Co-Sponsored by
University of Michigan, Ann Arbor
University of Michigan, Dearborn
U.S. Geological Survey
Environment Canada
Elsevier Science Publishers, Oxford, U.K.
9:30 Prof. Thomas Hutchinson (Trent University): Evolution of Metal Tolerances in Plants
10:45 Prof. Herbert Needleman (University of Pittsburgh): Two Millennia of Lead Exposure
11:30 Steve Lindberg (Oak Ridge National Lab): The
Barrow Arctic Mercury Study (BAMS): Recent Measurements of the Production
of Reactive Gaseous Mercury during Mercury Depletion Events at Point Barrow,
Alaska [Contribution Number: 1000]
14:30
Temporal and Spatial Variability
of Total Gaseous Mercury in Canada: Preliminary Results from the Canadian
Atmospheric Mercury Measurement Network (CAMNET)[Contribution Number:
1001]
Markus Kellerhals, Stephen Beauchamp, Wayne Belzer, Pierrette Blanchard,
Frank Froude, Bruno Harvey, Karen McDonald, Martin Pilote, Laurier Poissant
(Environment Candada), Keith Puckett, Bill Schroeder, Alexandra Steffen
(Meteorological Service of Canada), Rob Tordon (Environment Canada)
14:50
Investigating the Influence of Long Range Transport on Mercury Deposition
in South Florida [Contribution Number: 1002]
Matthew Landis (US EPA National Exposure Research Laboratory), Robert
Stevens (Florida Department of Environmental Protection at USEPA), Winston
Luke (National Oceanic and Atmospheric Administration), Gerald Keeler (Department
of Environmental and Industrial Health, University of Michigan)
15:10
Trace Metal Transport to
the Everglades: Apportioning Global, Regional and Local Source Contributions
in Aerosols[Contribution Number: 1003]
Joseph R. Graney (Department of Geological Sciences, Binghamton University),
J. Timothy Dvonch, Gerald Keeler (University of Michigan Air Quality Laboratory)
Robert Stevens and Matthew Landis (US Environmental Protection Agency)
15:30
Near Real Time Observations
of the Removal of Ambient Reactive Gaseous Mercury by Precipitation[Contribution
Number: 1004]
J. Timothy Dvonch, Gerald J. Keeler, James A. Barres, Frank J. Marsik,
Mary Lynam, Elizabeth Malcolm (University of Michigan Air Quality Laboratory),
Matthew S. Landis (USEPA-National Exposure Research Laboratory), Robert
K. Stevens (Florida Dept. of Environmental Protection at USEPA)
16:30
Mercury, Sunshine and Sea-Salt
Aerosol: Is it a Recipe for Cycling in the Marine Boundary Layer?[Contribution
Number: 1005]
I. M. Hedgecock, L. Forlano, N. Pirrone (CNR-Institute for Atmospheric
Pollution, Italy)
16:50
Emission of Mercury to the Atmosphere
from Selected Natural Soils in Nevada and California[Contribution
Number: 1006]
M.S. Gustin (Department of Environmental and Resource Sciences, University
of Nevada), M. F. Coolbaugh, M.A. Engle (Department of Geological Sciences,
University of Nevada)
17:10
Real-World Emissions
of Mercury from Automobiles: The 1998 Fort McHenry Traffic Tunnel Study[Contribution
Number: 1007]
Gerald J. Keeler, J. Timothy Dvonch, James A. Barres (University of
Michigan Air Quality Laboratory), Matthew S. Landis (USEPA-National Exposure
Research Laboratory), Robert K. Stevens (Florida Dept. of Environmental
Protection at USEPA)
17:30
Atmospheric Mercury Deposition
Fluxes in Europe: Contributions from European Anthropogenic Emissions and
Global Background Concentrations[Contribution Number: 1008]
Gerhard Petersen (GKSS Research Center, Institute of Hydrophysics,
Germany)
17:50
Uncertainties in Mass Balance of US
Atmospheric Mercury Emissions[Contribution Number: 1009]
Leonard Levin, Mary Ann Allan, Paul Chu (Electric Power Research Institute,
California)
18:10
Mercury Research in Europe:
Towards the Preparation of the New EU Air Quality Directive[Contribution
Number: 1010]
Nicola Pirrone (CNR-Institute for Atmospheric Pollution, Italy)
14:30
Uptake of Silver by a Unicellular
Alga: Exceptions to the Free-Ion Model (FIM)[Contribution Number:
1011]
Claude Fortin, Peter Campbell (University of Québec)
14:50
Nickel Tolerance of Phytoplankton
Isolated from a Recovering Lake near Sudbury Canada[Contribution
Number: 1012]
D.G. Woodfine (Canadian Environmental Modeling Centre, Trent University),
M. Havas (Environmental Studies Department, Trent University, Canada) and
J. Acreman (University of Toronto Culture Collection)
15:10
Food as a Cadmium Source for Aquatic
Insects[Contribution Number: 1013]
Marie-Noële Croteau, Landis Hare and André Tessier (INRS-Eau,
Université du Québec)
15:30
Structural and Functional Rearrangements
in Polytene Chromosomes of Chironomids (Diptera) as Biomarkers for Heavy
Metal Pollution in Aquatic Ecosystem[Contribution Number: 1014]
Paraskeva Michailova (1), Ninel Petrova (2), Stefano Bovero (3), Gabriella
Sella (3), Lillian Ramella (3)
1. Institute of Zoology, Bulgarian Academy of Sciences
2. Institute of Zoology, Russian Academy of Sciences
3. Department of Animal Biology, University of Turin, Italy
16:30
Mussel (Mytilus Californianus and
M. Galloprovincials/Trossulus Hybrids) Immune Systems as Biomarkers of
Contaminant Exposure in San Francisco Bay, CA[Contribution Number:
1015]
Allison Luengen (Environmental Toxicology, University of California
at Santa Cruz), Carolyn S. Friedman (Bodega Marine Laboratory, CA) and
A.R. Flegal (Environmental Toxicology, University of California at Santa
Cruz)
16:50
Heavy Metals Concentration and Burden
in the Bivalves: Anadara (Senilia) Senilis, Crassostrea Tulipa and Perna
Perna from Lagoons in Ghana[Contribution Number: 1016]
Fred A. Otchere, Claude R. Joiris, Ludo Holsbeek (Laboratory for Ecotoxicology,
Free University of Brussels (VUB), Belgium), Ishaque B. Ali (Environmental
Science Program, School of Science & Tech., Jackson State University,
Mississippi)
17:10
Effect of the Sandbar Opening on
Biomass and Metallic Composition in Typhia Domingensis Pers in the Iquipari
Lagoon, São João Da Barra, RJ, Brazil[Contribution
Number: 1017]
Carlos E. Rezende, Jorge Assumpção and Marcelo T. Nascimento
(Universidade Estadual do Norte Fluminense, Centro de Biosciencias and
Biotecnologia, Laboratório de Ciências Ambientais, Brazil)
17:30
Earthworms as Bioindicators of Mercury
Pollution[Contribution Number: 1018]
Jennifer Hinton and Marcello Veiga (Dept. of Mining and Mineral Process
Engineering, University of British Columbia)
17:50
Lead in the Nigerian Environment:
Problems and Prospects[Contribution Number: 1019]
M.K.C. Sridhar, J.F. Olawuyi, L.A. Adogame, I.R. Okekearu, C.O. Osajie
and Linda
Aborkar (Division of Environmental Health, College of Medicine, University
of Ibadan,
Nigeria)
14:30
Influence of Organic Acids and Natural
Chelating Agents on Copper, Chromium, and Arsenic Leaching from Treated
Wood[Contribution Number: 1020]
L. Blue, R. Sheets, R. Biagioni (Chemistry Department, Southwest Missouri
State University)
14:50
Uptake of arsenic by selected plants
and deer at a former military base contaminated with organoarsenic-based
warfare agents[Contribution Number: 1021]
F. Pitten, G. Müller, A. Kramer, H. Below (Institute of Hygiene
and Environmental Medicine, University of Greifswald, Germany), P. König
(Botanical Garden, University of Greifswald, Germany), K. Thuriw (Institute
for Measuring and Sensor Systems Rostock, Germany)
15:10
Evidence of Iron in Arsenic Mobilization
Groundwater of Bengal Delta Plain[Contribution Number: 1022]
S.J. Sahu. S. Roy, J. Jana, R. Bhattacharya, D. Chatterjee (Department
of Chemistry, University of Kalyani, India) and S.S. Dey Dalal (River Research
Institute, India)
15:30
Health Surveillance in a Community
Affected by Arsenic-Contaminated Water[Contribution Number: 1023]
Lynda Knobeloch, Charles Warzecha, Marc Weisskopf and Henry Anderson
(Wisconsin Department of Health and Family Services)
16:30
Causes and Effects of Arsenic
Contamination in Drinking Water in Bangladesh: A Critical Review[Contribution
Number: 1024]
Arun B. Mukherjee (Department of Limnology and Environmental Protection,
University of Helsinki, Finland)
16:50
Arsenite Disrupts Mitosis and Induces
Apoptosis in Phenotypically p53 Negative Human Skin Fibroblasts[Contribution
Number: 1025]
J. Christopher States (Department of Pharmacology and Toxicology, University
of Louisville School of Medicine, KY), Michael J. McCabe Jr., Joel G. Pounds,
John J. Reiners Jr., David J. Kaplan, Patricia Mathieu and Hans G. Sowder
(Institute of Chemical Toxicology, Wayne State University, MI)
17:10
Effects of Arsenic(V) and Arsenic(III)
on Human Keratinocytes Grown in Submerged and Lifted(Artificial Skin) Cultures[Contribution
Number: 1026]
L. Bernstam, J. Lee and J. Nriagu (Department of Environmental Health
Sciences, School of Public Health, University of Michigan)
17:30
As and Cd Alteration of HSP60Expression in Relation to Renal Cell Toxicity[Contribution
Number: 1027]
Bruce A. Fowler (Program in Toxicology, University of Maryland, MD)
14:30
Geochemical Evidence for Atmospheric
Pollution from Prehistoric Metal Mining in Blanket Peat: A Case Study from
Copa Hill, Cwmystwyth, Mid-Wales, UK[Contribution Number: 1028]
T. Mighall (Centre for Quaternary Science, Coventry University, UK),
J. P. Grattan (Institute of Earth Studies, University of Wales, UK), S.
Forsyth and S. Timberlake (Early Mines Research Group, UK)
14:50
Elevated Mercury Concentrations
in Southern Patagonian Peat Bogs – An Anthropogenic Signal?[Contribution
Number: 1029]
Harald Biester, Markus Arnold (Institute of Environmental Geochemistry,
University of Heidelberg, Germany), Mateja Gosar (Geological Survey of
Slovenia)
15:10
The Investigation and Dating of
Transboundary Air Pollution Found in Southern Greenland[Contribution
Number: 1030]
M. Goodsite (Department of Atmospheric Environment, Danish National
Environmnetal Research Institute, Denmark), C. Lohse, T. Hansen (Department
of Chemistry, University of Southern Denmark), W. Shotyk (Geological Institute,
University of Berne, Switzerland), W. Knaap (Geobotanical Institute, University
of Berne, Switzerland), J. Heinemeier (Institute of Physics and Astronomy,
University of Aarhus, Denmark), A. Cheburkin (EMMA Analytical, Canada),
R. Frei, N. Anderson (Geological Institute of Geography, University of
Copenhagen, Denmark), P. Appleby (Environmental Radioactivity Research
Center, University of Liverpool, UK), G. Asmund (Department of Arctic Environment,
Danish National Environmental Research Institute, Denmark), N.Christensen
(Department of Atmospheric Research, Danish National Environmental Research
Institute, Denmark)
15:30
Discrimination between
Regional and Point-Source Atmospheric Hg Pollution using Sediment Records
from Drainage Lakes, Maine, USA[Contribution Number: 1031]
S.A. Norton, C.T. Hess, J.A. Cangelosi, M. Norris, E.R. Perry, J.S.
Kahl (Department of Geology, University of Maine) and D.L. Courtemanch
(Department of Environmental Protection, Maine)
16:30
The Use of Fallout Radionuclides
as Tracers for Study Heavy Metal Records in Peat Bogs[Contribution
Number: 1032]
P. Appleby (Department of Mathematical Sciences, University of Liverpool,
UK), W.S. Shotyk (Geological Institute, University of Berne,Switzerland),
A Grünig (Swiss Federal Institute of Forestry, Switzerland)
16:50
Peat Profiles as Chronometers of Atmospheric Pollution[Contribution
Number: 1033]
E. Steinnes (Department of Chemistry, Norwegian University of Sciences
and Technology)
17:10
Geochemically Fingerprinting Spatial
and Temporal Recovery in a Highly Anthropogenically Disturbed Lake: Torch
Lake, (Upper Peninsula) Michigan, USA[Contribution Number: 1034]
J. Fett, S.J. Simpson, D.T. Long, and L.C. Patino (Department of Geological
Sciences, Michigan State University)
17:30
Mercury Atmospheric
Deposition Recorded from Dated Peat Bog Cores in South America during the
Present Century[Contribution Number: 1035]
L.D. Lacerda, M.G. Ribeiro & J. Abrão (Department of Geoquímica,
Universidade Federal Fluminense, Brazil)
17:50
Contemporary and Historical Eolian
Depositional Fluxes of Mercury: Archival Records in Ombrotrophic Bogs and
Lake Sediments from Nova Scotia and New Zealand[Contribution Number:
1036]
C.H. Lamborg, W.F. Fitzgerald, P.H. Balcom (University of Connecticut,
Department of Marine Sciences), A. Damman (Kansas State University, Division
of Biology), J. Benoit (University of Maryland, Chesapeake Biological Laboratory)
9:30
Remediation of Heavy Metals
and Radionuclides by Phytoimmobilization: Evaluation of Sequestering Agents[Contribution
Number: 1037]
Anna Sophia Knox (formerly A. Chlopecka), Tom Hinton (Savannah River
Ecology Laboratory, University of Georgia), Dan Kaplan, Steve Serkiz (Westinghouse
Savannah River Company, South Carolina)
9:50
Arsenic Uptake from Contaminated
Soils by a Hyperaccumulating Fern[Contribution Number: 1038]
Lena Ma, Cong Tu, Beth Kennelley and Ken Komar (Soil and Water Science
Department, University of Florida)
10:10
Use of Heavy Metal Resistant
Bacteria in a Bioreactor Concept (Bacteria Metal Sludge Reactor) to Remove
Bioavailable Heavy Metals from Polluted Soils[Contribution Number:
1039]
D. van der Lelie, P. Corbisier, S. Taghavi, M. Mergeay, M. De Smet,
L. Hooyberghs, L. Kinnaer, L. Diels (VITO, Environmental Technology, Belgium),
N. Spelmans, J. Vangronsveld (LUC, Center for Environmental Sciences, Belgium),
G. Brox (Tekno Associations, Salt Lake City, UT)
11:00
The Adsorption of Metals
Lead and Zinc from Acid Waters by a Brazilian Peat[Contribution
Number: 1040]
Maria Dionísia Costa dos Santos (Departmento de Metalurgia Extrativa,
Centro de Tecnologia Mineral/Ministério da Ciência e Tecnologia,
Brasil) Laurindo de Salles Leal Filho (Departmento de Engenharia de Minas,
Escola Politécnica da Universidade de São Paulo, Brasil)
11:20
Bioabsorption of Heavy Metals
by Macrofungi Ganoderma Iucidium[Contribution Number: 1041]
T. R. Muraleedharan (Indian Institute of Technology (IIT), Kanpur,
India), Leela Iyengar (Department of Chemistry, IIT, India), Ligy Philip
(Department of Civil Engineering, IIT, India) and C. Venkobachar (Department
of Civil Engineering, University of West Indies, Trindidad)
11:40
Using Some Agricultural
Plant Species for the Decontamination of Heavy Metals and Radionuclides
in the Environment[Contribution Number: 1042]
Boris Sorochinsky, Dmitro Grodzinsky (Institute of Cell Biology and
Genetic Engineering, Ukraine), Slavik Dushenkov (Biotech Center, Rutgers
University, New Jersey)
12:00
Physico-Chemical and Biological
Evaluation of the Effiicacy of in situ Metal Inactivation in Contaminated
Soils[Contribution Number: 1043]
J. Vangronsveld*, N. Spelmans, H. Clijsters, E. Adriaensens, R. Carleer,
L. Van Poucke (Limburgs Universitair Centrum, Universitaire Campus, Belgium);
D. van der Lelie, M. Mergeay, P. Corbisier, J. Bierkens, L. Diels (VITO,
Flemish Institute for Technological Research, Belgium)
9:30
The Effect of Dry Down and Natural
Fires on Mercury Methylation in the Florida Everglades[Contribution
Number: 1044]
David P. Krabbenhoft (US Geological Survey, Wisconsin) and Larry E.
