial soil particles; Mercury; Rats; Saliva; Salivary glands 172, 47
Sorption; Fe/Mn oxides; Chernozem soil 172, 65
Metabolites; Vinyl chloride monomer; Derivates; Structure-
ICP-MS analyses; Water; On-site 172, 133 activity relationship; L-929 fibroblasts; Tetrahymena pyriformis
GL. 172,79
INAA; Biomonitoring; Heavy metal; Populus nigra; AAS; Clus-
ter analysis 172, 151 Microorganisms; Municipal wastes; Compost; Organic pollu-
tants; Inorganic pollutants; Ingestion; Food chain; Inhala-
Index of maturity; Compost; Organic matter; Gel permeation tion 172, 197
chromatography; U.V. spectroscopy 172, 229
Modal analysis; Estuarine sediments; Intertidal organisms;
Acid extraction procedures; Particle size distribution 172, 175
Ingestion; Municipal wastes; Compost; Organic pollutants; In-
organic pollutants; Microorganisms; Food chain; Inhala-
Monitoring; Moose; Liver; Selenium 172, 37
tion 172, 197
Moose; Liver; Selenium; Monitoring 172, 37
Inhalation; Municipal wastes; Compost; Organic pollutants; In-
organic pollutants; Microorganisms; Ingestion; Food chain
Municipal wastes; Compost; Organic pollutants; Inorganic pol-
172, 197
lutants; Microorganisms; Ingestion; Food chain; Inhalation
172, 197
Inorganic pollutants; Municipal wastes; Compost; Organic pol-
lutants; Microorganisms; Ingestion; Food chain; Inhalation Neutron activation analysis; Baseflow water samples; Town
172, 197 Lake, Austin, Texas; Water contamination 172, 127
Intertidal organisms; Estuarine sediments; Modal analysis; Acid Nigeria; Lead contamination; Lead smelter; Critical toxic lev-
extraction procedures; Particle size distribution 172, 175 els; Waste disposal 172, 189
Iron; Wild rice; Softwater; Lead; Copper; Cadmium; Arsenic; Nitrogen; Venice lagoon; Phosphorus; Eutrophication; Macro-
Zinc 172, 223 algal biomass; Sheil fragments 172, 21
Subject index / The Science of the Total Environment 172 (1995) 259-262
On-site; ICP-MS analyses; Water 172, 133 Selenium; Moose; Liver; Monitoring 172, 37
Organic matter; Compost; Gel permeation chromatography; Senteniels; Dogs and cats; Lead; Soil contamination;
U.V. spectroscopy; Index of maturity 172, 229 BLC 172, 163
Organic pollutants; Municipal wastes; Compost; Inorganic pol- Sheep milk; Soil ingestion; Trace element transport; Radio-
lutants; Microorganisms; Ingestion; Food chain; Inhalation strontium contamination; Transfer coefficient 172, 17
172, 197
Shell fragments; Venice lagoon; Phosphorus; Nitrogen;
Particle size distribution; Estuarine sediments; Modal analysis; Eutrophication; Macroalgal biomass 172, 21
Intertidal organisms; Acid extraction procedures 172, 175
SO, pollution; Particulate matter pollution; Vectorial model,
Particulate matter pollution; SO, pollution; Vectorial model, wind; Castellén, Spain 172, 1
wind; Castellon, Spain 172, |
Softwater; Wild rice; Lead; Copper; Cadmium; Arsenic; Iron;
Phosphorus; Venice lagoon; Nitrogen; Eutrophication; Zinc 172, 223
Macroalgal biomass; Shell fragments 172, 21
Soil contamination; Dogs and cats; Senteniels; Lead; BLC
Phytoplankton; Dissolved free amino acids; Sea water composi- 172, 163
tion 172, 145
Soil ingestion; Trace element transport; Radiostrontium con-
Plankton; Radionuclides; Chernobyl; Lake Monate, Italy; Lake tamination; Sheep milk; Transfer coefficient 172, 17
