2004▼Index 2004 A-Page Subject Index
Eutrophication implicated in deformed frogs, 384A–385A (N)
Analysis Types of articles listed and codes
Cooking spews out ultrafine particles, 141A–142A (N) Indoor mold standard could prove elusive, 281A–282A (N) Airborne mycotoxins discovered in moldy buildings, 282A (N)
Biomarkers pass test in regulatory setting, 103A–104A (N) Monitoring water bodies with mass spectrometry, 129A–130A (T) Simple method advances degradation studies, 194A (N) Technologies converge to make integrated ocean observing system a reality, 198A–199A (T) Analytical challenges hamper perfluoralkyl research, 248A–255A (F) Visualizing contaminants in plants, 280A (N) Microarrays monitor environmental contaminants, 343A–344A (N)
Air pollution
Arsenic
NOx regulations under way after 24-year delay, 54A (G) Neglected sources of ozone, 86A (NP) Study raises questions about diesel emissions, 152A (N) Nocturnal chemistry removes NOx, 220A–221A (N) Why carbon monoxide still matters, 288A–294A (F) 2003 blackout cleaned the air, 320A (N) Fetuses susceptible to combustion pollutants, 321A (N) Tracking America’s exported air pollution, 344A–345A (N) Easing traffic and air pollution in London, 406A–409A (N) Controversial results downplay mercury power plant emissions, 450A (N) Have U.S. surface waters responded to the 1990 Clean Air Act Amendments? 484A–490A (F)
New Jersey proposes toughest arsenic standard worldwide, 105A (N) Arsenic’s technology success story, 122A (N) Common fern may aid communities coping with arsenic contamination, 219A–220A (N) Arsenic and lead leach out of popular fertilizer, 382A–383A (N)
Features and Viewpoints (F) Government Watch (G) News (N) News Perspective (NP) Technology Solutions (T)
Agriculture Improving fish food, 88A–89A (T) Managing commercial fishing to remove PCBs, 120A (N)
Air, indoor
Amphibians Natural stresses magnify pesticide’s side effects, 83A–84A (N) Controversy clouds atrazine studies, 107A–108A (NP)
© 2004 American Chemical Society
Chromium Huge chromium plume threatens Colorado River, 176A (N) Chromium and sediment toxicity, 267A–271A (F)
Climate change States take lead on climate change laws, 30A–31A (N) Looking beyond Kyoto, 48A–49A (N) Climate change technology reports criticized, 70A–71A (N) Abrupt climate change threatens national security, 179A (N)
A real scenario for abrupt climate change, 179A–180A (NP) Climate change threatens Canadian water supply, 200A (G) Rising worldwide energy demand, CO2 emissions, 217A (N) Experimenting with hydroelectric reservoirs, 346A–353A (F) Taiwan to reduce some greenhouse gases, 363A–364A (T) EU ready to open CO2 trading market, 367A (G) Targeting methane emissions, 391A (G) Positive feedbacks shaping climatechange forecasts, 411A–412A (NP) Climate altering nutrient dynamics in lakes, 412A (N) Environmental impacts of gas flaring, venting add up, 480A (N)
Comment (Editorial) An important story, 7A The case against mercury, 47A Jobs and the environment, 79A Energy and global warming: The great convergence, 119A Pura vida, 151A A hydrogen-fueled economy? 191A Top 10 stupid environmental policies, 239A No water, no future, 279A Top 10 environmental success stories, 319A Electronically yours, ES&T, 359A Campaign 2004 and the national environmental debt, 407A The work of Walter J. Weber, Jr.: Flexible with ideas, rigid on quality, 431A Ecotoxicology—A multidisciplinary, problem-driven science, 446A–447A
Ecosystems Seagrasses under threat, 32A (N) Protecting the Caspian Sea, 33A (G)
DECEMBER 15, 2004 / ENVIRONMENTAL SCIENCE & TECHNOLOGY ■ 491A