Fink (South Florida Water Management District)
9:50
Mercury and Methylmercury in Long
Island Sound: Sources, Cycling and Human Related Emissions[Contribution
Number: 1045]
P. Balcom, W.F. Fitzgerald, C.H. Lamborg (Department of Marine Sciences,
University of Connecticut), G.M. Vandal (Pfizer Pharmaceutical Inc.), K.R.
Rolfhus (Water Chemistry Program, University of Wisconsin), C. Langer (Pfizer
Pharmaceutical Inc.)
10:10
Dissolved Reactive Mercury
Speciation in Water Profiles from Sepetiba Bay, SE Brazil[Contribution
Number: 1046]
R.V. Marins, Luiz D. Lacerda, and Heloísa H.M. Paraquetti (Dept.
Geoqúimica, Universidade Federal Fluminense, Brazil)
11:00
Tidal Remobilization of Mercury
from Mud Flat Acidic Pore Waters[Contribution Number: 1047]
Rozane V. Marins, Luiz D. Lacerda (Dept. Geoquímica, Universidade
Federal Fluminense, Brazil) and Stephane Mounier (RCMO, Universite de Toulon,
France)
11:20
Factors Controlling the Bioaccumulation
of Mercury and Methylmercury into Benthic Invertebrates and Fish[Contribution
Number: 1048]
Robert P. Mason, Kelly McAloon, Joy Leaner, Jean-Michel Laporte and
Sandrine Andres (Chesapeake Biological Laboratory, University of Maryland)
11:40
Mercury in the South Florida Everglades Ecosystem: An Assessment of
Ecological Risk[Contribution Number: 1049]
Q.J. Stober, K.W. Thornton (FTN Associates, LTD, Arkansas), R. Jones
(Florida International University), S.L. Rathbun (University of Georgia),
and D. Scheidt (US Environmental Protection Agency Region 4, Georgia)
12:00
An Evaluation of Mercury Levels Released from a Coal-Fired Power Plant
on Surface Soil Near the Plant[Contribution Number: 1050]
Margaret Farago, Sirima Panyametheekul, and John Rieuwerts (T.H. Huxley
School of Environment, Imperial College of Science, UK)
9:30
Atmospheric Pb Deposition
during the Last 4,600 Years Recorded by Two Ombrotrophic Peat Bogs in NW
Spain[Contribution Number: 1051]
A. Cortizas et al. (Department of Edafología y Química
Agrícola, Universidad de Santiago, Spain)
9:50
New Peat Bog Record of Atmospheric
Lead Deposition Since the Roman Period at Etang de la Gruère, Jura
Mountains, Switzerland: Total Pb Concentrations, Enrichment Factors, Isotopic
Composition, and Organolead Species[Contribution Number: 1052]
W. Shotyk (1), D. Weiss (2), M. Heisterkamp (3), A.K. Cheburkin (4),
and F.C. Adams (3)
1. Geological Institute, University of Berne, Switzerland
2. Earth, Atmospheric and Planetary Sciences, Massachusetts Institute
of Technology
3. Dept. of Chemistry, University of Antwerp, Belgium
4. EMMA Analytical Inc., Ontario, Canada
10:10
Lead Isotopic Composition and Heavy Metal Concentrations as Tracers
of Atmospheric Pollution Recorded in Peat and Lake Sediments (S. W. France)[Contribution
Number: 1053]
S. Alfonso, F.E. Grousset, L. Massé, J. Jouanneau, J. Tastet
(UMR 5805 EPOC, DGO, Université Bordeaux, France)
11:00
Stable Lead Isotopic Characterization
of the Historical Record of Environmental Lead Contamination in Dated Freshwater
Lake Sediment Cores from Central and Northern Scotland[Contribution
Number: 1054]
J. Farmer, L.J. Eades (Department of Chemistry, University of Edinburgh,
Scotland) A.B. MacKenzie (SURRC, Scotland), A.E. Bailey-Watts and A. Kirrika
(NERC Institute for Ecology and Hydrology, Scotland)
11:20
The Power of Varved Lake
Sediments for High-Resolution Studies of Lead Pollution History[Contribution
Number: 1055]
M. Brännvall. R. Bindler, I. Remberg (Department of Ecology and
Environmental Sciences, Umeå University, Sweden), Ove Emteryd (Department
of Forest Ecology, Swedish University of Agricultural Sciences, Sweden)
11:40
Constraining Lead Sources to the North Atlantic Ocean: Recent Atmospheric
Lead Deposition Recorded by Two Ombrotrophic Peat Bogs in Scotland and
Eastern Canada[Contribution Number: 1056]
D. Weiss et al. (Earth, Atmospheric, and Planetary Sciences, Massachusetts
Institute of Technology)
12:00
Reconstruction of Lead
(Pb) Fluxes in Europe during 1955-1995 and Evaluation of Gasoline Lead
Content Regulations[Contribution Number: 1057]
M. Costa-Cabral, C. Hagner, F. Feser and Hans von Storch (GKSS Research
Center, Germany)
9:30
Lead reduction policies in Europe and the economic effects on German
markets[Contribution Number: 1058]
Charlotte Hagner (Institute of Hydrophysics, GKSS-Research Center,
Germany)
9:50
Effects of Water Pollution from Roads[Contribution
Number: 1059]
Robert J. Hares, Neil I. Ward (ICP-MS Facility, Department of Chemistry,
University of Surrey, UK)
10:10
Hg and other Heavy Metals in Water,
Suspended Matter, and Biota in the Chattahoochee River[Contribution
Number: 1060]
Klaus Neumann+, Berry Lyons (Department of Geology, University of Alabama,+
Current address: Byrd Polar Research Center, Ohio State University), Emma
J. Rosi, Judy L. Meyer (Institute of Ecology, University of Georgia)
11:00
Post-Industrial Sources of Lead
in Urban Air: A Case Study using Lead Isotopes in Yerevan, Armenia[Contribution
Number: 1061]
Robert Kurkjian (Earth Sciences, University of California, Santa Cruz),
Charles Dunlap (The Environmental Research and Management Center, American
University of Armenia) and A. Russell Flegal (Environmental Toxicology,
University of California, Santa Cruz)
11:20
Heavy Metal Pollution in Soil, Groundwater
and Surface Water of Seven Selected Landfill Sites of Kuala Lumpur[Contribution
Number: 1062]
M. Rahman (1), N. Hassan (2), P. Latif (3), M. Daud (4), M. Bardaie
(5), (1. ESEIA Research Project, Faculty of Engineering, 2, 3. Faculty,
Department of Environmnetal Science, 4,5. Faculty, Department of Biological
and Agricultural Engineering, University of Putra Malaysia, Malaysia)
11:40
An Estimation of Trace Metal Emissions
in Vilnius City[Contribution Number: 1063]
Darius Valiulis, Kestutis Kvietkus, Darius Ceburnis, and Jonas Sakalys
(Atmospheric Pollution Research Laboratory, Institute of Physics, Lithuania)
12:00
The Evolution of Anthropogenic Lead
in the Ocean, 1976-2000[Contribution Number: 1064]
Ed Boyle (Massachusetts Institute of Technology)
15:10
The Use of Natural Zeolites in Active
Barrier Systems for Subaqueous In-Situ Capping of Contami-nated Sediments[Contribution
Number: 1065]
Patrick Jacobs (Department of Environmental Science and Technology,
Technical University Hamburg-Harburg, Germany)
15:30
Electroremediation of Contaminated
Soil from a Chlor-Alkali Factory[Contribution Number: 1066]
Pascal Suèr (Man-Technology-Environment Research Centre, Örebro
University, Sweden)
16:30
Amelioration of Cd Contaminated
Agricultural Soils Using Cation Exchangers[Contribution Number:
1067]
Neal Menzies, Katherine Snars, and Gillian Kopitke (School of Land
and Food Sciences, University of Queensland, Australia)
16:50
Cadmium Availability in Remediated
Soil: Availability Indices[Contribution Number: 1068]
Anna Sophia Knox (formerly A. Chlopecka), Domy Adriano (Savannah River
Ecology Laboratory, University of Georgia)
17:10
Natural Zeolites – Remediation
Technology for the 21st Century?[Contribution Number: 1069]
Karen Stead (1), Sabeha K. Ouki (1) and Neil I. Ward (2) (1. Centre
for Environmental Health Engineering, University of Surrey, UK, 2. ICP-MS
Facility, Department of Chemistry, University of Surrey, UK)
17:30
New Approach for Assessing Decontamination
Processes by Chemical Speciation Combined with Bioassays[Contribution
Number: 1070]
Heinz Stichnothe, Alexander Weissbach, Helga Neumann-Hensel, Wolfgang
Calmano (Department of Environmental Science and Technology, Technical
University Hamburg-Harburg, Germany)
17:50
The Study of Heavy Metal
Control by a Fluidized Bed Reactor during Incineration[Contribution
Number: 1071]
Bo-Chin Chiang, Ming-Yen Wey, Wen-Yi Yang (Department of Environmental
Engineering, National Chung Hsing University, Taiwan, Republic of China)
18:10
Mercury in Native Ore Deposits:
An Unrecognized, Widespread Source to Lake Superior Sediments[Contribution
Number: 1072]
W. Charles Kerfoot, S.L. Harting (Lake Superior Ecosystem Research
Center and Department of Biological Sciences, Michigan Technological University),
Ronald Rossmann (US Environmental Protection Agency, Large Lakes Research
Station, Michigan)
14:30
The Role of Water Wave Dynamic
Processes in the Exchange of Gaseous Mercury at the Air-Sea Interface[Contribution
Number: 1073]
G. Trombino, I. Hedgecock, L. Forlano, and N. Pirrone (CNR-Institute
for Atmospheric Pollution, c/o: UNICAL, Italy)
14:50
Managing Mercury Issues on
a Continental Scale[Contribution Number: 1074]
Luke Trip (Heavy Metal Air Issues, Environment Canada), R. Allan (Aquatic
Ecosystem Research Branch, National Water Institute, Environment Canada),
A. Hamilton (Commission for Environmental Cooperation, Canada)
15:10
FEDDS: The Florida Everglades
Dry-Deposition Study: Preliminary results from an ongoing investigation
of the dry-depositional loading of mercury to the Florida everglades ecosystem[Contribution
Number: 1075]
Frank J. Marsik, Gerald Keeler, Elizabeth Malcolm, J. Timothy Dvonch,
James Barres (Air Quality Laboratory, University of Michigan), Steven E.
Lindberg and Hong Zhang (Oak Ridge National Laboratory, Tennessee), Robert
K. Stevens (Florida Dept. of Environmental Protection) and Matthew Landis
(U.S. Environmental Protection Agency, North Carolina)
15:30
Baie St-François Wetland
(Quebec) Mercury Air-Surface Exchange Experiments[Contribution Number:
1076]
Laurier Poissant and Martin Pilote (Environment Canada, Québec)
16:30
Sunlight and Fe(III) induced photochemical reduction of Hg(II) in fresh
waters[Contribution Number: 1077]
H. Zhang and S. Lindberg (Environmental Sciences Division, Oak Ridge
National Laboratory, Tennessee)
16:50
Air-Surface Exchange of Mercury
over Natural and Impacted Sites in Atlantic Canada[Contribution
Number: 1078]
Stephen Beauchamp, Robert Tordon, Lisa Phinney, Annick Pinette (Atmospheric
Science Division, Environment Canada, Nova Scotia), John Dalzeil
(Bedford Institute of Oceanography, Nova Scotia, Canada), Andy Rencz
(Geological Survey of Canada), Henry Wong (National Water Research Institute,
Environmental Canada, Ontario)
17:10
Investigation of Heavy Metals in Cloud Water Sampled at Multiple North
America Locations[Contribution Number: 1079]
Elizabeth G. Malcolm, Gerald J. Keeler (Atmospheric, Oceanic and Space
Science Department, University of Michigan)
17:30
Dissolved Gaseous Mercury (DGM) Fluxes in Negro River Basin, Brazillian
Amazon[Contribution Number: 1080]
P.S. Fadini (Instituto de Ciências Biológicas e Químicas,
PUCCAMP, Brazil) and W.F. Jardim (Instituto de Química, Universidade
Estadual de Caixa Brazil)
17:50
Atmospheric Mercury Species in
the Arctic: Measurements and Modelling[Contribution Number: 1081]
Torunn Berg (Norwegian Institute for Air Research), Jerzy Bartnicki
(DNMI, Norway), John Munthe (IVL, Sweden), Heikki Lattila (FMI, Finland),
Jaroslaw Hrehoruk, Andrzej Mazur (IMGW, Poland)
18:10
The Science and Health Effects of
Mercury: A Review of Risk and Uncertainty[Contribution Number: 1082]
Bruce Lourie (Lourie and Love, Toronto, Canada)
14:30
Prediction of Copper and Zinc Concentrations
in Plants Based on Soil Characteristics[Contribution Number: 1083]
Jennifer K. Saxe, Christopher A. Impellitteri, Herbert E. Allen (Department
of Civil and Environmental Engineering, University of Delaware)
14:50
Copper Levels in Soils and Two
Crops in Central Chile[Contribution Number: 1084]
Patricio H. Rodríguez, Ricardo Badilla-Ohlbaum, Andreas Birkefield,
Elena Bustamante, Andres Céspedes (CIMM, Santiago-Chile), Rosanna
Ginocchio, Gustabo E. Lagos (Pontificia Universidad Catolica, Santiago-Chile)
and Juan C. Torres (CODELCO, Santiago-Chile)
15:30
Impact of Endomycorrhizal Fungi on
Plant Trace Element Uptake and Nutrition[Contribution Number: 1085]
Neil I. Ward, Karen Stead (ICP-MS Facility, Department of Chemistry,
School of Physics and Chemistry, University of Surrey, UK) and John Reeves
(Eastleigh, UK)
16:30
Bioavailability of As,
Hg and Se from compost-amended soils[Contribution Number: 1086]
Valcho D. Zheljazkov (Jeliazkov), Phil R. Warman (Department of Environmental
Sciences, Nova Scotia Agricultural College, Canada)
16:50
Effect of Stem-only and Whole-tree Clear-cutting on Heavy Metal Concentrations
in Forest Soil and Plants at Two Clear-Cut Areas in Scandinavia[Contribution
Number: 1087]
Lena Kjøbli Grønflaten (Department of Chemistry, Norwegian
University of Science and Technology)
17:10
The Growth and Residual Effect of
Applied Rare Earth Elements (REE) on Wheat[Contribution Number:
1088]
Yan Beizhan, Liang Tao, Zhang Shen, Wang Lijun (Institute of Geography,
CAS, China), Hu Aitang (Nanjing Agricultural University, China)
17:30
Temporal and Spatial Variation of
Hg and Pb Concentrations in Northeastern U.S.-Canadian Subalpine Forest
Floor Soils[Contribution Number: 1089]
G.C. Evans (1), S.A. Norton (2), I.J. Fernandez (3), J.S. Kahl
(2,4) and D.W. Hanson (5)
(1. Michigan State University, 2. Department of Geological Sciences,
University of Maine, 3. Department of Plant, Soil and Environmental Sciences,
University of Maine, 4. Water Research Institute, University of Maine,
5. Cambridge, MA)
17:50
Movement of heavy metals in
the eco-environment through trophic levels of food chain[Contribution
Number: 1090]
K. Jamil (Biology and Biotechnology Division, Indian Institute of Chemical
Technology, India)
14:30
Blood lead and mortality in the
National Health and Nutritional Examination Survey II (NHANES II) cohort[Contribution
Number: 1091]
M. Lustberg and E. Silbergeld (University of Maryland)
14:50
Evaluation of Blood Lead Concentration
in Workers of the Electrical Storage Battery Recuperation Sector and Solder
in the Great Cuiabá-MT, Brazil[Contribution Number: 1092]
P.A. Rossignoli, E. Castro e Silva, L.J. Oliveira and S.M. Silvestrin
(UFMT, Brazil)
15:10
Magnetic Resonance Spectroscopy in
the Neurologic Assessment of Adult Lead Poisoning[Contribution Number:
1093]
Robert Wright, Robert Mulkren, Roberta White, Antonio Aro, Howard Hu
(The Channing Laboratory, Brigham and Women’s Hospital, Department of Radiology,
Boston Children’s Hospital, Harvard Medical School, Boston, VA Hospital,
Boston University Medical School, Boston, MA and Department of Pediatrics,
Brown Medical School, Providence, RI)
15:30
Influence of Dietary Ascorbic Acid
Intake on Lead Mobilized from Bone Among Middle-Aged and Elderly Men: The
Normative Aging Study[Contribution Number: 1094]
Shirng-Wern Tsaih, Susan Korrick, Joel Schwartz, Chitra Amarasiriwardena,
Antonio Aro (Occupational Health Program, Harvard School of Public Health,
Massachusetts), David Sparrow (The Normative Aging Study, Department of
Veterans Affairs Outpatient Clinic, Massachusetts), Howard Hu (Occupational
Health Program, Harvard School of Public Health, Massachusetts)
16:30
New Isotopic Evidence for Chronic
Lead Contamination in the San Francisco Bay and Implications for the Persistence
of Past Industrial Lead Emissions in the Biosphere[Contribution
Number: 1095]
Douglas J. Steding, Charles Dunlap and A. Russell Flegal (Earth Sciences
and Environmental Toxicology, University of California, Santa Cruz)
16:50
Contribution of Lead
in Wine to the Total Dietary Intake of Lead in Humans with and without
a Meal – A Pilot Study[Contribution Number: 1096]
Brian L Gulson (1, 4), Creina S. Stockley (2), Brian Gray (3), Karen
J. Mizon (4), Nicole Patison (4)
1. Graduate School of the Environment, Macquarie University, Australia
2. The Australian Wine Research Institute, South Australia, Australia
3. School of Chemsitry, Macquarie University, Australia
4. CSIRO Division of Exploration and Mining, Australia
17:10
Lead in bone: internal source and target
organ?[Contribution Number: 1097]
D. Nash and E. Silbergeld (New York City Health Department and Department
of Epidemiology and Preventive Medicine and University of Maryland Medical
School)
17:30
Longitudinal Study of
Daily Intake and Excretion of Lead in Newly-Born Infants[Contribution
Number: 1098]
Brian L. Gulson (1,2), Karen J. Mizon (1, 2), Jacqueline M Palmer (2),
Nicole Patison (2), Alistair J. Law (2), Michael J. Korsch (2), Kathryn
R. Mahaffey (3), John A. Donnelly (4) (1. Graduate School of the Environment,
Macquarie University, Australia, 2. CSIRO/DEM, Australia, 3.
US Environmental Protection Agency, Washington, DC, 4. Statistical
consultant, Castle Hill, Australia)
17:50
Environmental Lead Contamination and Pediatric Lead Intoxication in
an Andean Village[Contribution Number: 1099]
S. Allen Counter, Leo H. Buchanan, Chitra Amarsiriwardena, Nadir Rifai,
Howard Hu (Harvard University and Affiliated Institutions, Massachusetts),
Fernando Ortega (Universidad San Francisco de Quito, Quito, Ecuador)
9:30
TIMS for the Reliable Determination
of Lead Concentrations and the Isotopic Ratios in Antarctic Snow and Ice[Contribution
Number: 1100]
Kevin Rosman, Katja Van de Velde, Paul Vallelonga, Jean-Pierre Candelone
(Departement of Applied Physics, Curtin University of Technology, Australia),
Frédéric Planchon, Claude Boutron (Laboratoire de Glaciologie
et Geophysique de’l Environnement du CNRS, Domaine Universitaire, France)
and V.I. Morgan (Antarctic CRC and Australian Antarctic Division,
Australia)
9:50
Investigation of Natural Fractionation
of Stable Mercury Isotopes by Multi-Collector Inductively Coupled Plasma
Mass Spectrometry[Contribution Number: 1101]
Bjorn Klaue, Stephen E. Kesler and Joel D. Blum (Geological Sciences,
University of Michigan)
10:10
A Stable Isotope Approach to
the Study of the Association of Heavy Metals with Different Soil Components[Contribution
Number: 1102]
Jeffrey R. Bacon and Irene J. Hewitt (Macaulay Land Use Research Institute,
Aberdeen, UK)
11:00
Investigation of Sequential Extractions
methods for Determination of Mercury Species in Sediments[Contribution
Number: 1103]
Chris Sladek (Department of Geological Sciences) and Mae Sexauer Gustin
(Department of Environmental and Resource Science, University of Nevada)
11:20
Determination of Mercury Species
Using ICP/MS Techniques[Contribution Number: 1104]
Holger Hintelmann (Trent University, Department of Chemistry, Peterborough,
Canada)
11:40
Environmental Mercury
Speciation Analysis by Flow-Hyphenation Techniques[Contribution
Number: 1105]
C.M. Tseng (Department of Marine Science, University of Connecticut)
and O.F.X Donard (Laboratoire de Chimie Bio-Inorganique et Environnement,
France)
12:00
A peat reference material
for trace element analysis[Contribution Number: 1106]
C. Barbante (Department of Environmental Sciences, University of Venice,
Italy), W. Shotyk (Geological Institute, University of Berne, Switzerland),
H. Biester (Institute of Environmental Geochemistry, University of Neidelberg,
Germany) A. Cheburkin (EMMA Analytical. Canada), H. Emons (Environmental
Specimen Bank, Germany), J. Farmer (Department of Chemistry, University
of Edinburgh, Scotland), E. Hoffman (ACTLABS, Ontario, Canada), A. Cortizas
(Department of Soil Science and Agricultural Chemistry, University of Santiago
de Compostela, Spain), J. Matschullat (Interdisciplinary Centre for Environmnetal
Studies, University of Freiberg, Germany), S. Norton (Department of Geology,
University of Maine, ME), J. Schweyer (Ontario Geological Survey, Canada),
E. Steinnes (Department of Chemistry, University of Trondheim, Norway)
9:30
Identification and Distribution
of Arsenic Species in an Iron-Oxidizing Microbial Mat Community[Contribution
Number: 1107]
Andrea L. Foster, Roger P. Ashley, and James J. Rytuba (U.S. Geological
Survey, California)
9:50
Concentrations and Distributions
of Heavy Metals in Naturally Growing Vegetation at Different Distances
from a Zinc Smelter[Contribution Number: 1108]
Hilde-Gunn Jensen (Department of Chemistry, Norwegian University of
Science and Technology)
10:10
Mushrooms from a Copper Contaminated
Birch Forest: Concentrations of Heavy Metals and Metallothioneins
and Superoxide Dismutase Activity[Contribution Number: 1109]
Christian Collin-Hansen (Department of Chemistry, Norwegian University
of Science and Technology)
11:00
Copper Tolerance Testing on Mimulus
Cupreus Dombr., Scrophularaceae, in Populations Exposed and Non-Exposed
to Copper Mine Pollution[Contribution Number: 1110]
R. Ginocchio, I. Toro (Departamento de Ecología, Pontificia
Universidad Católica de Chile, Chile) and D. Schnepf (Institute
for Soil Science, Agricultural University, Vienna, Austria)
11:20
The Antagonistic Effect of Selenium
on Mercury Uptake by Freshwater Fish[Contribution Number: 1111]
N. Belzile, Y.W. Chen (Department of Chemistry & Biochemistry,
Laurentian University, Ontario, Canada) and J. Gunn (Cooperative Freshwater
Ecology Unit, Laurentian University, Ontario, Canada)
11:40
Heavy Metal Input to the Niepolomice
Forest (S Poland)- Changes during 20 Years[Contribution Number:
1112]
Grazyna Szarek-Lukasewska, Krystyna Grodzinska, Barbara Godzik (W.
Szafer Institute of Botany Polish Academy of Science)
12:00
Mercury in Soils at the Abandoned
Red Devil Mine in Southwest Alaska[Contribution Number: 1113]
Elizabeth A. Bailey (U.S. Geological Survey, Alaska), Mark E. Hines
(Dept. of Biological Sciences, University of Alaska Anchorage), John E.
Gray, Peter M. Theodorakos (U.S. Geological Survey, Colorado)
9:30
Trace Metal Distribution in Surface
Sediments from the Eastern Brazilian Coast[Contribution Number:
1114]
L. Guedes, C.M.M. Souza, C.E.V. Carvalho, A.R.C. Ovalle, C.E. Rezende
and M.G. Almeida (Laboratório de Ciências Ambientais, CBB,
UENF, Brazil)
9:50
Mercury and Copper Contamination
from Historic and Recent Mining Activities in the Camaqu? River Basin,
South Brazil[Contribution Number: 1115]
M.H. Pestana (Fundaçao Estadual de Proteçao Ambiental
Henrique Luís Roessler, Rio Grande do Sul, Brazil), M. Formoso (Centro
de Estudos em Petrologia e Geoquímica, Universidade Federal
do Rio Grande do Sul, Brazil), P. Lechler (Nevada Bureau of Mines and Geology,
University of Nevada)
10:10
Geochemical Study of Heavy Metals
in Bottom Sediments and Border Soils from a Lacustrine System of Cima Lake,
RJ, Brazil[Contribution Number: 1116]
M.G. Almeida, C.M.M. de Souza, and L. Guedes (Laboratório de
Ciências Ambientais, CBB, Universidade Estadual do Norte Fluminense,
Brazil)
11:00
Heavy Metals Geochemistry in the
Sediments of a Brazilian Mangrove[Contribution Number: 1117]
Glauca Torres Aragon and Fabricio Lima da Silva (Laboratório
de Ciências Ambientais, Universidade Estadual do Norte Fluminense,
Brazil)
11:20
Heavy metal composition of
sediments in the middle and lower course of the Volga River, Russian Federation[Contribution
Number: 1118]
German Mueller, A. Yahya, R. Ottenstein (Institute of Environmental
Geochemistry, University of Heidelberg, Germany), V. Raynin, N. Kolomiytsev
(Russian Academy of Agricultural Sciences), V. Naydenko, S. Sobol (Nizhny
Novgorod State University, Nizhny Novgorod), P. Shagidullin, and V. Trofanchuk
(Ministry of the Environment, Rep. Tatarstan, Kazan)
11:40
Heavy Metal Concentrations
in Sediments and Suspended Particulate Matter from Mar Chiquita Coastal
Lagoon, Argentina[Contribution Number: 1119]
L. Ferrer, S. Andrade, J. Marcovecchio (Instituto Argentino de Oceanografia,
Argentina), S. De Marco and A. Gavio (Universidade Nacional de Mar del
Plata, Argentina)
12:00
Heavy Metals Distribution
in the Estuarine Ecosystem of Bahia Blanca, Argentina[Contribution
Number: 1120]
L. Ferrer, S. Andrade, R. Asteasuain, J. Marcovecchio (Instituto Argentino
de Oceanografia, Argentina) and A. Pucci (Centro Nacional Patagónico,
Argentina)
9:30
Mercury in the Atmosphere of Lake Michigan[Contribution Number:
1121]
Gerry Keeler, et al. (Department of Environmental Health Sciences,
School of Public Health, University of Michigan)
9:50
Influences of Watershed Characteristics
on Total and Methyl Mercury Levels in Lake Michigan Tributaries[Contribution
Number: 1122]
James P. Hurley (1, 2), Kristofer R. Rolfhus (3), Martin M. Shafer
(3), and Peter E. Hughes (4)
1. Water Resources Institute, University of Wisconsin
2. Bureau of Integrated Science Services, Wisconsin Department of Natural
Resources
3. Water Chemistry Program, University of Wisconsin
4. US Geological Survey, Wisconsin
10:10
Mercury in the Water
Column of Lake Michigan[Contribution Number: 1123]
Robert P. Mason (Chesapeake Biological Laboratory, University of Maryland),
Kristen A. Sullivan (Pfizer, Connecticut)
11:00
Mercury in Phytoplankton and Zooplankton[Contribution
Number: 1124]
Edward A. Nater, Deborah L. Swackhamer, Jacob A. Fleck (University
of Minnesota)
11:20
Mercury in Fish in Lake Michigan[Contribution Number: 1125]
Jerome Nriagu and Xia Qin Wang (Department of Environmental Health
Sciences, School of Public Health, University of Michigan)
11:40
Mercury in and Fluxes to Lake Michigan
Surficial Sediments[Contribution Number: 1126]
Ronald Rossmann (United States Environmental Protection Agency, Mid-Continent
Ecology Division – Michigan)
12:00
A Modeling Framework for Mercury Cycling
in Lake Michigan[Contribution Number: 1127]
Xin Zhang (PAI/SAIC, Large Lakes Research Station, Michigan) and Kenneth
R. Rygwelski (US EPA, Large Lakes Research Station, Michigan)
14:30
Analysis of variations
in Pb and Cu complexation by natural organic matter across Connecticut
watersheds[Contribution Number: 1128]
M. Morrison and G. Benoit (Yale School of Forestry and Environmental
Studies, Connecticut)
14:50
Characterization of Natural Colloids
with Field-Flow-Fractionation (FFF) Techniques for the Assessment of Colloid
Assisted Transport of Heavy Metals[Contribution Number: 1129]
Frank von der Kammer (Department for Environmental Science and Technology,
Technical University Hamburg-Harburg, Germany)
15:10
An Investigation of Freshwater Humic
Material Using Liquid Chromatography/ Mass Spectrometry[Contribution
Number: 1130]
Brain K. Dimock (Department of Chemistry, Trent University, Ontario,
Canada)
15:30
Factors Influencing Metals
Recovery from Wastewaters by Ion Exchange[Contribution Number: 1131]
M. Lasheen, A. Ashmawy and H. Ibrahim (Department of Water Pollution,
National Research Center, Cairo, Egypt)
16:30
A Comparison of Solvent and Gel Electrophoretic
Techniques in the Extraction of Humic Substances from Soils: Application
to the Investigation of U-Humic Interactions in a Coniferous Forest Soil[Contribution
Number: 1132]
Margaret C. Graham (Department of Chemistry, University of Edinburgh,
Scotland), Susan I. Vinogradoff, Anthony Abbott (Westlakes Scientific
Consulting, England) and John G. Farmer (Department of Chemistry, University
of Edinburgh, Scotland)
16:50
Analytical Application of Supported
Liquid Membranes in Trace Metal Extraction and Speciation[Contribution
Number: 1133]
Kuria Ndungu (Environmental Toxicology Department/WIGS, University
of California, Santa Cruz), Nii-Kotey Djane, Lennart Mathiasson and Jan
Åke Jönsson (Department of Analytical Chemistry, Lund University,
Sweden)
17:10
Aqueous Speciation of Copper, Manganese,
Cadmium and Zinc in the Elizabeth River Estuary (Norfolk, VA) Measured
Using the Diffusion Gradient in Thin-FilmTechnique[Contribution
Number: 1134]
Michael R. Twiss (Department of Chemistry, Biology and Chemical Engineering,
Ryerson Polytechnic University, Ontario, Canada) and James W. Moffett (Department
of Marine Chemistry and Geochemistry, Woods Hole Oceanographic Institution,
Massachusetts)
17:30
Seasonal changes of metal forms
in a mining region recipient measured by filter and DEAE fraction-ation[Contribution
Number: 1135]
Å. Sjöblom (Department of Water and Environmental Studies,
Linköping University, Sweden) and K. Håkansson (Swedish Geotechnical
Institute, Sweden)
17:50
Heavy Metal and other Element Analysis of Water and Sediment Samples
using ICP-MS without Argon- Based Interferences[Contribution Number:
1136]
Fadi Adou- Shakra and David Churchman (Micromass UK Ltd., United Kingdom)
14:30
Mercury Content of Soils in the
Vicinity of a Past-Producing Mercury Mines, Central British Columbia, Canada[Contribution
Number: 1137]
A. Plouffe, G.E.M. Hall, and P. Pelchat (Geological Survey of Canada)
14:50
Environmental Effects of Abandoned
Mercury Mines in the Humboldt River Basin Nevada, USA[Contribution
Number: 1138]
John E. Gray, James G. Crock, and David L. Fey (U.S Geological Survey,
Colorado)
15:10
Aqueous Geochemistry of Mercury
in Three River Systems Impacted by Mining Activities[Contribution
Number: 1139]
Jean-Claude Bonzongo (Environmental Studies, Austin College, Texas),
W.B. Lyons (Byrd Polar Research Center, Ohio State University), J.J. Warwick
(Dept. of Environmental Engineering Sciences, University of Florida), Jadran
Faganelli (Marine Biological Station, Slovenia), Milena Horvat (Jozef Stefan
Institute, Slovenia), M.E. Hines (Dept. of Biology, University of Alaska),
P.J. Lechler and J. Miller (University of Nevada)
15:30
The Impact of Mercury Mining on the
Environment and Human Health in the Wider Idrija Region, Slovenia, and
in the Gulf of Trieste[Contribution Number: 1140]
Milena Horvat (1), Vesna Jereb (1), Martina Logar (1), Vesna Fajon
(1), Vesna Miklavcic (2), Alfred Kobal (2), Mark Hines (3), Jadran Faganeli
(4)
1. Department of Environmental Sciences, Jozef Stefan Institute, Slovenia
2. Mercury Mine Idrija, Slovenia
3. University of Alaska Anchorage
4. National Institute for Biology, Marine Biological Station, Slovenia
16:30
Preliminary Results
from a Study of Metals in Lake Sediment around the Smelter at Rouyn-Noranda,
Québec[Contribution Number: 1141]
Deborah Kliza (Geological Survey of Canada, Ontario), Kevin Telmer
(University of Victoria, British Columbia, Canada), Gwendy Hall, Graeme
Bonham-Carter and Sam Alpay (Geological Survey of Canada, Ontario)
16:50
The Chemical Speciation of Zn in
the Sediments of a Lake Impacted by a Zn Smelter[Contribution Number:
1142]
Jean-Francois Gaillard, Samuel M. Webb (Department of Civil Engineering,
Northwestern University, Illinois), Gary G. Leppard (National Water Research
Institute, CCIW, Ontario, Canada)
17:10
Effect of Mining and Related Activities
on the Sediment Trace Element Geochemistry of the Spokane River Basin,
Washington, USA[Contribution Number: 1143]
Cecile A. Grosbois (BRGM, Direction de la Recherche, France), Arthur
J. Horowitz, James J. Smith and Kent A. Elrick (U.S. Geological Survey,
Georgia)
17:30
The Heavy Metal Contamination of the Odra River System[Contribution
Number: 1144]
Kai Behrens, Arndt Knöchel, Anne-Katrin Meyer (Institute of Inorganic
and Applied Chemistry, University of Hamburg, Germany), Edeltrauda Helios-Rybicka,
Magdalena Strzebonska, Ewa Adamiec (Department of Environmental Protection,
University of Mining And Metallurgy, Poland), Peter Beuge, Annia Greif,
Werner Klemm (Institute of Mineralogy, Technical University Bergakademie
Freiberg, Germany), Mikolaj Protasowicki (Department of Toxicology, Agricultural
University, Poland)
17:50
The Special Heavy Metal Contamination of the Mulde River System[Contribution
Number: 1145]
Arndt Knöchel, Anne-Katrin Meyer, Markus Cichon (Institute of
Inorganic and Applied Chemistry, University of Hamburg, Germany) Peter
Beuge, Andreas Kluge, Werner Klemm (Institute of Mineralogy, Technical
University Bergakademie Freiberg, Germany)
14:30
Silver in Sediments of the
Elbe River, its Estuary and in the North Sea[Contribution Number:
1146]
German Muller (Institute of Environmental Geochemistry, Heidelberg
University, Germany)
14:50
Heavy Metals Pollution into the
Marano Lagoon in Northern Italy[Contribution Number: 1147]
A. Piacenti, M. Ferrini, F. La Marca (Department of Chemical, Materials,
Raw Materials and Metallurgical Engineering, University of Rome, Italy)
and L. Piga (National Research Council, Italy)
15:30
Iron Plaque Formation
on the Roots of Mangrove Seedlings[Contribution Number: 1148]
W. Machado, L.D. Lacerda (Dept. Geoquímica, Universidade Federal
Fluminense, Brazil)
16:30
Covariance of Gradients in the
Carbon and Nitrogen Isotopic Ratios in Surface Sediments and Total Dissolved
Metal Concentrations in the San Francisco Bay Estuarine System[Contribution
Number: 1149]
Mara Ranville and James Zachos (Earth Sciences, University of California,
Santa Cruz) and A.R. Flegal (Environmental Toxicology, University of California,
Santa Cruz)
16:50
Pb and Hg Distribution in Dated
Sediment Cores from a Remote Headwater Lake at Itatiaia Mountains, SE Brazil[Contribution
Number: 1150]
L.D. Lacerda, M.G. Ribeiro, Jr., and J.J. Abrao (Dept. Geoquimica,
Universidade Federal Fluminense, Brazil)
17:10
Biogeochemistry of
Mercury in Three European Estuaries (Gironde, Scheldt and Rhine)[Contribution
Number: 1151]
C.M. Tseng (Department of Marine Science, University of Connecticut),
D. Amouroux, O.F.X Donard, O.F.X. (Laboratoire de Chimie Bio-Inorganique
et Environment, CNRS EP132, Université de Pau et de ladour, France)
17:30
Heavy Metals Transport and Distribution
over the Abiotic Components of the OB River Aquatic Ecosystems (West Siberia,
Russia)[Contribution Number: 1152]
Tatyana S. Papina, Sergei V. Temerev, Alla N. Eyrikh (Institute for
Water and Environmental Problems, Siberian Branch of the Russian Academy
of Sciences)
17:50
Potential Ecological Risk
Index for Heavy Metals – Assay in Guanabara Bay, Rio de Janeiro, Brazil[Contribution
Number: 1153]
A.N. Campos, E.D. Bidone (Departmento de Geoqúimica, Universidade
Federal Fluminense, Brazil)
14:30
Manganese
Accentuates Adverse Mental Health Effects Associated with Alcohol Use Disorders[Contribution
Number: 1154]
Marie-Pascale Sassine, Donna Mergler (CINBIOSE, University of Quebec
in Montreal, Canada), Rosemarie Bowler (Psychology Department, San Francisco
State University, California), H. Kenneth Hudnell (US Environmental Protection
Agency, North Carolina)
14:50
A Comparative Study
of Manganese and Lead Levels in Human Umbilical Cords and Maternal Blood
from Two Urban Centers Exposed to Different Gasoline Additives[Contribution
Number: 1155]
Audrey Smargiassi (CINBIOSE, University of Quebec in Montreal, Canada),
Huel Guy, Hellier Georgette (INSERM, Research in Epidemiology, France),
Masse Andre, Sergerie Martin (CHUM, St. Luc Hospital, Quebec, Canada),
Mergler Donna (CINBIOSE, University of Quebec in Montreal, Canada)
15:10
Possible Effects of Chronic
Exposure to Environmental Airborne Manganese on Neurological Function in
Children[Contribution Number: 1156]
H. Kenneth Hudnell (US Environmental Protection Agency, North Carolina),
Donna Mergler (University of Quebec at Montreal, Canada), and Richard A.
Wittberg (Center for Research on Urban Toxics)
15:30
Brain MRI in Manganese Exposed
Workers and Hepatopatic Patients[Contribution Number: 1157]
Roberto Lucchini, Elisa Albini, Laura Benedetti, Lorenzo Alessio (Institute
of Occupational Health, University of Brescia, Italy) Roberto Gasparotti
(Department of Neuroradiology, University of Brescia, Italy)
16:30
Manganese in Well Water:
Exposure in the Eastern Townships of Quebec (Canada)[Contribution
Number: 1158]
Audrey Smargiassi, Robyn Bryan, Donna Mergler, Mary Baldwin (CINBIOSE,
University of Quebec in Montreal, Canada), Joseph Zayed (Department of
Hygiene and Occupational Health, University of Montreal, Canada)
16:50
Neurophysiological sequelae of welding[Contribution
Number: 1159]
Rosemarie Bowler (Department of Psychology, San Francisco State University,California)
17:10
Hazards from Lead in Ceramic
Dinnerware: Antiquity to the year 2000[Contribution Number: 1160]
R. Sheets (Department of Chemistry, Southwest Missouri State University)
17:30
Mercury: Effects on Host Resistance to Intracellular Pathogens[Contribution
Number: 1161]
Ellen Silbergeld (1), Bernadette Ramirez (2), John Sacci (1, 3), Abdu
Azad (1)
1. University of Maryland Medical School
2. University of Philippines
3. Naval Medical Research Institute, Maryland
17:50
Delayed Neurotoxicity due to Developmental
Exposure to Methylmercury[Contribution Number: 1162]
Phillippe Grandjean (University of Southern Denmark), Pal Weihe (Boston
University Schools of Medicine and Public Health, Massachusetts), Roberta
F. White (Faroese Hospital System, Torshavn, Faroe Islands)
9:30
The History of Large-Scale Atmospheric
Lead Pollution in Sweden[Contribution Number: 1163]
Ingemar Renberg, Maja-Lena Brännvall, Richard Bindler (Department
of Ecology and Environmental Science, Umeå University, Sweden), Ove
Emteryd (Department of Forest Ecology, Swedish University of Agricultural
Sciences)
9:50
Evidence of Long-range Transport
of Aerosols in the Southern Hemisphere from Measurements of Lead Isotopes[Contribution
Number: 1164]
Kevin Rosman, Andreas Bollhofer, Graeme Burton (Department of Applied
Physics, Curtin University of Technology, Australia) and Alan Dick (IASOS,
University of Tasmania, Australia)
10:10
Historical Changes in Pb
Concentrations and 206Pb/207Pb Ratios in Tree-Rings of Sycamore, Oak and
Scots Pine in Northwest England[Contribution Number: 1165]
Shaun A. Watmough and Thomas C. Hutchinson (Environmental and Resource
Studies Program, Trent University, Canada)
11:00
Silver in the World Ocean[Contribution
Number: 1166]
A.R. Flegal (Environmental Toxicology, WIGS, University of California,
Santa Cruz)
11:20
Metal Contamination of the Natural
Environment in Norway from Long Range Atmospheric Transport[Contribution
Number: 1167]
Eiliv Steinnes (Department of Chemistry, Norwegian University of Science
and Technology)
11:40
Trace Element Composition of the Eastern
Mediterranean Aerosols: Indicators for Distant Source Regions[Contribution
Number: 1168]
Gülen Gullu, Gürdal Tuncel (Middle East Technical University,
Dept. Environmental Engineering, Turkey), Ilhan Olmez (Tubitak-Marmara
Research Center, Turkey)
12:00
Heavy Metal Concentrations and
Fluxes in a Remote Boreal Forest Ecosystem in Finland[Contribution
Number: 1169]
Liisa Ukonmaanaho and Michael Starr (Finnish Forest Research Institute)
12:20
Rainfall Deposition of Heavy Metals in Florida: Long Range Transport
and Local Sources[Contribution Number: 1170]
Jerome J. Perry Jr. and William M. Landing (Department of Oceanography,
Florida State University)
12:40
Understanding Processes Influencing
Patterns of Chemical Loadings to the Environment: Sources, Pathways, and
Environmental Regulations[Contribution Number: 1171]
Sharon J. Simpson, Joel D. Fett, David T. Long, Lina Patino (Department
of Geological Sciences, Michigan State University)
9:30
Determination of Surface Level
Concentrations of Atmospheric Mercury in Antarctica[Contribution
Number: 1172]
R. Ebinghaus (1), C. Temme (1), H.H. Kock (2), A. Loewe (2) and S.R.
Schmolkel (1).
1. GKSS Research Centre Geesthacht, Germany
2. Alfred-Wegener-Institute for Polar and Marine Research, Germany
9:50
Intensive Measurements of Atmospheric
Mercury in Antarctica[Contribution Number: 1173]
F. Sprovieri and N. Pirrone (CNR-Institute for Atmospheric Pollution,
c/o: UNICAL, Italy)
10:10
Atmospheric Mercury Depletions
in the Canadian High Arctic: Preliminary Results from Alert 2000, An International
Field Study[Contribution Number: 1174]
Alexandra Steffen, Bill Schroeder and Julia Lu (Atmospheric Environment
Service, Ontario, Canada
11:00
Mercury Cycling in Perennially
Frozen Soils of Arctic Canada, Kaminak Lake Area, Nunavut[Contribution
Number: 1175]
Isabelle McMartin, Gwendy Hall, John Kerswill, Al Sangster and Judy
Vaive (Geological Survey of Canada, Ontario)
11:20
Lead Isotops in the Seasonal Snow
Cover in the French Alps[Contribution Number: 1176]
Audrey Veysseyre (1), Christophe Ferrari (1,2), Andreas Bolhofer (3),
Kevin Rosman (3), and Claude Boutron (1,4).
1. Laboratoire de Gaciologie et Géophysique de l’Environnement
du CNRS, France
2. Institut des Sciences et Techniques de Grenoble, Universite Joseph
Fourrier de Grenoble, France
3. Department of Applied Physics, Curtin University of Technology,
Australia
4. Unites de Formation et de Recherche de Mecanique et de Physique,
Universite Joseph Fourrier de Grenoble, France
11:40
Trace Element Distribution
in Surface Winter Snow of the Eastern Alps (Italy) in Relation to Meteorological
Conditions[Contribution Number: 1177]
Carlo Barbante, Paolo Cescon, Gabriele Capodaglio (Centro di Studio
sulla Chimica e le Tecnologie per l’Ambiente - CNR and Dipartimento di
Scienze Ambientali, Università di Venezia, Italia), Giulio Cozzi,
Paolo Gabrielli (Dipartmento di Scienze Ambientali, Università di
Venezia, Italia), Clara Turetta (Centro di Studio sulla Chimica e le Tecnologie
per l’Ambiente - CNR Venezia, Italia) and Sandro Torcini (Dipartimento
Ambiente, ENEA, Roma)
12:00
Mercury Dynamics in Snow[Contribution
Number: 1178]
J.D. Lalonde, A.J.M. Poulain, and M. Amyot (INRS-Eau, Université
du Quebec, Canada)
12:20
Historical Trends of Stable Lead
Isotops, Mercury and othe Trace Metals in Marine Bivalve Shells from the
Canadian Arctic[Contribution Number: 1179]
Peter M. Outridge, Roger McNeely and Art Dyke (Geological Survey of
Canada, Ontario)
12:40
Temporal and Spatial Trends of Mercury
in Arctic Lake Sediments from West Greenland[Contribution Number:
1180]
R. Bindler, I. Renberg (Dept of Ecology and Environmental Science,
Umeå University, Sweden) and N.J. Anderson (Dept of Geography, University
of Copenhagen, Denmark)
9:30
Electrolytic Recovery of Cyanide
and Heavy Metals from Cyanide Liquors and Effluents[Contribution
Number: 1181]
R.L.C. Santos and L.G.S. Sobral (CETEM-Centro de Tecnologia Mineral,
Cidade Universitaria, Brazil)
9:50
Issues in the management
of mercury wastes and waste sites[Contribution Number: 1182]
F. Anscombe and J. Nriagu (US EPA & School of Public Health, University
of Michigan)
10:10
Formic, Citric and Oxalic Acids
as Assisting Agents for the Electrodialytic Removal of Cu, Cr and As from
CCA Treated Timber Waste[Contribution Number: 1183]
Alexandra B. Ribeiro, Eduardo P. Mateus (Departmento de Ciéncias
e Engenharia do Ambiente, Universidade Nova de Lisboa, Portugal), Lisbeth
M. Ottosen (Department of Geology and Geotechnical Engineering, Technical
University of Denmark), Rui L. Cabrita (Departmento de Pedologia, Estação
Agronómica Nacional, Portugal)
11:00
Zinc and Copper Accumulation in
Sediments Impacted by Landfill Wastewaters in Jardim Gramacho, SE Brazil[Contribution
Number: 1184]
W. Machado (Dept. Geoquímica, Universidade Federal Fluminense,
Brazil), M.F. Carvalho (PETROBRÁS, CENPES, DIVEX, CEGEQ, Brazil),
M. Moscatelli, L.G. Rezende, J.E.L Maddock, R.E. Santelli, L.D. Lacerda
(Dept. of Geoquímica, Universidade Federal Fluminense, Brazil)
11:20
Silver Complexation in Surface Freshwater
and Effluent[Contribution Number: 1185]
Russell T. Herrin, Anders W. Andren, Martin M. Shafer and David E.
Armstrong (Water Chemistry Program, University of Wisconsin-Madison)
11:40
Accumulation rates of
pollutants and constituents of marine aerosol during the Holocene at Lake
Arresjoen, Svalbard, Norway[Contribution Number: 1186]
S.A. Norton (University of Maine), E. Fjeld, S. Rognerud (Norwegian
Institute for Water Research), and G.L. Jacobson Jr. (University of Maine)
12:00
Heavy metals in the arctic, AMAP Phase
II plan[Contribution Number: 1187]
S. Marcy (Office of Research and Development, US EPA)
12:20
Bacterial Diversity at a Mixed Waste
Contaminated Site[Contribution Number: 1188]
Janet Joynt, Cindy Nakatsu (Department of Agronomy, Purdue University,
Indiana), Allan Konopka (Department of Biology, Purdue University, Indiana)
9:30
Use of Analytical Methods to Determine
Heavy Metal Concentration or Location in Fruiting Structures of Slime Molds
(Myxomycetes)[Contribution Number: 1189]
Carolyn J. McQuattie (USDA Forest Service, Ohio) and Steven L. Stephenson
(Department of Biology, Fairmont State College, West Virginia)
9:50
Bacterial Biosensors to Quantify
Bioavailable Concentration of Heavy Metals in Polluted Soils to Predict
Their Risk of Transfer to the Food Chain[Contribution Number: 1190]
P. Corbisier, C. Tibarzawa, D. van der Lelie (VITO, Environmental Technology
Centre, Belgium, J. Vangronsveld (Limburgs Universitair Centrum, Environmental
Biology, Universitaire Campus, Belgium), M. Mensch (INRA, Unité
d4Agronomie-BGETA, France)
10:10
Comparison of Standard
and Differential Biomonitoring using Transplants[Contribution Number:
1191]
M.C. Freitas, M.A. Reis, A.P. Marques (ITN-Instituto Tecnológico
e Nuclear, Portugal)
11:00
Heavy Metals in Edible Wild-Growing
Mushrooms in Norway[Contribution Number: 1192]
Trond Magne Storstad (Department of Chemistry, Norwegian University
of Science and Technology)
11:20
Tracing the transport and behavior
of anthropogenic Pb in soils using isotopic ratios[Contribution
Number: 1193]
Y. Erel (Institute of Earth Sciences, The Hebrew University, Israel)
11:40
Chromium Resistance of Bacteria
from Contaminated Soil[Contribution Number: 1194]
Cindy H. Nakatsu (Department of Agronomy, Purdue University, Indiana)
Jennifer Stegar, David Petros and Allan Konopka (Dept Biological Sciences,
Purdue University, Indiana)
12:00
New Principles of Heavy Metals Bioidentification in Fresh Water[Contribution
Number: 1195]
Valerii Tonkopii, Svetlana E. Slotina (Institute for Lake Research,
Russian Academy of Sciences)
POSTER
SESSION I
15:50 Monday (August 7) and 10:30
Tuesday (August 8)
Location: Alumni Center, University
of Michigan
I-1.
Mercury species in smelter and power
plant plumes[Contribution Number: 1196]
J. Lu, C.M. Banic, and W.H. Schroeder (Meteorological Service of Canada,
Environment Canada, 4 Ontario)
I-2.
Measurement of particulate and reactive
gaseous mercury, RGM, in the ambient air: Methods development[Contribution
Number: 1197]
M. Lynam, J. Dvonch, and G. Keeler (University of Michigan Air Quality
Laboratory), M. Landis (US EPA National Exposure Research Laboratory, North
Carolina) and R. Stevens (Florida Department of Environmental Protection)
I-3.
Heavy metals quantification on alkaline
batteries incineration emission[Contribution Number: 1198]
S. Xará, M. Almeida, C. Costa (Laboratório de Engenharia
de Processos, Universidade do Porto, Portugal), M. Silva (Escola Superior
de Biotecnologia, Universidade Católica Portuguesa, Portugal)
I-4.
Measurements
of total gaseous mercury in Alberta, Canada: effects of meteorology and
local emissions[Contribution Number: 1199]
M. Kellerhals and K. McDonald (Environment Canada)
I-5.
Vertical distribution of mercury
compounds in the atmosphere[Contribution Number: 1200]
K. Kvietkus and J. Sakalys (Atmospheric Pollution Research Laboratory,
Institute of Physics, Lithuania)
I-6.
Evaluation of mercury atmospheric
contamination in a dental office using the transplanted Spanish moss (Tillandsia
usneoides, L.): Establishing background levels[Contribution Number:
1201]
C. Calasans, C. Carvalho, W. Primo, M. Cavalcante, C. Souza (Laboratório
de Ciências Ambientais, Universidade Estadual do Norte Fluminense,
Brazil), C. Castanheira (Prefeitura Municipal de Campos dos Goytacazes,
Brazil)
I-7.
Total gaseous mercury (T.G.M.) in
Champ/Drac, France from January 12, 2000 to January 24, 2000: Correlation
with other pollutant levels and meteorological parameters[Contribution
Number: 1202]
C. Ferrari, A. Dommergue, A. Veysseyre, F. Planchon (Laboratoire de
Glaciologie et Géophysique de l’environment du CNRS, France), C.
Boutron (Laboratoire de Glaciology et Géophysique de l’environment
du CNRS, France)
I-8.
Atmospheric mercury measurements
in Guiyang, P. R. China[Contribution Number: 1203]
X. Feng, J. Sommar, O. Lindqvist (Department of Inorganic Chemistry,
Göteborg University, Sweden), Y. Hong, Y. Zhu (State Key Laboratory
of Environmental Geochemistry, Institute of Geochemistry, Chinese Academy
of Sciences)
I-9
Inventory of Hg emission in Chongqing
China today[Contribution Number: 1204]
C. Qing (Southwest Agricultural University, China) and S. Mu (UNMC,
USA)
I-10.
Mercury absorbed by different plants
in acid precipitation area in Chongqing[Contribution Number: 1205]
S. Mou (Southwest Agricultural University, China) and L. Mu (National
Institute of Health, Maryland)
I-11.
Factors controlling short-term variability
of total gaseous mercury distribution in urban air[Contribution
Number: 1206]
K. Kim (Department of Earth Sciences, Sejong University/Sejong Institution,
South Korea) and M. Kim (Seoul Metropolitan Institute of Environment and
Health, South Korea)
I-12.
Study on the accumulation and transformation of atmospheric mercury
in soil[Contribution Number: 1207]
D. Wang (College of Resources and Environment, Southwest Agricultural
University, China)
I-13.
Rapid oxidation of mercury vapor
in arctic air after polar sunrise[Contribution Number: 1208]
W.H. Schroeder, A. Steffen (Environment Canada, Meteorological Service
of Canada, Ontario) and J. Lu (50 Milford Cr., Ontario, Canada)
I-14.
Comparison of different methods for sampling and determination of reactive
gaseous mercury (RGM) in ambient air[Contribution Number: 1208]
R. Ebinghaus and E. Bahlmann (GKSS Research Center, Germany)
I-15.
Mercury contamination in river sediments from historical mining at
New Idria and New Almaden, California[Contribution Number: 1209]
M.A. Thomas, C. Conaway, A.R. Flegal (Earth Sciences and Environmental
Toxicology, UC Santa Cruz), M. Marvin-DiPasquale (USGS, California)
I-16.
Diel cycle of mercury emission from soil in the dark at constant temperature
at ORNL: a mystery to be solved[Contribution Number: 1210]
H. Zhang, S. Lindberg (Environmental Sciences Division, Oak Ridge National
Laboratory, Tennessee)
I-17.
The role of sedimentary organic carbon
and nitrogen in mercury cycling in the Gulf of Trieste (Northern Adriatic
Sea)[Contribution Number: 1211]
Nives Ogrinc (1), Milena Horvat (1), Stefano Covelli (2), Jadran Faganeli
(3) and Vesna Fajon (1) (1. “J. Stefan” Institute, Dept. Environ. Sciences,Slovenia,
2. Dept. Geol., Environ. & Mar. Sci., University of Trieste, Italy,
3. Marine Biological Station, Slovenia)
I-18.
Activity of tetracycline-mercury
against resistant bacteria strains[Contribution Number: 1212]
L. Cursino, E. Chartone-Souza and A.M.A Nascimento (Department of General
Biology, Institute of Biological Sciences, Federal University of Minas
Gerais, Brazil)
I-19.
Heavy metal concentrations
in seston of ten lentic systems from the northern of Rio Janeiro State:
Parameterization with C, N, P and chlorophyll a[Contribution Number:
1213]
P. Pedrosa, R. Silva, C. Souza, M. Suzuki, C. Rezende (Universidade
Estadual do Norte Flumenense, Laboratório de Ciências Ambientalis,
Brazil)
I-20.
Trace metals in benthic
diatoms from sediments – A case study of River Narmada, India[Contribution
Number: 1214]
S. Bhand and K. Chaturvedi (School of Energy and Environmental Studies,
Devi Ahilya University, India)
I-21.
Heavy metals in water and
zooplankton of Novosibirsk reservoir[Contribution Number: 1215]
S. Dvurechenskaya, N. Yermolaeva (Institute for Water and Environmental
Problems, Siberian Branch of Russian Academy of Sciences, Russia), G. Anoshin
(United Institute of Geology, Siberian Branch of Russian Academy of Sciences,
Russia)
I-22.
Bioaccumulation and mechanism
of chromium uptake in mangrove, Rhizophora mucronata in Sepang Kecil River,
Selangor, Malaysia[Contribution Number: 1216]
I. Mushrifah (School of Environmental Science and Natural Resources,
University of Kebangsaan, Malaysia), P. Mangabeira (Brazil) and P. Galle
(France)
I-23.
Sepetiba Bay – Contamination
or pollution?[Contribution Number: 1217]
A. Campos, R. Moraes, A. Borges (Universidade Federal Fluminense, Brazil)
I-24.
Iron accumulation in Aedes aegypti
larvae, food bolus and fecal pellets[Contribution Number: 1218]
P. Pedrosa, D. Gusmão, C. Rezende, F. Lemos (Universidade Estadual
do Norte Flumenense, Brazil)
I-25.
Exposure of benthic animals to metal
sources: clues from their irrigation behavior[Contribution Number:
1219]
C. Gallon, A. Tessier, L. Hare (INRS-Eau, Université du Québec,
Canada)
I-26.
Analysis of metals in the Cachoeira
Basin-Brazil: Concentrations in aquatic organisms[Contribution
Number: 1220]
M.I.G. Severo (1), M. Oliveira (1,2), P. Mangabeira (1), P Galle (1),
and R.B. Souza (1) (1. Department of Biological Sciences , University Santa
Cruz, Brazil, 2. Department of Nuclear Engineering, Universidade Federal
de Minas Gerais, Brazil)
I-27.
The distribution of some minor and
major elements in the Sepia Officinalis shells as indicators for monitoring
heavy metal water pollution[Contribution Number: 1221]
N. Geasa and K. Sharshar (Department of Zoology, Tanta University,
Tanta, Egypt)
I-28.
Metal concentrations in Mytilus
Edulis and Mya Arenaria living in and around tailings from an abandoned
copper mine[Contribution Number: 1222]
G. Veinott, R. Anderson (Habitat and Toxicology Research Section, Northwest
Atlantic Fisheries Centre, Department of Fisheries and Oceans, Newfoundland,
Canada), P. Sylvester and G. Dewan (Department of Earth Sciences, Memorial
University of Newfoundland, Newfoundland, Canada)
I-29.
Temporal and spatial variation
of trace metals in Ostrea equestris and Perna perna along tree sites in
the northern coast of Rio de Janeiro State, Brazil[Contribution
Number: 1223]
A. Ferreira, A. Machado, I. Zalmon (Laboratório de Ciências
Ambientais, Universidade Estadual do Norte Fluminense, Brazil)
I-30.
Heavy metal levels in
biota from Todos os Santos Bay, Bahia State, Brazil[Contribution
Number: 1224]
G. Amado-Filhol (1), C. Rezende (2), L. Salgado (1), M. Rebelo, J.
Correa-Junior, W. Pfeiffer (3) (1. Programa Zona Costeira, Instituto de
Pesquisas Jardim Botânico do Rio de Janeiro, Brazil, 2. Laboratório
de Ciências Ambientais, 3. Laboratóóde Radioisótopos,
Instituto de Biofísica)
I-31.
Trace metals in muscle tissue
from Southern Brazilian coast fish[Contribution Number: 1225]
A. Carvalho, C. Reaende, A. Ferreira, V. Faria, M. Gomes, M. Cavalcante
(Laboratório de Ciências Ambientais, Universidade Estadual
do Norte Fluminense, Brazil)
I-32.
Heavy metals concentrations in fish
from the lower portion of Paraiba do Sul River, RJ, Brazil[Contribution
Number: 1226]
M. Totti (Laboratório de Estudo do Espaço Antrópico,
Universidade Estadual do Norte Fluminense, Brazil), C. Souza and P. Pedrosa
(Laboratório de Ciéncias Ambientais, Universidade Estadual
do Norte Fluminese, Brazil)
I-33.
Fate of motorway pollutants through
an aquatic ecosystem – transfer of heavy metals to aquatic life[Contribution
Number: 1227]
K. Stead, M. Kerwick, and N. Ward (ICP-MS Facility, Department of Chemistry,
University of Surrey, UK)
I-34.
Metals accumulation in sediments
and whitefish of Kola Peninsula Lakes, Murmansk region, Russia[Contribution
Number: 1228]
V. Dauvalter (Institute of the North Industrial Ecology Problems, Kola
Science Centre, Russian Academy of Sciences) and T. Moiseenko (Institute
of Water Problems, Russian Academy of Sciences)
I-35.
Heavy metal in food chains of the Barents Sea Ecosystem[Contribution
Number: 1229]
G. Matishov, G. Ilyin, N. Golubeva (Murmansk Marine Biological Institute
Kola Scientific Center, Russian Academy of Sciences, Russia)
I-36.
Cadmium and lead content
in muscle tissue and liver of three fish species from the Eastern part
of middle Adriatic[Contribution Number: 1230]
Z. Kljakovic Gaspic (Institute of Oceanography and Fisheries, Split,
Croatia)
I-37.
Copper speciation in the gill of microenvironment of carp (Cyprinus
carpio)[Contribution Number: 1231]
H. Tao, A. Long, J. Cao, F. Xu and C. Liu (Department of Urban and
Environmental Studies, Peking University, China)
I-38.
Heavy metals concentrations
in two species of marine mammals and their preys from the Northern coast
of Rio de Janeiro State, Brazil[Contribution Number: 1232]
A. di Beneditto, R. Ramos, C. Souza, C. Carvalho, C. Rezende, (Laboratório
de Ciências Ambientais, Universidade Estadual do Norte Fluminense,Brazil),
O. Malm, H. Kerigh, M. Rebelo and F. Pinto (Laboratório de Radioisótopos
EPF, IBCCF, UFRJ, Brazil)
I-39.
Trace metals distribution in tissues of Antarctic fur seals (Arctocephalus
gazella) from Southern Shetland Islands, Antarctica[Contribution Number:
1233]
S. Andrade, L. Ferrer & J. Marcovecchio (Instituto Argentino de
Oceanografia, Argentina)
I-40.
Chemical behavior or Cu, Ni, and V in groundwater underneath a petrochemical
complex[Contribution Number: 1234]
M. Sadiq (Department of Land Resources Science, University of Guelph,
Canada) and I. Alarn (Deputy Mayer for Municipal Affairs, Jeddah Municipality,
Saudi Arabia)
I-41.
System of environmental monitoring of heavy metals and environmental
impact in Albania[Contribution Number: 1235]
H. Luka (Institute of Public Health, Tirana, Albania)
I-42.
Evidence for copper inhibition of
algal growth in Saginaw Bay – Lake Huron, MI[Contribution Number:
1236]
T. Nosher, J. Lehman, and J. Nriagu (Departments of Environmental Health
Sciences and Biology, University of Michigan)
I-43.
Cadmium and lead sources for benthic
invertebrates inferred from in situ experiments[Contribution Number:
1237]
A. Tessier and L. Hare (INRS-Eau, Université du Québec,
Canada)
I-44.
Effect of chronic exposure of cadmium on metabolic rate and biochemical
constituents in an intertidal gastropod, Turbo Intercostalis[Contribution
Number: 1238]
S.L. Pandeswara (Department of Zoology, Andhra University, India)
I-45.
Seasonal pattern of heavy metal
levels in kidneys of roe deer (Capreolus capreolus), shot in some areas
of Slovenia (Central Europe)[Contribution Number: 1239]
B. Pokorny and C. Ribaric-Lasnik (ERICo Velenje, Ecological Research
and Industrial Cooperation, Slovenia)
I-46.
Absorption of thorium by
Lemma gibba: A potential remediation approach for contaminated waters[Contribution
Number: 1240]
W. Dong, J.T. Barber, A.T. Korz (Department of Ecology and Evolutionary
Biology, Tulane University, Louisiana), A.W. Apblett (Department of Chemistry,
Oklahoma State University), and E.H. Walker (Department of Chemistry, Southern
University, Louisiana)
I-47.
Heavy metal (Cd, Cu, Pb,
Cr, Zn, Hg) concentrations in tobacco of commonly smoked cigarette brands
purchased in Germany, China, Russia, India and Canada[Contribution
Number: 1241]
G. Muller, D. Eggersgluess and N.N. Raju (Institute of Environmental
Geochemistry, Heidelberg University, Germany)
I-48.
Changes in the phytochelatin levels
in the freshwater green alga Stigeoclonium Tenue exposed to heavy metal
mixture at different pHs, bicarbonate and suspended matter content[Contribution
Number: 1242]
B. Pawlik-Skowronska (Institute of Ecology, P.A.S., Experimental Station,
Poland)
I-49.
Algal phytochelatins as indicator
of cadmium bioavailability in aquatic environment[Contribution Number:
1243]
T. Skowronksi and J. Pirszel (Institute of Ecology, P.A.S., Experimental
Station, Poland)
I-50.
Heavy metal content in the fish of
the Ob River[Contribution Number: 1244]
P.A. Povov and N.A. Popov (Institute of Water and Ecological Problems,
Siberian Branch of the Russian Academy of Sciences, Russia)
I-51.
Lead in the environment and children’s
health in Russian cities[Contribution Number: 1245]
B. Revich, Institute for Forecasting, Russian Academy of Sciences
I-52.
The possible relationship between
litter decomposition rates and metal accumulation in the forest floor of
maple woods along an urban rural corridor in S.Ontario[Contribution
Number: 1246]
T. Hutchinson and E. Sager (Environmental and Resources Studies Program,
Trent University, Canada)
I-53.
Impacts of heavy metal enriched biosolids
on nitrogen mineralization in two Georgia soils[Contribution Number:
1247]
S. Cela and M. Sumner (Department of Crop and Soil Sciences, University
of Georgia)
I-54.
Influence of precipitation chemistry
of heavy metal concentrations in soil water[Contribution Number:
1248]
T. Sjobakk, E. Steinnes (Department of Chemistry, Norwegian University
of Science and Technology), I. Berg, D. Aamlid (Norwegian Forest Research
Institute)
I-55.
Heavy metals and seed germination
in some medicinal and aromatic plants[Contribution Number: 1249]
E. A. Jeliazkova and L. Craker (Department of Plant and Soil Sciences,
University of Massachusetts)
I-56.
Influence of heavy
metals on N-metabolism, stress-related biomarkers and product quality in
food plants[Contribution Number: 1250]
H. Bergmann, B. Machelett, B. Lippmann (Institute of Nutrition Science,
University of Jena, Germany)
I-57.
Absorption and accumulation
of Cd, Pb, Cu, Mn and Zn in Nepeta transcaucasica Grosch. as a function
of distance from a polluted zone[Contribution Number: 1251]
V. Zheljazkov (Jeliazkov) and P. Warman (Department of Environmental
Sciences, Nova Scotia Agricultural College, Canada)
I-58.
Evaluation of heavy metals in soils
and vegetation from an Atlantic forest in the north of Rio de Janeiro State,
Brazil[Contribution Number: 1252]
D. Villela, C. Souza, M. Nascimento, L. de Aragão, C. Calasans,
L. Guedes, R. Souza (Laboratório de Ciências Ambientais, Universidade
Estadual do Norte Fluminense, Brazil)
I-59.
Heavy metals distribution in
burnt soils from a rain forest area in Roraima, Brazil[Contribution
Number: 1253]
M. Nascimento, C. Souza, D. José, L. Aragon, D. Villela, C.
Rezende, M. Aldeida (Laboratório de Ciências Ambientais, Universidade
Estadual do Norte Fluminense, Brazil)
I-60.
The distribution of heavy metals in
agricultural soils from a rural area in Rio de Janeiro State, Brazil[Contribution
Number: 1254]
C. Dias, C. Souza (Laboratório de Ciências Ambientais,
Universidade Estadual do Norte Fluminense, Brazil), P. Monnerat (Laboratório
de Fitotecnia, Universidade Estadual do Norte Fluminense, Brazil)
I-61.
The role of humus acids in the processes
of dispersion and accumulation of heavy metals in natural waters, soils
and carbonaceous rocks[Contribution Number: 1255]
G. Varshal, T. Velyukhanova, S. Khushvakhtova, I. Koshcheeva, O. Tyutyunnik
(Vernadsky Institute of Geochemistry and Analytical Chemistry, Russian
Academy of Sciences, Russia), Yuriy Kholin (Chemical Faculty, Kharkov State
University, Ukraine)
I-62.
Reducing the heavy metals toxicity
in sludge amended soil using VA mycorrhizae[Contribution Number:
1256]
R.A. Abdel-Aziz*; S.M.A. Radwan* and M.S. Dahdoh** (* Agricultural
Microbiology Dept., National Research Center, Cairo, Egypt,
**Soil Science and Microbiology Dept., Desert Research Center, Cairo,
Egypt)
I-63.
Heavy metal distribution
in soil profiles of a dumping area: A case study in the Campos dos Goytacazes
municipality, Rio de Janeiro, Brazil[Contribution Number: 1257]
C. Rezende (Universidade Estadual do norte Flumenense, Brazil)
I-64.
The ecological estimation of forestparks with the object of the content
of heavy metal element in soil-plant system[Contribution Number: 1258]
L. Bortnik (Institute for Soil Science and Agrochemistry Research,
Ukraine)
I-65.
The role of catchment as a methylmercury
source to lakes[Contribution Number: 1259]
P. Porvari and M. Verta (Finnish Environment Institute, Finland)
I-66.
Bioavailability of heavy metals added
to two Malaysian soils[Contribution Number: 1260]
A.A. Saad, A.K. Arof, and A.H. Yahya (University of Malaysia)
I-67.
Cadmium and lead in agricultural
souls of Santiago Ixcuintla Nayarit, Mexico[Contribution Number:
1261]
V. Ibarra, R. Gomez, R.M. Arriaga (Dirección de Investigación
Científica, Facultad de Agricultura, Universidad Autónoma
de Nayarit, México)
I-68.
Accumulation and Distribution
of Chromium in the Tomato Plants: Studies using SIMS and Electro
Probe X-Ray Microanalysis[Contribution Number: 1262]
P. Mangabeira (1), I. Mushrifah (2), F. Escaig (1), A-A.F. Almeida
(1), D. Laffray (3), M.I.M. Severo (1), A.H. Oliveira (1), and P. Galle
(1), (1. Department of Biology, University of Santa Cruz, Brazil, 2. Department
of Botany, Faculty of Life Sciences, University of Kebangsaan Malaysia,
3. Laboratoire de Biophysique Végétale, Faculté de
Science, Université Paris XII, France)
Metals in the Urban Environment
I-69.
Environmental geochemistry of Moscow
metropolitan area[Contribution Number: 1263]
A. Golovin, N. Moskalenko, L. Sokolov (Project Geoecology and Geochemical
Mapping of Russia, Institute of Mineralogy, Russia)
I-70.
Drainage and discharge of salt in
urban stormwaters: a potential hazard for increased heavy metal pollution
of the environment[Contribution Number: 1264]
M. Watts, R. Hares, V. Zettel, K. Stead and N. Ward (ICP-MS Facility,
Department of Chemistry, University of Surrey, UK)
I-71.
Evaluation of heavy metal emission
and transfer from road and traffic sources[Contribution Number:
1265]
M. Legret and C. Pagotto (Laboratoire Central des Ponts et Chaussées,
France)
I-72.
Heavy metal movement in sewage irrigated soil[Contribution Number:
1266]
P. Maity, D. Chatterjee (Department of Chemistry, University of Kalyani,
India), A. Gangopadhyay (Dept. of Civil Engineering, Jadavpur University,
India)
I-73.
Uptake of heavy metals by forage crops
from sludge amended soils[Contribution Number: 1267]
M. Noll, N. Perry (Department of the Earth Sciences, State University
of New York College at Brockport) and M. Delobbe (Genie de l’environment,
Institut Universitaire de Technologie Louis Pasteur, France)
I-74.
Increased extractable metal
concentrations following sewage sludge additions to grassland soils[Contribution
Number: 1268]
J. Bacon, M. Coull, I. Hewittm, P. Cooper (Macaulay Land Use Research
Institute, UK)
I-75.
Suspended particulate and
heavy metals in Cairo air[Contribution Number: 1269]
M. Nasralla and E. Ali (Air Pollution Department, National Research
Center, Cairo, Egypt)
I-76.
Lead and Status of other Elements
in Calcutta’s Environment: A five-year Study[Contribution Number:
1270]
A. Chatterjee (National Institute for Environmental Studies, Environmental
Chemistry Division, Japan)
I-77.
The depositional fluxes of Pb-210,
Po-210 and Be-7 in Detroit, Michigan[Contribution Number: 1271]
D. McNeary and M. Baskaran (Department of Geology, Wayne State University,
Michigan)
I-78.
Seasonal variations in the
chemical speciation of copper along the Huron River[Contribution
Number: 1272]
A. Mansilla-Rivera and J. Nriagu (School of Public Health, University
of Michigan)
I-79.
The phasing out of leaded
petrol and changes to the 206Pb/207Pb of atmospheric lead in Scotland[Contribution
Number: 1273]
J. Farmer, L. Eades, M. Graham (Department of Chemistry, University
of Edinburgh, Scotland) and J. Bacon (Soil Science Group, Macaulay Land
Use Research Institute, Scotland)
POSTER
SESSION II
15:50 Tuesday (August 8) and 10:30
Wednesday (August 9)
Location: Alumni Center, University
of Michigan
II-1.
Heavy metal mobilization with use of
Aspergillus Species[Contribution Number: 1274]
D. Sári and L. Vermes (St. István University, Hungary)
II-2.
Environmental heavy metal
quality regulations: how useful are they for understanding and regulating
environmental problems?[Contribution Number: 1275]
N. Ward (ICP-MS Facility, Department of Chemistry, University of Surrey,
UK)
II-3.
II-4.
Effect of flow rate on the retention
of three heavy metals (Zn, Cd, and Pb) in a fluvio-glacial deposit column[Contribution
Number: 1276]
L. Fevrier, T. Winiarski, C. Delolme (Laboratoire des Sciences de l’Environnement,
ENTPE, France) and J. Gaudet (Laboratoire d’etude des Transferts
en Hydrologie et Environnement, France)
II-5.
Minimize arsenic mobility in contaminated
soil as a natural attenuation approach[Contribution Number: 1277]
F. Dankwarth, J. Gerth and U. Forstner (Technische Universitat Hamburg-Harburg,
Germany)
II-6.
From waste to resource: The potential application of sugar bagasse
in remediation of actinides[Contribution Number: 1278]
W. Dong, J.T. Barber (Dept. of Ecology and Evolutionary Biology, Tulane
University, Louisiana), A.W. Apblett (Dept. of Chemistry, Oklahoma State
University) and Steve Lindberg (Oak Ridge Associated Universities, Tennessee)
II-7.
Evaluation of Lead Remediated Soils
by means of Different Availability Indices[Contribution Number:
1279]
Wouter Geebelen (Environmental Biology, Centre for Environmental Sciences,
LUC, Universitaire Campus, Belgium), Domy C. Adriano (Savannah River Ecology
Laboratory, University of Georgia), Jaco Vangronsveld and Herman Clijsters
(Environmental Biology, Centre for Environmental Sciences, LUC, Universitaire
Campus, Belgium)
II-8.
Atmospheric mercury emissions from municipal solid waste landfills[Contribution
Number: 1280]
S. Lindberg, H. Zhang and G. Southworth (Environmental Sciences Division,
Oak Ridge National Laboratory, Tennessee), D. Reinhart (University of Central
Florida), P. McCreanor (Mercer University), D. Wallschlager (Frontier Geosciences),
J. Price (Florida Department of Environmnetal Protection)
II-9.
Transport and deposition of mercury
from mercury mine effluent, tailings and wastes in watersheds developed
within serpentinite bedrock, New Idria, California[Contribution
Number: 1281]
J. Rytuba, W. Miller, J. Crock (US Geological Survey, California),
C. Kim (Stanford University, California)
II-10.
Hydrological control on
the temporal variability of mercury in surface waters of the upper Madeira
Basin Rivers, Bolivia[Contribution Number: 1282]
B. Maurice-Bourgoin, P. Fraizy (IRD, Bolivia), L. Alanoca (UMSA-IIQ,
Bolivia), and J. Guyot (IRD-UMR LMTG, Universite Paul Sabatier, France)
II-11.
Effect of water intrusion
on Hg-mobilization in coastal aquifers: the case of Monte Argentario (Italy)[Contribution
Number: 1283]
A. Adorni-Braccesi (Institute of Geocronologia e Geochimica Isotopica,
CNE, Italy), P. Sciuto (Dept. di Scienze della Terra, Universita di Siena,
Italy), R. Caboi, R. Cido, A. Cristini, L. Fanfani, L. Rundeddu, P. Zuddas
(Dept. di Scienze della Terra, Universita di Cagliari, Italy)
II-12.
Mercury ecogeochemistry-A
prediction base of mercury hazard caused by natural resources processing[Contribution
Number: 1284]
N. Ozerova (Institute of Geology of Ore Deposits, Russian Academy of
Sciences, Russia), N. Mashyanov (Earth’s Crust Institute, St. Petersburg
State University, Russia)
II-13.
Human intervention in
the mercury cycle: the role of consumer products[Contribution Number:
1285]
B. Lourie (1216 Yonge St., Suite 201, Toronto, ON, Canada)
II-14.
Mercury pollution in the Amazon Basin-
Brazil. Mercury contents of scalp hair and health effects[Contribution
Number: 1286]
M. Harada (1), J. Nakanishi (2), E. Yasoda (2), M. Pinherio (3), T.
Oilawa (3), G. Guimaraes (3), B. Gardoso (1. Department of Social Welfare
Studies, Gakuen University, Japan, 2. Institute of Environmental Science
and Technology, Yokohama National University, Japan, 3. Nucleo de Medicina
Tropical, Universidade Federal do Para, Brazil)
II-15.
Factors affecting mercury
exposure among women of reproductive age group (16-60 years) in the three
barangays of Puerto Princesa City[Contribution Number: 1287]
T. Mendoza (Department of Health, Non-Communicable Disease Control
Service, Occupational Health Division, Philippines)
II-16.
A field dose-response approach
as a tool for environmental Hg contamination assessment. Case study: Bioaccumulation
of Hg by Tucunaré (Cichla Sp.) from Brazilian Amazon ecosystems[Contribution
Number: 1288]
Z. Castilhos (Center for Mineral Technology, Ilha do Fundão,
Brazil), E. Bidone (Department of Geochemistry, Fluminense Federal University,
Brazil)
II-17.
Mercury levels in carnivorous
fishes of the Madeira River Basin, Rondônia, Brazil[Contribution
Number: 1289]
P. Gali (1), E. Silveira (1), W. Bastos (1), M. Vergotti, J. Torres,
(2), (1. Environmental Geochemical Laboratory, Geography Department, Federal
University of the Rondônia, Brazil, 2. Radioisotopes Laboratory,
Federal University of the Rio de Janeiro, Brazil)
II-18.
Mercury concentrations in fish of
the Negro River-Basin, Amazon Brazil[Contribution Number: 1290]
A. Barbosa, J. Souza, I. Ferrari, J. Dorea, F. Barreto (Instituo de
Química, Universidade de Brasilia, Brazil)
II-19.
Mercury levels in tissues
of otters from Ontario, Canada: Variation with age, sex, and location[Contribution
Number: 1291]
G. Mierle (Dorset Environmental Science Centre, Ontario Ministry of
the Environment, Canada), E. Addison, K. MacDonald, D. Joachim (Tret University
Science Complex, Ontario Ministry of Natural Resources, Canada)
II-20.
Behavior of the mercury in the
physical environment in Baixada Cuiabana[Contribution Number: 1292]
L. Oliveira, S. Castro, P. Barros (Pós Graduação
em Saúde Ambiente, Brazil)
II-21.
Meteorological aspects of environmental
mercury monitoring with atomic absorption analyzer[Contribution
Number: 1293]
A. Antipov, E. Genina, A. Golovatskii (Institute for Optical Monitoring,
Siberian Branch of the Russian Academy of Sciences, Russia), V. A. Sapozhnikova
(Institute of Atmospheric Optics, Siberian Branch of the Russian Academy
of Sciences, Russia)
II-22.
Potential changes to the mercury hazardous waster treatment standards[Contribution
Number: 1294]
H.J. Austin, R. Chow, M. Cunningham, J. Lewis (Office of Solid Sate,
US EPA)
II-23.
Estimation of mercury
and other heavy metals contamination in traditional gold-mining areas of
Siberia[Contribution Number: 1295]
T. Laperdina, M. Melnikova, T. Khvostova (Chita Institute of Natural
Resources, Siberian Branch, Russian Academy of Sciences, Russia)
II-24.
Spatio-temperal variability
of mercury content in hydrocarbon gas deposits[Contribution Number:
1296]
N. Mashyanov, V. Ryshov (Earth’s Crust Institute, St. Petersburg State
University, Russia), N. Ozerova (Institute of Geology, Ore Deposits, Petrology,
Mineralogy and Geochemistry, Russian Academy of Sciences, Russia)
II-25.
Duration of post-impoundment increases
in fish mercury levels at the La Grande Hydroelectric Complex, Québec,
Canada[Contribution Number: 1297]
R. Schetagne (Hydraulics and Environment Department, Hydro-Québec,
Canada)
II-26.
Mercury pollution in the Amazon Sasin Brazil – Mercury contents of
scalp hair and health[Contribution Number: 1298]
H. Masazumi (Department of Social Welfare Studies, Kumamolo Gakuen
University, Japan)
II-27.
Mercury and carbon distribution in
surface soils from two distinct altitudes in a tropical rain forest in
the North of Rio de Janeiro State, S. E. Brazil[Contribution Number:
1299]
W. Primo, C. Carvalho, D. Vilella, and A. Mazurec (Laboratorio de Ciencias
Ambientais, CBB, UENF, Brazil)
II-28.
Mercury and methylmercury relationships
in contaminated streams in the southeastern USA[Contribution Number:
1300]
G. Southworth, M. Bogle (Oak Ridge National Laboratory, Oak Ridge,
Tennessee) and R. Turner (RT Geosciences Inc., British Columbia, Canada)
II-29.
Long term natural lake acidification
and heavy metal mobilization by weathering of volcanic ashes – A case study
of lacustrine lakes in sediments of southernmost Patagonia, Chile[Contribution
Number: 1301]
R. Kilian (Institute of Geology, University of Freiburg, Germany) and
H. Biester (Institute of Environmnetal Geochemistry, University of Heidelberg,
Germany)
II-30.
Mercury profiles in Caçó Lake: remote lake in Maranhão
State, NE Brazil[Contribution Number: 1302]
B. Moraes (Department of Geoquímica, Universidade Federal Fluminense,
Brazil)
II-31.
Retrospective study of the extent
of heavy metal by lichen biomonitors employing nuclear technique in China[Contribution
Number: 1303]
Z. Zhang, X. Mao, Z. Chai (Laboratory of Nuclear Analytical Techniques,
Institute of High Energy
Physics, Chinese Academy of Sciences, China)
II-32.
Determination of current and historic
loads of atmospheric deposition in the Czech Republic using analyses of
moss and forest floor humus[Contribution Number: 1304]
J. Sucharová and I. Suchara (Research Institute of Ornamental
Gardening, Czech Republic)
II-33.
Evaluation of heavy metal accumulation
during the last century in a freshwater system at the north region of the
Rio de Janeiro State, Brazil[Contribution Number: 1305]
M. da Silva and C. Rezende (Universidade Estadual do Norte Fluminense,
Laboratório de Ciências Ambientais, Brazil)
II-34.
Elemental composition of peat,
pool and porewaters of 15 peatlands[Contribution Number: 1306]
L. Bendell-Young (Department of Biological Sciences, Simon Fraser University,
British Columbia, Canada)
II-35.
Investigations of the potential
mobility of heavy metals in an ombrotrophic peat bog[Contribution
Number: 1307]
A. Freeman, M. Graham, J. Farmer (Department of Chemistry, University
of Edinburgh, Scotland) and D. Lumsdon (Macaulay Land Use Research Institute,
Scotland)
II-36.
Increased mercury concentrations
during the younger dryas recorded in an ombrotrophic peat bog[Contribution
Number: 1308]
F. Roos and W. Shotyk (Geological Institute, University of Berne, Switzerland)
II-37.
Copper in peat from hummocks and
hollows and feather moss near the Horne smelter, Rouyn-Noranda, Quebec,
Canada[Contribution Number: 1309]
I. Kettles (Geological Survey of Canada, Canada)
II-38.
Enrichment of Cu, Ni, Zn, Pb, and
As in an ombrotrophic peat Bog near a Cu-Ni smelter in SW Finland[Contribution
Number: 1310]
T. Nieminen (Finnish Forest Research Institute, Finland), W. Shotyk
(Geological Institute, University of Berne, Switzerland)
II-39.
Mercury accumulation and its control by climate in the ombrotrophic
peat Bog of Penido Vello (PVO) (NW SPAIN)[Contribution Number: 1311]
A. Cortizas, E. Garcia-Rodeja, X. Pombal, J. Munoz (Department of Edafología
y Química Agrícola, Universidad de Santiago, Spain)
II-40.
Lithogenic elements recorded at the Pena Da Cadela (PDC) ombrotrophic
peat Bog (NW Spain) as indicators of past soil erosion episodes[Contribution
Number: 1312]
A. Cortizas, T. Rodriguez, E. Garcia-Rodeja, X. Pombal, J. Munoz, (Department
of Edafología y Química Agrícola, Universidad de Santiago,
Spain)
II-41.
Development of an analytical
protocol for the determination of mercury concentrations in solid peat
samples: effects of sample preparation[Contribution Number:
1313]
F. Roos (Geological Institute, University of Berne, Switzerland), H.
Biester (Institute of Environmental Geochemistry, University of Heidelberg,
Germany), M. Goodsite (Department of Chemistry, Odense University, Denmark),
A. Martinez-Cortizas (Department of Soil Science, University of Santiago
di Compostela, Santiago, Spain), W. Shotyk (Geological Institute, University
of Berne, Switzerland)
II-42.
Modeling the fate of atmospherically deposited heavy metals in a catchment/lake
system using contrasting records from the lake and an adjacent peat Bog[Contribution
Number: 1314]
B. Short, P. Appleby (Department of Mathematical Sciences, University
of Liverpool, UK), J. Hilton (Institute of Freshwater Ecology, River Laboratory,
UK)
II-43.
The chronology of anthropogenic,
atmospheric Pb deposition recorded by cores by three minerogenic peatlands
from Switzerland[Contribution Number: 1315]
W. Shotyk (Geological Institute, University of Berne, Baltzerstrasse
1, CH-3012 Berne, Switzerland)
II-44.
Long term records of heavy metals and
radioactivity in Canadian arctic air[Contribution Number: 1316]
C. Li, J. Cornett, R. Hughes (Trent University, Ontario, Canada), K.
Ungar (RPB, Health Canada, Ontario, Canada), J. Lam (INMS, National Research
Council, Ontario, Canada)
II-45.
Metal pollution history of the Golden
Horn sediments (1912-1987)[Contribution Number: 1317]
G. Tuncer, G. Tuncel, T. Balkas (Middle East Technical University,
Department of Environmental Engineering, Turkey)
II-46.
Dissolved zinc
and iron levels in seawater from potter cove, 25 De Mayo Island, Antarctica[Contribution
Number: 1318]
S. Andrade and J. Marcovecchio (Institute Argentino de Oceanografia,
Argentina)
II-47.
Assessment of toxicity
of heavy metals accumulated in lake sediments[Contribution Number:
1319]
V.A. Dauvalter (Institute of the North Industrial Ecology Problems,
Kola Science Centre, Russian Academy of Sciences)
II-48.
Impact assessment of a recent road
opening as recorded in nearby lacustrine sediments: local versus regional
heavy meal pollution[Contribution Number: 1320]
S. Aries and M Polve (Laboratoire des Mécanismes de Transfert
en Géologie, France)
II-49.
Environmental justice: A case study
of community directed assessment of mercury in fish in Alaska[Contribution
Number: 1321]
L. Duffy, T. Rodgers, S. Paul (Institute of Artic Biology and Department
of Chemistry and Biochemistry, University of Alaska)
II-50.
Residence time of Arctic haze aerosols
using short-lived radionuclides[Contribution Number: 1322]
M. Baskaran (Department of Geology, Wayne State University, Michigan)
and G.E. Shaw (Geophysical Research Institute, University of Alaska)
II-51.
The content, form and regional geochemical
characteristics of heavy metals on the Changjiang (Yangtze) River system[Contribution
Number: 1323]
Z. Licheng and W. Chaoyang (Institute of Geography, Chinese Academy
of Sciences)
II-52.
History of trace metal discharge
in the Piracicaba River Basin (São Paulo State, Brazil)[Contribution
Number: 1324]
A. Fostier (Instituto de Química/UNICAMP, Brazil), J. Godoy
(Deparmento de Quimica/PUC, Brazil), M. Falótica, S. E. Ferraz,
R. Victoria (Laboratório de Ecologia Isotópica, CENA/USP,
Brazil)
II-53.
Longitudinal Distribution of Heavy
Metals in Sediments of Piave River Estuary (Northeastern Italy)[Contribution
Number: 1325]
F. Collavini, R. Zonta and L. Zaggia (National Research Council, Italy)
II-54.
Heavy metal contamination in
industrially impacted sediments[Contribution Number: 1326]
S. Bhand and K. Chaturvedi (School of Energy and Environmental Studies,
University of Indore, India)
II-55.
Heavy metals on fluvial sediments
from a tobacco plantation in the South of Brazil[Contribution Number:
1327]
J. Torres (1), R. Lima (2), V. Etges (2), S. Turci (3), M. Ferreira
(2), N. Hermes (2), O. Malm (1) (1. Laboratorio de Radioisotopos
Eduardo Penna Franca, Instituto de Biofisica Carlos Chagas Filho, UFRJ,
Brazil, 2. Curso de Mestrado em Desenvolvímento Regional, UNISC,
Brazil, 3. COMPREV, INCA, Brazil)
II-56.
Stability and fate of heavy metals in anoxic marine sediments[Contribution
Number: 1328]
B. Totterdell and D. Parry (Faculty of Science, Information Technology
and Education, Northern Territory University, Australia)
II-57.
Thallium speciation in the Third Sister
Lake, Michigan[Contribution Number: 1329]
T. Lin (Department of Environmnetal Engineering and Health, Yuanpei
Technical College, Hsih-Chu, Taiwan 300), J. Nriagu and I. Mansilla-Rivera
(Department of Environmental Health Sciences, School of Public Health,
University of Michigan)
II-58.
Assessment of exposure to heavy metals on adult population in Mumbai,
India[Contribution Number: 1330]
R. Triphtyi, R. Raghunath, V. Sastry, and S. Sadasivan (Environmental
Assessment Division, Bhabha Atomic Research Centre, India)
II-59.
Chronology of anthropogenic
heavy metals and PAHs in Lake Constance sediments: back to the background![Contribution
Number: 1331]
G. Mueller (Institute of Environmental Geochemistry, University of
Heidelberg, Germany)
II-60.
Tooth enamel biomarker for heavy
metal exposure assessment[Contribution Number: 1332]
J. Ericson, A. Rinderknect (Department of Environmental Analysis &
Design, University of California, Irvine), M. Kleinman (Department of Community
& Environmental Medicine, University of California, Irvine)
II-61.
Peculiarities of metabolism of trace
elements dependent on the ecology and arterial hypertension in nomadic
shepherds of Central Asia[Contribution Number: 1333]
I. Stoox, G. Kashkan, L. Agulova, N. Yuneman (Department of Arterial
Hypertension, Institute of Cardiology, Russian Department of General and
Inorganic Chemistry, Polytechnic University of Tomsk, Russia)
II-62.
Heavy metal concentrations in the urine of pupils as a indicator for
environmental quality[Contribution Number: 1334]
Pichler-Semmelrock (Environmental Protection Center for Syria, Institute
for Chemistry, Karl-Franzens University, Austria)
II-63.
Manganese is toxic to rat striatal
neurons in primary culture[Contribution Number: 1335]
E. Malecki and J. Connor (Dept. of Neuroscience and Anatomy, Penn State
College of Medicine)
II-64.
Lead poisoning in silver refiners
and its prevention[Contribution Number: 1336]
S.K. Tandon, A. Bhargava and V. Shukla (Industrial Toxicology Research
Center, India)
II-65.
Arsenic transformation and transport
study in contaminated region of the gold recovery plant[Contribution
Number: 1337]
O. Shuvaeva (Institute of Inorganic Chemistry, Siberian Branch of Russian
Academy of Sciences)
II-66.
Arsenic in groundwater systems of
New Hampshire[Contribution Number: 1338]
S. Peters and J. Blum (Department of Geological Sciences, University
of Michigan)
II-67.
The role of carbonate ion in dissolution
of arsenic from aquifer material[Contribution Number: 1339]
M. Kim and J. Nriagu (Department of Environmental Health Sciences,
University of Michigan), and S. Haack (Water Resources Division, U.S. Geological
Survey, Michigan)
II-68.
Arsenic carbonate complexes in groundwater[Contribution
Number: 1340]
J.S. Lee and J. Nriagu (Dept. of Environmental Health Sciences, School
of Public Health, University of Michigan)
II-69.
Is there a relation between selenium
in blood and subjective symptoms self-related to dental amalgam?[Contribution
Number: 1341]
P. Höl (Department of Odontology, University of Bergen, Norway)
II-70.
Effects of selenium on the
response in lead and cadmium exposure: experimental studies[Contribution
Number: 1342]
D. Surcel (Department of Occupational Medicine, Institute of Public
Health, Romania)
II-71.
Action of extract
of parsley (Petroselinum sativum) in the mercury detoxification in vitro[Contribution
Number: 1343]
L. Cursino, E. Chartone-Souza and A.M.A. Nascimento (Department of
General Biology, Institute of Biological Sciences, Federal University of
Minas Gerais, Brazil)
II-72.
Differences in UK
sheep breeds in copper, zinc and molybdenum metabolism and the relationship
of the breed’s origin to the chemistry of the area[Contribution
Number: 1344]
T. Hutchinson and M. Symington (Environmental and Resources Studies
Program, Trent University, Canada)
II-73.
Neurobehavioral and social parameters in Slovak children with environmental
exposure to low-level of lead[Contribution Number: 1345]
E. Sovcikova (Institute of Preventive and Clinical Medicine, Slovak
Republic)
II-74.
Ceiling dust: A potential urban environmental
problem[Contribution Number: 1346]
J. Davis and B. Gulson (Graduate School of the Environment, Macquarie
University, Australia)
II-75.
Mobilization of lead-field measurements
at a trap range compared to solubility experiments[Contribution
Number: 1347]
M. Bäckström, S. Karlsson and B. Allard (Man-Technology-Environment
Research Centre, Örebro University, Sweden)
II-76.
Cloning and functional analysis of the PBR lead resistance determination
of Ralstonia eutropha CH34[Contribution Number: 1348]
Borremans (Vlaamse Instelling voor Technologisch Onderzoek, Belgium)
II-77.
Use of geostatistical algorithms
to model uncertainty in soil lead concentrations at skeet and trap ranges[Contribution
Number: 1349]
W. Thayer (Environmental and Resources Engineering SUNY-ESF, New York)
II-78.
Sources of lead in blood from
Bangalore (India) female adults using stable lead isotopes- A pilot study[Contribution
Number: 1350]
B. Gulson (1, 2), T. Venkatesh (3), J. Palmer (2), H. D’Souza (3) (1.
Graduate School of the Environ-ment, Macquarie University, Australia, 2.
CRISO Division of Exploration and Mining,, Australia, 3. Department of
Biochemistry and Biophysics, St. John’s Medical College, India)
II-79.
Ambient atmospheric lead concentrations
and high blood lead concentrations in Malta[Contribution Number:
1351]
J. Sacco (Department of Pharmacy, University of Malta)
II-80.
Heavy metals in the drinking water
of Madurai district[Contribution Number: 1352]
P. Navaraj (Yadava College, India)
II-81.
Concentration of lead in Cairo atmospheric
after using unleaded gasoline[Contribution Number: 1353]
H. Rizk and M. Khoder (National Research Centre, Air Pollution Department,
Dokki, Cairo, Egypt)
II-82.
Biological indicators of cadmium nephrotoxicity[Contribution Number:
1354]
Ibrahim and F. Metwally (National Research Centre, Air Pollution Department,
Dokki, Cairo, Egypt)
II-83.
Contamination and leaching behavior
of heavy metals in sediments from urban gully pot alongside some main roads
in Seoul City, Korea[Contribution Number: 1355]
P. Lee (Environmental Geochemistry Division, Korea Institute of Geology,
Mining & Materials, Taejon, South Korea), S. Yun (Department of Earth
& Environmental Sciences, Korea University, Korea), S. Choi (Department
of Earth and Environmental Sciences, Chungbuk University, Korea)
II-84.
Dose effect and dose response
relationships of some biological activities in Zinc workers[Contribution
Number: 1356]
N. Badawy (1), M. Salam (2), S. Eissa (3), R. Hassan (3), and E. Sayed
(1. Department of Industrial Medicine and Occupational Health in National
Research Center, Dokki, Egypt, 2 Department of Human Heridetary in Dokki,
Egypt, 3 Department of Industrial Medicine, Medical Cairo University, Egypt)
II-85.
The use of cement kiln dust
to control lead absorption by plant from polluted soil, A case study[Contribution
Number: 1357]
M. Nasralla (1), Ali (2), I. Aziz (3), (1. Air Pollution Department,
2. Ecophysiology Department, 3. Research Assistant of National Research
Centre, Egypt)
II-86.
Lead associated health hazards
and its immunotoxic effects among plumbers[Contribution Number:
1358]
A.M.K. El-Safty (Dept of Industrial Medicine and Occupational Diseases,
Faculty of Med., Cairo University), F. Metwally (Department of Industrial
medicine, National Research Center, Egypt)
II-87.
Antioxidative protection against injury caused by heavy metals[Contribution
Number: 1359]
S.V.S Rana (Department of Zoology, Ch Charan Singh University, Meerut,
India)
II-88.
Oral chelation and nutritional
replacement therapy for mercury heavy metal toxicity - Part 1[Contribution
Number: 1360]
Oral chelation and nutritional
replacement therapy for mercury heavy metal toxicity - Part 2[Contribution
Number: 1361]
Oral chelation and nutritional
replacement therapy for mercury heavy metal toxicity - Part 3[Contribution
Number: 1362]
M. Pouls (Extended Health, California)
POSTER
SESSION III
15:50 Wednesday (August 9) and
10:30 Thursday (August 10)
Location: Alumni Center, University
of Michigan
III-1.
Heavy metal (Cd, Cu, Pb and Zn) determination
in woodlouse (Oniscus asellus)[Contribution Number: 1363]
F. Tack, N. Bogaert, M. Verloo (Chemistry and Applied Ecochemistry,
Ghent University, Belgium), F. Hendrickx, M. Jean-pierre, J. Mertens (Laboratory
of Animal Ecology, Ghent University, Belgium)
III-2.
Leachability of
heavy metals in roadside dust and soil by NEB-ICP-MS[Contribution
Number: 1364]
N. Ward, K. Stead, R. Hares (ICP-MS Facility, Department of Chemistry,
University of Surrey, UK)
III-3.
Simultaneous cathodic and anodic voltammetric determination of As(III)
and Se(IV) and Cu(II)-Pb(II)-Cd(II)-Zn(II)-Mn(II) in environmental matrices:
water, algae and fish[Contribution Number: 1365]
C. Locatelli and G. Torsi (Department of Chemistry “G. Ciamician”,
University of Bologna, Italy)
III-4.
Sequential extractions,
fractionation studies – what are they defining?[Contribution Number:
1366]
K. Stead, R. Hares and N. Ward (ICP-MS Facility, Department of Chemistry,
University of Surrey, Guildford, UK)
III-5.
Microwave-assisted digestion
of mercury polluted soils[Contribution Number: 1367]
T. Lifvergren, P. Suer (Man-Technology-Environment Research Centre,
Örebro University, Sweden) and U. Vievegg (SAKAB, Sweden)
III-6.
Plasma source mass spectrometry
(ICP-MS) application to multi-element analysis in sediment and water samples[Contribution
Number: 1368]
A. H. Oliveira (1), M.I.G. Severo (2), M.A.R.V. Veado (1), P. Mangabeira
(2), P. Galle (2), G.G. Severo (1) and R.B. Souza (2) (1. Dept. of Nuclear
Engineering, Universidade Federal de Minas Gerais, Brazil, 2. Department
of Sciences Biological- University Santa Cruz, Brazil)
III-7.
Sampling error: the neglected component
of measurement uncertainty in trace element analysis[Contribution
Number: 1369]
S. Squire (1), M. Ramsey (2), M. