Table Of Content

WATER, AIR, AND SOIL POLLUTION Subject Index — Volumes 55-60 (1991) SUBJECT INDEX —- VOLUMES 55-60 Acidic metal detection 57-58, 496 deposition 60, 83 Aquatic plants forest soil 60, 11 Al 57-58, 399 groundwater 60, 149 An 59, 145 lakes 59, 3, 7, 23, 41 Fe 57-58, 399, Fe 59, 281 Acidification Mn 57-58, 399 brown trout 60, 197 Se 57-58, 3 effects on zooplankton 60, 135 Aqueous liming 55, 345 anthropogenic emissions of Hg 55, 25 Acid neutralizing capacity Hg 55, 20, 49 effect on Hg content 56, 295 Aqueous solutions Acid rain simulated 60, 301 Al 57-58, 139 Activated C As Hg removal from flue gases 56, 117 binding 57-58, 579 Aerosol Hg 56, 141 leaching 57-58, 101 Al mobility 57-58, 269 aquatic plants 57-58, 399 Ash aqueous solutions 57-58, 139 heavy metals 57-58, 289, 297 contamination 55, 337 Atmosphere effects on algae 60, 249 deposition 60, 83, 209 phytotoxic 57-58, 121, 149 heavy metals 60, 337 soil solutions 57-58, 101 Hg emissions to 55, 23 speciation 57-58, 139 PAH 60, 279 spruce needles 57-58, 131 Pb content 59, 261 Alfalfa S 60, 55 Cu 57-58, 201 Atmospheric content Algae Hg 55, 7, 33, 185 chelator effects 60, 249 Hg global budgets 55, 65 heavy metals 57-58, 645 Hg regional budgets 55, 65 herbicide effects 55, 295 Atmospheric Hg metal effects 60, 249, 381 aerosol Hg 56, 141 Se effects 59, 359 chlor-alkali plant 56, 15 Amphibians deposition 56, 235, 251, 391, 553, effect of acid deposition 55, 445 621, 745 Animals gaseous Hg 56, 141, 219, 251, 577, Hg 57-58, 159 653, 745 Aquatic biota Hg(0) content 56, 131 Hg content 55, 283 particulate Hg 56, 141, 251, 427, 543, Aquatic ecosystems 57-58, 13 653 Aquatic organisms Atmospheric pollution 57-58, 105 4 SUBJECT INDEX — VOLUMES 55-60 B 57-58, 297 Blast furnace Bacteria heavy metals 57-58, 351 Hg resistant 56, 465 MeHg producing 56, 565 Ca Barnacles blast furnace 57-58, 351 heavy metals 57—58, 645 EDTA 59, 321 Be peat 55, 379 seed germination 59, 231 soil 59, 81 Bi Catchment earthworms 57-58, 521 forest 56, 379, 553 Bioaccumulation Cd Al 57-58, 149 agriculture 57-58, 171 Cd 57-58, 181 bone loss 57—58, 665 heavy metals 57—58, 555, 891 clams 57—58, 181 Hg 57-58, 159 coal ash 57-58, 297 Pb 57-58, 377 detection in fruit 57-58, 489 Se 57-58, 23, 53 effects on c. riparius 60, 395 Zn 57-58, 891 landfill leachate 60, 43 Bioassays mine tailings 57-58, 259, 387, 849 zooplankton 60, 135 plants 57-58, 209, 239 Bioassay system plant roots 57-58, 567, 605 effect of Cr 59, 193 organic matter 57-58, 369 effect of herbicides 59, 381 reactions with Hg 56, 709 Biochemistry sediment 57-58, 359 lake 60, 149 sewage sludge 57-58, 873 Biogeochemistry soil 57-58, 479, 733, 745 zooplankton 57-58, 635 sorption on kaolinite 57-58, 423 Bioindicator sorption 57-58, 457 Al 55, 337 speciation 57-58, 181 Biological accumulation tomato plants 57-58, 579 MeHg 56, 95, 631, 641, 807 zooplankton 57-58, 635 Biological collectors 60, 337 