Table Of ContentWATER, AIR, AND SOIL POLLUTION
Cumulative Subject & Author Index
Volumes 66—70 (1993)
SUBJECT INDEX — VOLUMES 66-70
Acid deposition metal transport 68, 257
soil Al effects 68, 199 Anthropogenic CO, 70, 659
Acidification Anthropogenic emissions
deposition 69, 113 O3 67, 39
lake 67, 247, 257; 69, 233 uncertainities 67, 39
precipitation 69, 363 VOC 67, 39
soil 69, | Antiobiotic resistance 69, 243
stream chemistry 69, 113 Aquatic ecosystem
streams 67, 247, 257 critical loads 68, 399
surface waters 67, 247, 257, 367, 397 Aquatic mosses
Acid mine drainage 69, 425 detect metals 66, 333
Acid mine spoils Aquatic plants 69, 291
extractants 68, 363 Aqueous solutions
metals 68, 263 HCFC deposition 66, 97
Acid precipitation HFC deposition 66, 97
critical loads N and S 68, 373 Atmosphere
leaching 68, 493 chemistry 69, 37
soil acidification 66, 29 Atmospheric
Aerosol composition 68, 75 C 70, 39, 239
aging 68, 137 CH, 70, 39, 111, 223
Aerosol scavenging 68, 1, 15, 43, 59 CO, 70, 3, 19, 39, 55, 71, 95, 123, 163,
Afforestation 70, 55, 139 357, 413, 425, 431, 465, 533, 595, 629,
Agricultural 643
C 70, 111, 279, 381 N 70, 55, 309, 403, 413, 643
soil 70, 111 N,O 70, 111
Agroecosystems 70, 3, 357 NH; 70, 187
Agroforestry 70, 533, 545 Atmospheric chemistry
Air quality NH3 68, 59
O3 67, 117, 181, 195 NH@q 68, 59
Agricultural watershed pollution 69, 141 Atmospheric deposition
Air-sea exchange 66, | aquatic ecosystem 68, 399
Al metals 68, 525
lake sediment content 66, 145 terrestrial ecosystem 68, 399
leaching 68, 493 Atmospheric deposition of dust 66, 277
sediment content 68, 525 Atmospheric pollutants 68, 1, 91, 113, 185
streams 69, 113 Atmospheric pollution 70, 177
Algae 69, 337 Auto exhaust gases 68, 113
Allium test 69, 413
Amoebae 69, 135 B
wastewater treatment 69, 93 pollution sludge content 66, 239
Amphipod Bacteria
Cd content 68, 34 indicator 69, 243
Amphora coffeae formis 69, 201 Barley
Anion background trace metals 69, 127
4 SUBJECT INDEX
Be use efficiency 70, 413
chemistry 69, 405 wood fuel 70, 139
Bioaccumulation 69, 291, 405 wood products 70, 279, 325, 533
Hg 66, 381 Ca 69, 309
Biodiesel 70, 499 leaching 68, 493
Bioethanol 70, 499 Cd 69, 351
Biogenic C aquatic plants 69, 291
USSR 70, 223 dust content 66, 11
Biogeographical models 70, 19 freshwater amphipod 68, 34
Bioindicators freshwater content 66, 333
Norway spruce 66, 231 freshwater crustaceans 68, 341
Biomass pollution sludge content 66, 239
C 70, 39, 55, 177, 197 roof runoff 68, 373
crops 70, 549 sediment content 68, 525
energy 70, 139, 325, 483, 519 sulfate effects 68, 241
management 70, 3, 139 transport in anion background 68, 257
Biome 70, 19, 39, 71, 95 CENTURY model 70, 357, 403
Biomonitoring 69, 223 CH,
Biosphere sources of CO, 70, 659 atmospheric 70, 39, 111, 223
Biotic C 70, 629 ricelands 70, 123
Boreal forest 70, 3, 39, 163, 197 Chemical composition of precipitation 68, 1
chlorinated hydrocarbons 68, 291
ie cloud microphysics 68, 43
agricultural 70, 111, 279, 381 cloud water chemistry 68, 1, 29, 43
atmospheric 70, 39, 239 Chemistry
biomass 70, 39 surface waters 67, 247, 257, 415, 433
budget 70, 19, 95, 163, 197, 279, 325, 223 Chloride
CA2* 67, 319 groundwater content 68, 469
dynamics 70, 675 Chlorinated hydrocarbons
emissions 70, 545 coastal waters 68, 435
flux 70, 3, 19, 39, 71, 111, 123, 223, 295 sediment samples 68, 435
forest impact 70, 187 Chloroanilives 69, 265
fossil fuel emission 70, 19, 55, 123, 139, Chlorobenzenes 69, 265
483 Chlorophenols 69, 265
mitigation potential 70, 381, 533 Chlostridium perfringens 69, 243
offset projects 70, 561, 579 Climate change 70, 19, 39, 55, 71, 95, 187,
pool 70, 19, 39, 55, 95, 123, 177, 357, 403 309, 357, 373, 403, 529, 579, 595, 643,
radiocarbon 70, 431, 443 659, 675
reservoirs 70, 123, 431 Climatic fluctuations
river pollution 70, 123 forest dieback 66, 207
sequestration 70, 3, 19, 71, 95, 177, 341, Co
357, 403, 425, 533, 561 lake sediment content 66, 145
sinks 70, 3, 55, 71, 163, 177, 207, 295, CO,
309, 325, 413, 431, 499, 545, 561 atmospheric 70, 3, 39, 55, 71, 95, 123,
snowmelt 67, 345 163, 357, 403, 425, 431, 465, 533, 595,
soil 70, 309, 325, 373, 389 629, 643
sources 70, 177, 381, 413, 431 chemistry 70, 443
storage 70, 19, 111, 123, 197, 239, 279, continental shelves 70, 123
325, 413, 629 crop residue 70, 373
terrestrial storage 70, 19, 71, 545, 595 emissions 70, 187
SUBJECT INDEX
estuaries 70, 123 wells 66, 135
fertilization 70, 39, 111, 665 Faecal pollution 69, 243
forest enrichment 70, 309 Fe
Coal ash 69, 209, 309 lake sediment content 66, 145
Combustion emissions 68, 125, 137, 149, 177 sediment content 68, 525
Coontail Fertilization
heavy metals 69, 291 CO, 70, 39, 111, 615
Cr N 70, 177, 533
lake sediment content 66, 145 Fish
dust content 66, 111 acidity 66, 315
Critical loads diversity 66, 315
N 66, 77, 173, 68, 399 Hg content 68, 315
S 66, 77, 173, 68, 399 Fly ash 69, 209
Crude oil Fog
plant toxicity 68, 461 pollutants 68, 91
Crustaceans Forest
Cd content 68, 341 aboveground C storage 70, 197
Cu age-class structure 70, 163
lake sediment content 66, 145 assessing biomass 70, 207
roof runoff 68, 373 atmospheric C 70, 239
biomass 70, 55, 187, 207
DDT boreal 70, 3, 39, 163, 197
coastal waters 68, 435 boreal zone 68, 231
sediments 68, 435 C 70, 187
Deforestation 70, 19, 71 damage 69, 21
Deserts 70, 3, 341, 629 ecosystem 69, 1; 70, 295
Diatoms 69, 201 energy 70, 519
Dry deposition deciduous 70, 197
SO> in forest 68, 325 deforestation 70, 295
velocity 66, | fires 70, 19, 55
Drylands 70, 95, 341, 629 German 70, 325
Dust loblolly pine 69, 363
heavy metal content 66, 111 management 70, 19, 139, 239, 516, 545
Saharan 66, 277 N cycle 69, |
NH; 69, 321
Earthworm toxicity 69, 265 N input 69, 21
Ectomycorrhizae nutrients 70, 177
forest soil 68, 231 plantations 70, 519, 545
EDTA 68, 241 pollution effects 68, 231
Electric utilities products 70, 547
C 70, 595 radiocarbon 70, 431, 443
Electroplating waste metals 68, 485 reforestation 70, 239
Energy Scots pine 69, 21
biomass 70, 483 sinks 70, 611
conservation 70, 139, 499, 519, 545 SO» dry deposition 68, 325
forest 70, 519 temperate 70, 3, 19, 55, 279, 295, 309
EPIC model 70, 389 temperate zone 68, 231
Exhaust gases 68, 113, 159 tropical 70, 3, 71, 295, 403
urban 70, 139, 519
Faecal coliforms young beech 69, 351
6 SUBJECT INDEX
Forest dieback fish content 68, 315
climatic effects 66, 207 freshwater content 66, 333
nitrification 66, 365 MeHg 68, 315
soil acidification 66, 365 MeHg bioaccumulation 66, 381
Forest dynamics transport 66, 381
atmospheric pollutants 68, 185 HILO model 70, 443
Forest lake HNO 3
chloride loading 68, 469 chemistry 67, 3
nitrate loading 68, 469 Humic substances
sediment metals 68, 52 Norway spruce 68, 213
Forest soil Hydrocarbon
weathering 68, 213 sediment content 66, 251
ectomycorrhizae 68, 231 Hydrocarbons
Forest soil acidification chlorinated 68, 435
modeling 66, 29 crude oil 68, 461
oak seedlings 66, 121 petroleum 68, 461
Fossil fuel C 70, 19, 55, 123, 139, 483 Hydrocarbons, natural
Freshwater metals 66, 333 O3 formation 67, 57
Frost formation pollution layers 66, 267 Hydrochlorofluorocarbons (HFCF)
deposition to aqueous solutions 66, 97
Gas scavenging 68, 1, 59 Hydrofiuorocarbons (HFC)
Ge deposition to aqueous solutions 66, 97
chemistry 69, 405
General circulation 70, 443, 643 Ice cores
Global C budget 70, 19, 95 CO, 70, 443
Global C cycle 70, 3, 19, 39, 95, 163, 295, Ice crystal 68, 29
425, 503, 595, 615, 675 IMAGE model 70, 19, 615
Global CO, management 70, 139 Insecticides
Global warming 70, 295, 381, 579, 659 coastal waters 68, 435
Grasses sediments 68, 435
acid mine spoils 68, 363
heavy metals 68, 363 K 67, 319
Grasslands 70, 3, 95, 381, 425, 431, 629, 643, forest decline 66, 365
659
Greenhouse gases 70, 3, 19, 111, 177, 223, Lake
239, 519, 545, 595 acidification 67, 247, 257, 281, 301, 397,
Groundwater 415; 69, 223, 393
chloride loading 68, 469 Al content 66, 349
faecal coliforms 66, 135 Cd 68, 341
indicator bacteria 69, 243 chemistry 67, 301, 319
nitrate 66, 135 critical loads for N & S 66, 77, 173
nitrate loading 68, 469 heavy metals 69, 69
Gypsum humic 66, 349
chemical characteristics 69, 277 hypereutrophic 69, 69
sediment 69, 79, 393
Halophyte production 70, 139, 341, 545 water chemistry 66, 349
Health effects Landfill
NO» 67, 11 heavy metal 69, 179, 337
O3 67, 11 Land use 70, 279, 357, 381, 595. ©15
Hg 69, 301 Land-water zones 70, 3, 123
SUBJECT INDEX
Leaching streams 66, 289
Al 68, 493 trace 69, 127
Ca 68, 493 Zn 66, 111, 145, 239; 68, 373, 485, 525;
Mg 68, 493 69, 351
sulphate 68, 493 Mg
Litter C 70, 413, 533 leaching 68, 493
Livestock farms 69, 21 transport in anion background 68, 257
Mg2*
Macrohydrophytes 69, 405 snowmelt
Maize Microalgae 69, 337
nitrate reductase activity 66, 163 Mn
nutrients for oil pollution 66, 59 lake sediment content 66, 145
Management Modeling
biomass 70, 3, 139 photochemical 67, 3, 79, 95, 117, 133,
crop residues 70, 373, 389 181, 195
energy 70, 483 Models 70, 309, 675
forests 70, 19, 139, 239, 519, 545 biogeographical 70, 19
land 70, 357 BIOME 79, 19, 71
MAPSS 70, 659 C budget model 70, 163, 279
Metals CENTURY 70, 357, 403, 643
acid mine spoils 68, 363 EPIC 70, 389
Al 66, 145; 68, 493, 525; 69, 113 general circulation 70, 443, 643
aquatic plants 69, 291 HILO 70, 443
B 66, 239 IMAGE 70, 19, 615
barley 69, 127 MAPSS 70, 659
Ca 68, 493 OCEAN 70, 443
Cd 66, 111, 239, 68, 257, 373, 485; 69, Monitoring
291, 351 acidification 67, 281, 301, 367, 433, 457
Co 66, 145 environment 67, 247
Cr 66, 111, 145; 68, 485 network design 67, 247
Cu 66, 145; 68, 373, 485 Mucilage blooms
domestic effluent 69, 69 Adriatic Sea 69, 201
dust content 66, 111
electroplating waste 68, 485
Fe 66, 145; 68, 525; 69, 425 atmospheric 70, 55, 309, 403, 413, 643
freshwater content 66, 333 critical loads 68, 399
groundwater 69, 179 critical loads for lakes 66, 77
Hg 68, 315; 69, 301 deposition 66, |
lake water 69, 69, 393 fertilizer 70, 177, 533
ligand effects on adsorption 68, 241 organic 66, |
Mg 68, 257, 493 well content 66, 135
Mn 66, 145 N cycle
Ni 66, 111, 145; 68, 485; 69, 57 forest 69, |
Pb 66, 111, 145, 163, 239; 68, 373, 525; N»,O
69, 301 atmospheric 70, 111
N +
Phytoavailability 69, 127
rivers 69, 57 snowmelt 67, 345
sediment content 66, 145 NH3
sediments 68, 525; 69, 79 emissions 70, 187
sludge uptake 69, 57 forest 69, 321
8 SUBJECT INDEX
Ni estuaries 70, 123
dust content 66, 111 Oleandomycin 69, 243
emissions 70, 187 Olive-oil waste 69, 257
lake sediment content 66, 145 Oxidant precursors
N input source natural emissions 67, 57
forest 69, 321
Nitrate P 69, 309
groundwater content 68, 469 modeling 70, 309
surface chemistry 67, 367 PAH 68, 75, 91; 69, 301
well content 66, 135 combustion particles 68, 149, 159
Nitrophenols 68, 113 Paleolomnologic studies 67, 281
NO:
PAN
streams 67, 367 chemistry 67, 3
NO» Particulate
health effects 67, 11 aging 68, 137
NO3 combustion 68, 125, 177
emissions 67, 3 PAH 68, 75, 149, 159
relation to O3 67, 3 Pb 69, 301
river pollutants 70, 123 dust content 66, 111
NOx lake sediment content 66, 145
effects on O3 concentration 67, 161 pollution sludge 66, 239
emission inventories 67, 79, 133 roof runoff 68, 373
reaction with VOC 67, 47 sediment content 68, 525
regulatory options 67, 207 PCB 68, 91
transport 67, 117 coastal waters 68, 435
Norway spruce PCDF 68, 91
bioindicators 66, 231 Peat
Nutrient mobility Norway spruce 68, 213
coal ash 69, 209 Peatlands 70, 223
Peat leachmound 69, 165
03 Petroleum hydrocarbons 68, 449
air quality 67, 117 Phenol
attainment 67, 3 migration in soil 68, 449
concentration 67, 161 Phenols 68, 113
control strategies 67, 79, 195 Photochemical
effects on poplar 66, 193 models 67, 3, 79, 133, 181, 195
effects of NOx 67, 95 oxidants 67, 79, 95
effects of VOC 67, 95 Photosynthesis
emissions 67, 39 petroleum effect 68, 461
formation 67, 57 Plant
health effects 67, 11 petroleum toxicity 68, 461
modeling 67, 3, 133, 181, 195 Plant litter quality 70, 413, 533
monitoring 67, 79; 68, 391 PO, 69, 301
pine stress 69, 363 river pollutant 70, 123
regulatory options 67, 207 Poplar
Oak seedling O; effects 66, 193
acidification 66, 121 SO> effects 66, 193
Ocean Precipitation
continental shelves 70, 123 acid 69, 363
C pool 70, 19, 123, 443 chemistry 68, 43; 69, 37
SUBJECT INDEX
scavenging 68, 1, 15, 59, 91 forest deposition 68, 325
removal by frost formation 66, 267
Radioactivity 69, 277 Snow scavenging 68, 1, 29
Radiocarbon 70, 431, 443 Soil
Ricelands 70, 123 acidification 69, |
Riming 68, 1, 29, 43 agricultural C 70, 111
River pollutants C 70, 309, 325, 357, 373, 389, 545, 595,
C70, 123 643
NO, 70, 123 Cd and Mg transport 68, 257
PO, 70, 123 chemical properties 68, 505
Riverine transport 70, 515 chlorinated hydrocarbon transport 68, 291
Rivers column leaching 69, 209
heavy metals 69, 69 ecotoxicology 69, 265
Roof runoff 68, 373 forest 66, 121
glacial 69, 179
S heavy metals 69, 351
critical loads 68, 399 humic substances 69, 149
critical loads for lakes 66, 77 indicator bacteria 69, 243
deposition 66, | oil pollution 66, 59
removal by frost formation 66, 267 olive oil waste 69, 257
Saharan source 66, 277 organic matter 70, 373, 389, 403, 425, 465,
Savannas 70, 3, 95, 403, 643 533
Scavenging pentachlorophenal sorption 69, 149
below cloud 68, 15, 43, 59 phenol migration 68, 449
precipitation 68, | pollution 69, 127
snow 68, 1, 29, 43, 91 sandy soils 66, 239
Scots pine decline 69, 21 solute transport 68, 275
Sedimentation 69, 69 terrestrial sink 70, 443
chemical extracts 69, 79 vegetation 69, 21
Sediments Soil acidification
Cd content 68, 341 forest decline 66, 365
chlorinated hydrocarbons 68, 435 modeling 66, 29
DDT 68, 435 Soil Al
lake 68, 341 acidic deposition 68, 199
metals 68, 525 weathering 68, 213
PCB 68, 435 Soil erosion 70, 389
Sediments, lake Soil sorption
heavy metal content 66, 145 chloranilines 69, 265
hydrocarbon content 66, 251 chlorobenzenes 69, 265
Sewage water irrigation chlorophenols 69, 265
metal content 66, 239 Solid waste
S isotopes 67, 415 Ames test 69, 99
Sludge bioassay 69, 99
activated 69, 57, 135, 257 carcenogenicity 69, 99
biokinetic behavior 69, 57 Solute transport in soil 68, 275
metal uptake 69, 57 Spruce, Norway 70, 177
Snowmelt acidification 67, 345, 415 Stream
SO? 67, 257, 301, 319, 367, 397 acidification 67, 247, 257, 281
SO> chemistry 69, 113
effects on poplars 66, 193 nutrients 69, 141
10 SUBJECT INDEX
Stream invertebrates effects on O3 concentration 67, 161
acidity 66, 289 modeling 67, 79
metals 66, 289 natural emissions 67, 133
Sulfate reaction with NOy 67, 47
acid mine 69, 425 regulatory options 67, 207
effects on Cd adsorption 68, 24
lake chemisiry 67, 415 Waste
leaching 68, 493 drilling 69, 413
stream chemistry 67, 367 municipal solid 69, 99
surface waters 67, 257, 281, 301, 319 Wastewater
amoebae 69, 135
Tall grass prairie 70, 413 root zone method 69, 32
Temperate forest 70, 3, 19, 55, 279, 295, 309 treatment 69, 165
Terrestrial biosphere 70, 675 Water, brown
Terrestrial C storage 70, 19, 71 fish biomass 66, 315
Terrestrial ecosystem groundwater contamination 69, 179
critical loads 68, 399 Water quality
Tetracycline 69, 243 wells 66, 135
TOC 69, 301 Water chemistry
Transport in soil lake 66, 349
Cd 68, 257 Wet deposition 66, 1, 68, |
Mg 68, 257 Wetland 70, 123, 223
solute 68, 275 Fe 69, 425
VOC 68, 291 sulfate 69, 425
Trends Wood fuel 70, 139
surface water acidification 67, 367, 397, Wood products C 70, 279, 325, 533
415
Tropical forest 70, 3, 71, 295, 403 Zn 69, 351
Tundra 70, 3, 39, 629 dust content 66, 111
freshwater content 66, 333
Urban forests 70, 139, 569 lake sediment content 66, 145
pollution sludge content 66, 239
Vegetation roof runoff 68, 373
soil 69, 21 sediment content 68, 525
VOC 68, 91, 159, 291 Zooplankton
emissions 67, 3, 47 biomonitoring 69, 223