Traditional foes collaborate to save boreal, 82A–83A (N) Working cooperatively to preserve the Baltic Sea, 128A (G) Ecologists call for caution with engineered organisms, 174A–175A (N) Mongolia’s environment undermined by gold fever, 193A–194A (N) Americans receive wake-up call on oceans, 242A–244A (N) Untangling the causes of coral reef decline, 286A–287A (NP) Experimenting with hydroelectric reservoirs, 346A–352A (F) Climate altering nutrient dynamics in lakes, 412A (N) Meeting the scientific needs of ecological risk assessment in a regulatory context, 463A–470A (F)
Ecotoxicology Challenges in ecotoxicology, 58A–64A (F) Redrawing the dose– response curve, 90A–95A (F) When synthetic chemicals degrade in the environment, 368A–375A (F) Internal exposure: Linking bioavailability to effects, 455A–462A (F) Meeting the scientific needs of ecological risk assessment in a regulatory context, 463A–470A (F)
Education Environmental forensics earns a degree, 52A (N)
Electronics Calculating computing’s environmental cost, 432A–433A (N)
Endocrine disrupters Musk fragrances found to be antiestrogenic, 69A–70A (N) Livestock flood the environment with estrogen, 241A–242A (N) U.K. to tackle endocrine disrupters in wastewater, 362A–363A (N)
Clean coal, hydrogen, and nuclear energy fare well in DOE budget, 123A (N) Extracting hydrogen and electricity from renewable resources, 160A–167A (F) Rising worldwide energy demand, CO2 emissions, 217A (N) Nano-PV set to accelerate solar-energy use, 376A (T)
Green chemistry/technology Extracting hydrogen and electricity from renewable resources, 160A–167A (F) Federal buildings increasingly going green, 222A (NP) The challenges of sustainable papermaking, 414A–420A (F)
Hazardous waste EPA, U.S. EPA’s homeland security agenda under scrutiny, 13A (N) EPA won’t regulate dioxin in sewage sludge, 14A–15A (G) Lawsuit challenges data in national climate report, 15A (G) NOx regulations under way after 24-year delay, 54A (G) Regulating motorcycles, mopeds, and scooters, 87A (G) EPA FY ’05 budget: More or less? 104A (N) EPA’s first science advisor focuses on the basics, 181A–184A (F) Florida, EPA slammed for regulatory failures, 285A (N) Cooling-water rules challenged in court, 391A (G) EPA to researchers: Come on in, 410A (N)
Flame retardants Research challenges assumptions about flame retardants, 9A–10A (N) Peregrine falcons take up Deca, 10A (N) In U.S., flame retardants will be voluntarily phased out, 14A (G) Deca PBDE flame retardant gets around, 50A–51A (N) Deca in the atmosphere, 81A–82A (N) Another brominated flame retardant in the environment, 214A–215A (N) Salmon flame retardant research raises new questions, 360A–361A (N) PBDEs and the environmental intervention time lag, 386A–387A (NP)
Genetically modified organisms Ecologists call for caution with engineered organisms, 174A–175A (N)
Energy
Genomics
Creating electricity with undimmed hydropower, 55A–56A (T) Cheap solar energy, 70A (N) Britain’s big plans for wind power, 84A–85A (N)
Biomarkers pass test in regulatory setting, 103A–104A (N) Genomics data are no panacea, 303A–304A (N) Microarrays monitor environmental contaminants, 343A–344A (N)
492A ■ ENVIRONMENTAL SCIENCE & TECHNOLOGY / DECEMBER 15, 2004
Streamlining radioactive waste disposal, 51A–52A (N) Modeling the long-term performance of waste containment systems, 328A–334A (F) Gaps in Canada’s hazardous waste management, 413A (G) Novel nanomaterial strips contaminants from waste streams, 453A–454A (T)
Health Reducing children’s risk from lead in soil, 18A–24A (F) Redrawing the dose–response curve, 90A–95A (F) Human pesticide testing gets qualified OK, 175A–176A (N) Small fish for healthy babies, 262A–263A (N) Fetuses susceptible to combustion pollutants, 321A (N)
Invasive species UN sets treatment standard for ballast water, 153A–154A (N) Americans receive wake-up call on oceans, 242A–244A (N)
Lead Reducing children’s risk from lead in soil, 18A–24A (F) Plumbing the depths of D.C.’s drinking water crisis, 224A–227A (F) Arsenic and lead leach out of popular fertilizer, 382A–383A (N)
Mercury Where is the mercury? 12A (N) Mercury trading scheme raises concerns, 126A–127A (NP) Mercury woes appear to grow, 144A (N) States going it alone on mercury controls, 157A (G) Capturing mercury with ultraviolet light, 158A–159A (T) Small fish for healthy babies, 262A–263A (N) Bacteria could be key to methylmercury paradox, 302A–303A (N) Experimenting with hydroelectric reservoirs, 346A–352A (F) Rethinking atmospheric mercury, 448A–449A (N)
Controversial results downplay mercury power plant emissions, 450A (N) Controlling mercury to dodge TMDL calculations, 452A (G) Wildlife may protect humans from mercury, 482A (N)
Metals, general Examining dissolved toxic metals in U.S. estuaries, 34A–38A (F) Subways grind out a dose of fine metals, 49A–50A (N) Chemical dynamics of sedimentary acid volatile sulfide, 131A–136A (F)
Microbiology New beach warning system needed, 154A–155A (N) Airborne mycotoxins discovered in moldy buildings, 282A (N) Rapid indicators of beach pollution needed, 283A–285A (N) Bacteria could be key to methylmercury paradox, 302A–303A (N) A nationwide census of airborne bacteria, 361A–362A (N)
Particulates Cooking spews out ultrafine particles, 141A–142A (N) New particles found in smoke plumes, 176A–177A (N)
Arctic chemistry may explain perfluorinated mystery, 215A–216A (N) Analytical challenges hamper perfluoralkyl research, 248A–255A (F) DuPont disputes PFOA cancer claim, 264A–265A (N) Canada moves to eliminate PFOS stain repellents, 452A (G)
Persistant organic pollutants Data reveal pulses of banned POPs, 31A–32A (N) Managing commercial fishing to remove PCBs, 120A (N) POPs levels linked to climate fluctuations, 156A (N) POPs treaty takes flight, 157A (G) Fish transport toxins hundreds of miles, 408A (N)
Pesticides Natural stresses magnify pesticide’s side effects, 83A–84A (N) Controversy clouds atrazine studies, 107A–108A (NP) Administration drops pesticide consultations, 143A–144A (N) Human pesticide testing gets qualified OK, 175A–176A (N) Ozone pollutant phaseout delayed, 217A–218A (N) Clays modify pesticide toxicity in soils, 305A (N)
People Stanton Miller (1931–2003), 71A (N) EPA’s first science advisor focuses on the basics, 181A–184A (F) Zehnder to become director of ETH domain, 195A (N) Anastas to head Green Chemistry Institute, 244A (N) National Academy of Engineering taps Rittmann, 433A (N) Walter J. Weber, Jr.’s unique legacy, 434A–439A (F) Dzombak appointed ES&T associate editor, 449A (N) M. Judith Charles (1952–2004), 451A (N)
Perchlorate Fight over perchlorate risk goes public, 15A (G) California sets public health goal for perchlorate, 177A–178A (N) Perchlorate contamination mystery in Massachusetts, 481A (N)
Perfluorinated compounds Another piece in the perfluorinated puzzle, 11A–12A (N) Perfluorinated sources outside and inside, 80A (N)
Pharmaceuticals Scrutinizing pharmaceuticals and personal care products in wastewater treatment, 392A–399A (F)
Phosphorus Neglected forms of phosphorus play important role, 383A–384A (N)
Phytoremediation Common fern may aid communities coping with arsenic contamination, 219A–220A (N) Bugs boost phytoremediation, 240A (N)
Policy, Europe EU stands firm on chemical regulation overhaul, 10A (N) EU lends China a hand on green research and technology, 54A (G) EU and U.S. plan changes in reporting toxics, 121A–122A (N) Working cooperatively to preserve the Baltic Sea, 128A (G)
EU funds African, Caribbean water cleanup, 200A (G) Bigger EU could affect environmental policies, 322A–323A (NP) U.K. to tackle endocrine disrupters in wastewater, 362A–363A (N)
Policy, general Biomarkers pass test in regulatory setting, 103A–104A (N) Scientists analyze the problems of world’s poor, 218A–219A (N) U.S. rules are in step with other governments’, 245A (N)
Policy, North America States take lead on climate change laws, 30A–31A (N) New law could limit research on military lands, 87A (G) New Jersey proposes toughest arsenic standard worldwide, 105A (N) Guarding Ontario’s water supply, 109A (G) EU and U.S. plan changes in reporting toxics, 121A–122A (N) Clean coal, hydrogen, and nuclear energy fare well in DOE budget, 123A (N) NSF budget gets 3% proposed increase, 123A–124A (N) NOAA gets less money, 124A (N) Proposed USGS funding remains flat for FY ’05, 125A (N) Administration drops controversial wetlands rule, 128A (G) White House denies scientific manipulation, 142A (N) Administration drops pesticide consultations, 143A–144A (N) States going it alone on mercury controls, 157A (G) California sets public health goal for perchlorate, 177A–178A (N) Time ripe for commission on water? 196A–197A (NP) Americans receive wake-up call on oceans, 242A–244A (N) National peer review guidelines move forward, 263A–264A (N) Florida, EPA slammed for regulatory failures, 285A (N) The U.S. Congress needs advice about science and technology, 306A–312A (F) U.S. forest fire policies get flamed, 324A–325A (NP)
DECEMBER 15, 2004 / ENVIRONMENTAL SCIENCE & TECHNOLOGY ■ 493A
U.S. and Mexico tackle border pollution, 326A (G) Are environmental exemptions for the U.S. military justified? 388A–389A (NP) Gaps in Canada’s hazardous waste management, 413A (G)
Policy, worldwide Looking beyond Kyoto, 48A–49A (N) Ink dries on Rotterdam Convention, 109A (G) UN sets treatment standard for ballast water, 153A–154A (N) POPs treaty takes flight, 157A (G) More money for Nairobi’s polluted reservoir, 223A (G) Leaded gasoline phaseout becoming a reality, 326A (G)
Runoff Can street sweepers clean the water? 265A–266A (N) Urban and farm runoff still a national problem, 266A (N)
Sediment/soil Reducing children’s risk from lead in soil, 18A–24A (F) Australasian soil contamination gets attention, 53A (N) Chemical dynamics of sedimentary acid volatile sulfide, 131A–136A (F) Defining bioavailability and bioacceptability of contaminated soil and sediment is complicated, 228A–231A (F) Chromium and sediment toxicity, 267A–271A (F) Clays modify pesticide toxicity in soils, 305A (N)
Water, drinking water
Water, wastewater
Guarding Ontario’s water supply, 109A (G) Plumbing the depths of D.C.’s drinking water crisis, 224A–227A (F) Desalination, desalination everywhere, 246A–247A (T) Low-tech solution for pasteurizing water, 327A (T) More chloramine complications, 342A–343A (N) Environmental e-data comes to drinking water, 367A (G)
Recovering sustainable water from wastewater, 201A–208A (F) U.K. to tackle endocrine disrupters in wastewater, 362A–363A (N) Scrutinizing pharmaceuticals and personal care products in wastewater treatment, 392A–399A (F) Americans are swimming in sewage, 483A (NP)
Water, freshwater Guarding Ontario’s water supply, 109A (G) Monitoring water bodies with mass spectrometry, 129A–130A (T) Chemical dynamics of sedimentary acid volatile sulfide, 131A–136A (F) Deep aquifers susceptible to pollution, 155A (N) Time ripe for commission on water? 196A–197A (NP) Climate change threatens Canadian water supply, 200A (G) EU funds African, Caribbean water cleanup, 200A (G) Plumbing the depths of D.C.’s drinking water crisis, 224A–227A (F) Desalination, desalination everywhere, 246A–247A (T) Is smart growth better for water quality? 365A–366A (NP) Ignoring water scarcity dampens profits, 413A (G) Have U.S. surface waters responded to the 1990 Clean Air Act Amendments? 484A–490A (F)
Water, oceans and estuaries Sewage sludge EPA won’t regulate dioxin in sewage sludge, 14A–15A (G) Sewage treatment operators get a break, 33A (G)
Transportation Buses for the future, 16A–17A (T) Countries to cooperate on transportation research, 85A (N) Regulating motorcycles, mopeds, and scooters, 87A (G) Easing traffic and air pollution in London, 406A–409A (N)
Examining dissolved toxic metals in U.S. estuaries, 34A–38A (F) Working cooperatively to protect the Baltic Sea, 128A (G) Monitoring water bodies with mass spectrometry, 129A–130A (T) Chemical dynamics of sedimentary acid volatile sulfide, 131A–136A (F) New beach warning system needed, 154A–155A (N) “Dead zones” on the rise, 193A–194A (N) Technologies converge to make integrated ocean observing system a reality, 198A–199A (T) Rapid indicators of beach pollution needed, 283A–285A (N)
494A ■ ENVIRONMENTAL SCIENCE & TECHNOLOGY / DECEMBER 15, 2004
Wetlands Administration drops controversial wetlands rule, 128A (G)
2004 A-Page Author Index Types of articles listed and codes Comment (C) Features and Viewpoints (F) Government Watch (G) News (N) News Perspective (NP) Technology Solutions (T) Aitken, M. D., 451A (N) Ankley, G. T., 446A–447A (C) Asano, T., 201A–208A (F) Beaty, K. G., 346A–352A (F) Behra, R., 58A–64A (F) Berger, U., 248A–255A (F) Berti, W. R., 18A–24A (F) Betts, K. S., 8A–9A (N), 9A (N), 16A–17A (T), 50A–51A (N), 70A (N), 70A–71A (N), 81A–82A (N), 88A–89A (T), 122A (N), 123A (N), 141A–142A (N), 214A–215A (N), 244A (N), 246A–247A (T), 360A–361A (N), 386A–387A (NP), 432A–433A (N), 433A (N) Birnbaum, R., 484A–490A (F) Blanco, A., 414A–420A (F) Bodaly, R. A., 346A–352A (F) Booth, B., 141A–142A (N) Bouwer, E., 267A–271A (F) Boxall, A. B. A., 368A–375A (F) Bradbury, S. P., 463A–470A (F) Brown, S. L., 18A–24A (F) Brown, V., 198A–199A (T) Burauel, P., 228A–231A (F) Burke, M., 32A (N), 33A (G), 52A (N), 54A (G), 84A–85A (N), 109A (G), 128A (G), 157A (G), 200A (G), 223A (G), 322A–323A (NP), 326A (G), 362A–363A (N), 367A (G) Burkhardt-Holm, P., 58A–64A (F) Casteel, S. W., 18A–24A (F) Chaney, R. L., 18A–24A (F) Cherewyk, K. A., 346A–352A (F) Chiu, Y.-T., 363A–364A (N)
Christen, K., 10A (N), 33A (G), 48A–49A (N), 51A–52A (N), 85A(N), 87A (G), 105A (N), 121A–122A (N), 125A (N), 126A–127A (NP), 129A–130A (T), 153A–154A (N), 157A (G), 196A–197A (NP), 217A (N), 217A–218A (N), 222A (NP), 242A–244A (N), 281A–282A (N), 343A–344A (N), 391A (G), 453A–454A (T), 480A (N) Cooney, C. M., 15A (G), 104A (N), 181A–184A (F), 245A (N), 263A–264A (N), 266A (N), 413 (G) Craven, A., 228A–231A (F) Deviney, F. A., 484A–490A (F) de Voogt, P., 248A–255A (F) DeWalle, D. R., 484A–490A (F) Doick, K. J., 228A–231A (F) Doolan, M., 18A–24A (F) Driscoll, C. T., 484A–490A (F) Eggen, R. I. L., 58A–64A (F) Escher, B. I., 58A–64A (F), 455A–462A (F) Feijtel, T. C. J., 463A–470A (F) Fenner, K., 368A–375A (F) Field, J., 248A–255A (F) Fisher, N. S., 34A–38A (F) Flegal, A. R., 34A–38A (F) Fountain, K., 218A–219A (N) Franklin, J., 248A–255A (F) Fuente, E., 414A–420A (F) Giesey, J. P., 248A–255A (F) Gorss, J., 154A–155A (N), 158A–159A (T), 219A–220A (N), 283A–285A (N) Grevatt, P., 18A–24A (F) Gwinn, P., 267A–271A (F) Haeuber, R., 484A–490A (F) Hall, B. D., 346A–352A (F) Hallfrisch, J., 18A–24A (F) Harms, H., 228A–231A (F) Harner, T., 248A–255A (F) Hendzel, L. H., 346A–352A (F) Herlihy, A. T., 484A–490A (F) Hermens, J. L. M., 446A–447A (C), 455A–462A (F) Holmes, K. J., 288A–294A (F) Hurley, J. P., 346A–352A (F) Inyang, H. I., 328A–334A (F) Järnberg, U., 248A–255A (F) Jones, K. C., 228A–231A (F), 248A–255A (F) Joss, A., 392A–399A (F) Kahl, J. S., 484A–490A (F) Kaiser, M., 248A–255A (F) Kamens, R. M., 451A (N) Kannan, K., 248A–255A (F) Kärrman, A., 248A–255A (F) Kellogg, J. H., 484A–490A (F) Kolpin, D., 368A–375A (F) Levine, A. D., 201A–208A (F)
Lindström, G., 248A–255A (F) Logan, B. E., 160A–167A (F) Mabury, S. A., 248A–255A (F) Maddaloni, M., 18A–24A (F) Mailman, M., 346A–352A (F) Majewski, A. R., 346A–352A (F) Martin, J. W., 248A–255A (F) Matthews, C. J. D., 346A–352A (F) Maund, S. J., 368A–375A (F) Monte, C., 414A–420A (F) Morgan, M. G., 306A–312A (F) Morse, J. W., 131A–136A (F) Mosby, D., 18A–24A (F) Muir, D. C. G., 248A–255A (F) Murdoch, P. S., 484A–490A (F) Negro, C., 414A–420A (F) Newman, A., 71A (N), 104A (N), 124A (N), 449A (N) Patterson, M. J., 346A–352A (F) Paulsen, S. G., 484A–490A (F) Pelley, J., 30A–31A (N), 31A–32A (N), 54A (G), 82A–83A (N), 83A–84A (N), 86A (NP), 104A–105A (N), 109A (G), 120A (N), 128A (G), 143A–144A (N), 156A (N), 174A–175A (N), 179A (N), 179A–180A (NP), 193A–194A (N), 200A (G), 286A–287A (NP), 365A–366A (NP), 383A–384A (N), 411A–412A (NP), 412A (N), 413A (G), 452A (G), 452A (G) Penn, A. F., 346A–352A (F) Petkewich, R. , 13A (N), 55A–56A (T), 87A (G), 123A–124A (N), 152A (N), 194A (N), 220A–221A (N), 240A (N), 280A (N), 320A (N), 408A–409A (N), 434A–439A (F) Renner, R., 11A–12A (N), 12A (N), 14A (G), 14A–15A (G), 15A (G), 80A (N), 90A–95A (F), 107A–108A (NP), 142A (N), 144A (N), 155A (N), 175A–176A (N), 177A–178A (N), 178A (N), 215A–216A (N), 224A–227A (F), 262A–263A (N), 264A–265A (N), 285A (N), 302A–303A (N), 303A–304A (N), 305A (N), 342A–343A (N), 367A (G), 382A–383A (N), 384A–385A (N), 448A–449A (N), 450A (N), 481A (N)
Rickard, D., 131A–136A (F) Rifkin, E., 267A–271A (F) Robinson, D., 49A–50A (N) Rolfhus, K. R., 346A–352A (F) Roy, K., 484A–490A (F) Russell, A. G., 288A–294A (F) Ryan, J. A., 18A–24A (F) Sañudo-Wilhelmy, S. A., 34A–38A (F) Schaefer, A., 69A–70A (N), 195A (N) Scheckel, K. G., 18A–24A (F) Schiff, S. L., 346A–352A (F) Schnoor, J., 7A (C), 47A (C), 53A (N), 79A (C), 119A (C), 151A (C), 191A (C), 239A (C), 279A (C), 319A (C), 359A (C), 407A (C) Schroeder, H., 248A–255A (F) Schweigert, N., 58A–64A (F) Scott, B., 248A–255A (F) Semple, K. T., 228A–231A (F) Sharpe, W., 484A–490A (F) Siegrist, H., 392A–399A (F) Simcik, M., 248A–255A (F) Sinclair, C. J., 368A–375A (F) Small, M. J., 431A (C) Sottani, C., 248A–255A (F) St. Louis, V. L., 346A–352A (F) Stoddard, J. L., 484A–490A (F) Sumpter, J. P., 446A–447A (C) Ternes, T. A., 392A–399A (F) Thacker, P. D., 176A–177A (N), 192A–193A (N), 241A–242A (N), 265A–266A (N), 282A (N), 321A (N), 324A–325A (NP), 326A (G), 327A (T), 344A–345A (N), 361A–362 (N), 388A–389A (NP), 391A (G), 408A (N), 410A (N), 482A (N), 483A (NP) Tijero, J., 414A–420A (F) Tovar-Sanchez, A., 34A–38A (F) Trombley, J., 376A (T) Urquhart, N. S., 484A–490A (F) van Bavel, B., 248A–255A (F) van Leeuwen, C. J., 463A–470A (F) van Leeuwen, S., 248A–255A (F) Venkiteswaran, J. J., 346A–352A (F) Webb, J. R., 484A–490A (F) Webster, K. E., 484A–490A (F)
DECEMBER 15, 2004 / ENVIRONMENTAL SCIENCE & TECHNOLOGY ■ 495A