Chelator Biological communities effects on algae 60, 249 comparing 59, 347 Chemistry Biological indices 60, 263 forest soil solution 60, 11 Biomonitoring 57-58, 785 Chlor-alkali plant effects of herbicides 59, 381 Hg emission 56, 15, 35, 51, 77, 83 Biosorption Chlorophyll microorganisms 60, 99 Cu effects 57-58, 201 Pb 60, 99 Chlorophyll, algae U 60, 99 herbicide effects 55, 295 Biota Citrus agriculture Hg content 55, 16, 283 effects on lakes 59, 125 Biota, marine Cl heavy metals 57-58, 645 Solvay wastes 55, 427 Birds Cl cycling Hg content 55, 105 forest lake 59, 201 SUBJECT INDEX — VOLUMES 55-60 surface water 59, 201 atmospheric 60, 83 Cl, Diseases Hg reaction 56, 3, 21, 533 Se 57-58, 59 Clams Diversity Cd 57-58, 181 stream 60, 263 Clean air act 55, 355 Dolphin Cloud water Hg content 56, 187 Hg 55, 40 Dry deposition Hg content 56, 621 Hg 55, 57 C mineralization Dust effect of N 59, 249 Pb content 57-58, 69; 59, 261 Coal ash 57-58, 297 Coal power plant Earthworms Hg emission 56, 21 heavy metals 57—58, 521, 655 Cold vapor atomic absorption Ecosystems spectrometer forest 57-58, 279 Hg content 56, 95 Se 57-58, 59 Combustion EDTA 539, 321 Hg reactions 56, 3 Endrin Cr effects on fish 60, 181 effect on bioassay system 59, 193 Environmental quality 55, 355 plants 57-58, 239 Ethylene biosynthesis 57-58, 589, 605 transport 57-58, 513 Crayfish | Fe inorganic Hg 56, 697 aquatic plants 57—58, 399 organic Hg 56, 697 lake 59, 281 Cs transport 57—58, 513 earthworms 57-58, 521 Fish forest soils 57-58, 809 Al toxicity 55, 345 Cu acidic lakes 59, 41 alfalfa 57-58, 201 endrin 60, 181 forest 57—58, 627 heavy metals 57-58, 555 forest soil 59, 179 Hg content 55, 1, 107, 142, 150, 153, leaching 57-58, 431 159, 164, 179; 56, 103, 169, 295, mine tailings 57-58, 259, 387, 849 323, 333, 359, 369, 405, 521, 631, plant roots 57-58, 569, 605 719, 807, 833 sediments 57-58, 359 reducing Hg content 55, 193, 214 wheat 57-58, 239 toluene 60, 181 Cu deposit Flooding source of Hg 56, 203 Hg production 56, 607 Cu Smelter Flue gas source of Hg 56, 203 Hg reactions 56, 3 Cyanobacteria Hg removal 56, 21, 117 effect on soil algae 60, 381 Fly ash Se effects 59, 359 Hg content 56, 21 Freshwater Deposition Hg content 56, 631, 641, 807 6 SUBJECT tNDEX — VOLUMES 55-60 Forest Hg content 56, 155, 219, 267 acidic deposition 60, 209 trace metals 59, 333 metal tolerance 57-58, 617 Gypsum mosses 60, 337 Hg removal from flue gas 56, 21 throughfall 60, 209 Forest ecosystem H+ 57-58, 339 deposition 56, 577 Hair Hg content 56, 155, 379 Hg content 55, 1 throughfall 56, 553 Health Forest Hg 56, 333, 369 Hg 55, 1 Forest lake HCl Hg content 55, 1, 109 Hg reaction 56, 3 liming 59, 55 Herbicide nutrient cycling 59, 201 glyphosate 60, 231 Forest leaching 55, 263 Herbicides Forest soil effects on algae 55, 295 acidity 60, 11 seed germination effects 59, 381 Cu 59, 179 Hg herbicide effects 60, 231 air-sea interactions 56, 731 