Comabbio, Italy 172, 119
Solid waste; Waste glass phase; Coal fly ash; Dissolution mech-
Populus nigra; Biomonitoring; Heavy metal; AAS; INAA; anism and kinetics; Geochemical modeling; Release of toxic
Cluster analysis 172, 151 metals 172, 95
Potential-time curves; Potentiometric investigation; Aluminium Sorption; Copper; Iron oxyhydroxides 172, 245
fluoride complexation; Ligand 172, 237
Sorption; Radiocaesium ('*’Cs); Zeolite trapping factor; Heat
Potentiometric investigation; Potential-time curves; Aluminium treatment; Forest soil 172, 251
fluoride complexation; Ligand 172, 237
Sorption; Radiosilver; Artificial soil particles; Humic and fulvic
Radiocaesium ('*"Cs); Sorption; Zeolite trapping factor; Heat acids; Fe/Mn oxides; Chernozem soil 172, 65
treatment; Forest soil 172, 251
Structure-activity relationship; Vinyl chloride monomer; Me-
Radionuclides; Plankton; Chernobyl; Lake Monate, Italy; Lake tabolites; Derivates; L-929 fibroblasts; Tetrahymena pyriformis
Comabbio, Italy . 172, 119 GL. 172,79
Radiosilver; Artificial soil particles; Sorption; Humic and fulvic Tetrahymena pyriformis GL.; Vinyl chloride monomer; Metab-
acids; Fe/Mn oxides; Chernozem soil 172, 65 olites; Derivates; Structure-activity relationship; L-929 fibro-
blasts 172, 79
Radiostrontium contamination; Soil ingestion; Trace element
transport; Sheep milk; Transfer coefficient 172, 17 Town Lake, Austin, Texas; Baseflow water samples; Neutron
activation analysis; Water contamination 172, 127
Rats; Mercury; Saliva; Salivary glands 172, 47
Trace element transport; Soil ingestion; Radiostrontium con-
Release of toxic metals; Waste glass phase; Solid waste; Coal fly tamination; Sheep milk; Transfer coefficient 172, 17
ash; Dissolution mechanism and kinetics; Geochemical model-
ing 172, 95 Traffic and urban waste incineration; Airborne particulate sam-
ple; Airborne cadmium exposure 172, 57
Saliva; Mercury; Rats; Salivary glands 172, 47
Transfer coefficient; Soil ingestion; Trace element transport;
Salivary glands; Mercury; Rats; Saliva 172, 47 Radiostrontium contamination; Sheep milk 172, 17
Sea water composition; Dissolved free amino acids; Phyto- U.V. spectroscopy; Compost; Organic matter; Gel permeation
plankton 172, 145 chromatography; Index of maturity 172, 229
262 Subject index / The Science of the Total Environment 172 (1995) 259-262
Vectorial model, wind; SO, pollution; Particulate matter pollu- Water; ICP-MS analyses; On-site 172, 133
tion; Castellén, Spain 172, |
Water contamination; Baseflow water samples; Town Lake,
Venice lagoon; Phosphorus; Nitrogen; Eutrophication; Macro- Austin, Texas; Neutron activation analysis 172, 127
algal biomass; Shell fragments 172, 21
Wild rice; Softwater; Lead; Copper; Cadmium; Arsenic; Iron;
Vimyl chloride monomer; Metabolites; Derivates; Structure- Zinc 172, 223
activity relationship; L-929 fibroblasts; Tetrahymena pyriformis
GL. 172,79 Zeolite trapping factor; Sorption; Radiocaesium ('*’Cs); Heat
treatment; Forest soil 172, 251
Waste disposal; Lead contamination; Lead smelter; Nigeria;
Critical toxic levels 172, 189 Zinc; Wild rice; Softwater; Lead; Copper; Cadmium; Arsenic;
Iron 172, 223
Waste glass phase; Solid waste; Coal fly ash; Dissolution mech-
anism and kinetics; Geochemical modeling; Release of toxic
metals 172, 95