organic matter 59, 95 animals 57-58, 159 Pb 59, 179 anthropogenic emissions 55, 25 Zn 59, 179 aqueous content 55, 20, 49 Forest soils atmospheric content 55, 7, 33, 65, 185 heavy metals 57-58, 797, 809 binding 57-58, 579 Fossil fuel biological accumulations 56, 95, 631, Hg emission 56, 51 641, 807 Fulvic acid 57-58, 339 biochemical cycling 56, 745 effects on Hg content 56, 349 biota content 55, 16, 283 Fungi bird content 55, 105 Hg content 55, 103 cloud water content 55, 40 dry deposition 55, 57 Gas chromotography emission to atmosphere 55, 23 Hg content 56, 95 fish 55, 1, 107, 142, 150, 153, 159, Gaseous Hg 55, 19 161, 179, 193, 214 Glyphosate forest lake 55, 1, 123 effect on N cycling 60, 231 forest waters 55, 109, 187 herbicide 60, 231 fungi content 55, 103 Gold-coated denuders gaseous 55, 19 measure atmospheric Hg 56, 141 hair content 55, 1 Grasslands humus layer content 55, 73 Cd 57-58, 171 lake 55, 11, 134, 141 erosion 59, 81 macroinvertebrates 55, 142 Pb 57-58, 171 mammal content 55, 105 Sb 57-58, 193 natural emissions 55, 30 Groundwater natural water content 55, 8 acidity 60, 149 organic matter 55, 114 heavy metal 57-58, 289 oxidation 55, 51 SUBJECT INDEX — VOLUMES 55-60 particulate 55, 9 Hg emission particulate Hg 56, 141, 251, 427, 543, chlor-alkali plant 56, 15, 35, 77, 83 653 coal power plant 56, 21 peat content 55, 61 industries 56, 35, 51, 117 precipitation 55, 9, 42 Hg long range transport 56, 251, 267 plants 57-58, 159 Hg mine research needs 55, 217 source of Hg 56, 203, 219 runoff water 55, 95 Hg reactions 56, 653, 667 sediments 55, 141, 150, 283 Cl, 56, 3 soil content 55, 16, 73, 87, 187 fulvic acid 56, 349, 709 soil microbial processes 55, 101 HC! 56, 3 soils 57-58, 733 H,S 56, 3, 681 speciation 55, 7 humic 56, 349, 369 terrestrial ecosystem content 55, 98, inorganic matter 56, 697 131 NH; 56, 3 transport 55, 87 N,O 56, 3 vegetation 55, 103 NO, 56, 3 water 55, 87, 283 O, 56, 3 wet deposition 55, 55 organic matter 56, 333, 439, 697 zooplankton 55, 142 SO, 56, 3, 621 Hg catchment critical load 56, 267 sulfides 56, 621, 681 Hg content Hg reduction 56, 457 atmosphere 56, 131, 219, 251 Hg roasting plant biological accumulation 56, 95, 631, source of Hg 56, 203 641, 807 Hg sources 56, 203, 219, 235, 251 dolphin 56, 187 Hg speciation 56, 439, 477, 667, 709, fish 56, 103, 169, 295, 323, 333, 359, 731, 745, 779, 807 369, 405, 521, 631, 719, 807, 833 Humic acid 57-58, 339 forest 56, 155 Humic content groundwater 56, 155 effects on Hg 56, 349, 369, 439, 457 insect larva 56, 807 Humus layer lake 56, 169, 309, 333, 369, 439, 719, acids 55, 409 745, 791 Hg content 55, 73 mayfly nymph 56, 807 Hydrologic pathways porpoise 56, 283 agricultural watershed 60, 315 precipitation 56, 141, 251, 309, 493 snow melt 59, 107 runoff 56, 419 sediment 56, 203, 323, 427, 543, 719 Ice soil 56, 155, 203, 219, 267, 333, 391, Zn 59, 145 607, 667 Inorganic matter soilwater 56, 155 relationship to Hg content 56, 697 spruce seedlings 56, 823 Insect iaiva streams 56, 333 Hg content 56, 807 vegetation 56, 219, 323, 379, 607 water 56, 333, 439 K Hg deposition 56, 235, 251, 391, 553, detection in fruit 57-58, 489 621, 745 earthworms 57-58, 521 8 SUBJECT s““DEX — VOLUMES 55-60 Kaolinite boreal soil 57—58, 79 metal sorption 57-58, 423 Kesterson Reservoir Macroinvertebrates Se 57-58, 31 Hg content 55, 142 Magic model 60, 83 Lake Mammals algae effects 60, 249 Hg content 55, 105 biochemical processes 60, 149 Marine benthos Hg content 55, 1, 11, 123, 134 effects of mine tailings 59, 347 liming 55, 345 Marine biota MeHg turnover 55, 133 heavy metals 57-58, 645 P 55, 321 Mayfly nymph sediment Hg 55,141 Hg content 56, 807 Lake content of Hg 56, 169, 309, 333, sulfite reducing bacteria 56, 565 369, 439, 719, 745, 791 MeHg 55, 22 Lake cycling of Hg 56, 791 forest lake 55, 1 Lake desorption kinetics 56, 533 lake turnover 55, 133 Lake-forest catchment S-Hg system in water 56, 507 flow of Hg to lake 56, 155 S ligands 56, 521 Lakes 59, 3, 7, 23, 41, 55, 125, 201, 281 sulfite reducing bacteria 56, 565 thermal stratification 59, 23 MeHg content Lake sediment content 56, 203, 533, 595 biological accumulation 56, 95, 631, Landfill leachate 641, 807 Cd 60, 43 fish 56, 103, 719 Leachate lake 56, 309, 595 landfill 60, 43 mosses 56, 391 Leaching ocean water 56, 779 As 57-58, 101 precipitation content 56, 309 Cu 57-58, 431 runoff 56, 309, 419 forest plant nutrients 55, 263 spruce seedlings 56, 823 Pb 57-58, 101 Metallothionein Ni 57-58, 431 plants 57-58, 545, 555 Lichen Metalochlor biological collector 60, 337 agricultural watershed 60, 315 S 59, 153 Metals 60, 209 Lichens airborne 60, 337 trace elements 57-58, 785 Al 57-58, 121, 131, 139, 149, 217, Lidar 399; 60 249 measure Hg(0) in atmosphere 56, 131 algae 57-58, 645 Lignin decomposition 59, 165 As 57-58, 101, 269, 319, 579 Limestone ash 57-58, 289 Hg removal from flue gas 56, 21 Ba $7-58, 217 Liming 59, 3, 7, 23, 41, 55 barnacles 57-58, 645 effects on Hg 55, 214 Be 59, 231 lake 55, 345 Bi 57-58, 521 Litter decomposition 59, 165 binding 57-58, 579 Lysimeter Ca 57-58, 351; 59, 81, 321 SUBJECT INDEX — VOLUMES 55-60 Cd 57-58, 171, 181, 227, 239, 329, 605; 59, 81, 145, 179 359, 449, 457, 479, 489, 569, 589, Metal detection 605, 665, 873; 60, 43, 395 microwave 57-58, 496 Cr 57-58, 227, 239, 513; 59, 193 plasma ashing 57-58, 496 crops 57-58, 307 spectrophotometer 57-58, 505 Cs 57-58, 217, 521 Mg Cu 57-58, 227, 239, 329, 359, 431, peat 55, 379 569, 605, 627, 635; 59, 179 spruce needles 57-58, 131 detection in fruit 57-58, 489 Microbial bioassay 59, 193 earthworms 57-58, 521, 655 Microbial processes effects 57-58, 691 soil Hg 55, 101 effects on soil algae 60, 381 Microorganisms Fe 57-58, 399, 449, 513; 59, 281 biosorption 60, 99 forest 57-58, 617, 627 Microwave forest soil 57-58, 797, 809 metal detection 57-58, 496 groundwater 57-58, 289; 59, 333 Minerals Hg 57-58, 159, 579 source of Hg 56, 203 K 57-58, 521 Mine tailing lichen 57-58, 785 Hg content 55, 283 litter content 59, 165 Mine tailings Mg 57-58, 131; 59, 321 biological effects 59, 347 mine tailings 57-58, 259, 329, 387, Cd 57-58, 259, 329, 387, 849 849 Cu 57-58, 259, 329, 387, 849 Mn 57-58, 399, 569 Pb 57-58, 329, 849 mobility 57-58, 319 Zn 57-58, 259, 387, 849 mobility in lake 60, 149 Minnow moluscs 57-58, 645 phenol effects 60, 189 needles 57-58, 217 Mn Ni 57-58, 227, 239, 359, 431; 59, 231 aquatic plants 57-58, 399 Pb 57-58, 69, 79, 93, 101, 111, 171, plant roots 57-58, 569 227, 239, 329, 351, 359; 59, 81, Moluscs 179, 261, 311 heavy metals 57-58, 645 Se 57-58, 53 Mussel sediment content 59, 281 Pb content 57-58, 377 sediment cores 60, 35 sewage sludge 55, 397; 57-58, 227, N 829, 839, 849, 873, 883, 891, 903, C mineralization 59, 249 913 fixation 57-58, 597 soil 57—58, 455, 745, 763 nutrition 57—58, 569 Sr 57-58, 579 Na Tc 57-58, 521 detection in fruit 57-58, 489 Ti 57-58, 675; 59, 231 forested lake 59, 201 Tl 57-58, 681; 59, 231 soil salinity $7—58, 773 transport 57-58, 337 N cycling V 59, 231 herbicide effects 60, 231 wastewater 57—58, 763, 829 Needles 57-58, 131 Zn 57-58, 227, 239, 359, 411, 579, NH, 10 SUBJECT sNDEX — VOLUMES 55-60 Hg reactions 56, 3 653 Solvay wastes 55, 427 Pb 56, 210 N,O agriculture 57-58, 171 Hg reactions 56, 3 animals 57-58, 159 Ni ash 57-58, 297 leaching 57-58, 431 biosorption 60, 99 plants 57-58, 861 blast furnace 57-58, 351 seed germination 59, 231 dating 56, 769 sediment 57-58, 359 dust 57-58, 69 soils 57-58, 861 forest soil 59, 179 Nitrate forest soils 57-58, 809 loss in soil 60, 1 leaching 57-58, 101 NO, mine tailings 57-58, 329, 849 Hg reactions 56, 3 mussel 57-58, 377 Solvay wastes 55, 427 plants 57-58, 79, 239 NO,-N river 59, 311 peat 55, 379 sediment 57-58, 359 Non-ferrous plant soil §7—58, 111, 745; 59, 81 Hg emission 56, 51 sorption on kaolinite 57-58, 423 NTA sources 59, 261 Al 57-58, 149 tomato plants 57-58, 93 Nutrient cycling 57-58, 279 PCB Nutrition river content 59, 217 forest 59, 95, 201 PCE N 57-58, 569 movement in soil 60, 361 Peat 0, Pb 210 dating 56, 769 Hg reactions 56, 3 effects of draining 56, 419 Oily waste 59, 249 Hg content 56, 419, 769 Organic matter historical deposition rates 56, 769 Cd sorption 57-58, 369 Peat bog Hg content 55, 114 Ca 55, 379 relationship to Hg content 56, 333, Hg content 55, 61 439, 697 hydrophysical properties 55, 379 Organochlorine Mg 55, 379 river content 59, 217 NO,-N 55, 379 Oxidation P content 55, 321 Hg 55, 51 pH effects on algae 60, 249 Phenol lake 59, 281 effects on fish 60, 189 lake content 55, 321 Phosphate peat content 55, 321 spectrophotometric observation 60, 27 Solvay waste 55, 427 water content 60, 27 PAH Phytoplankton sources and fates 60, 279 Se 57-58, 23 Particulate Hg 56, 141, 251, 427, 543, phytotoxic metals 57-58, 121, 763,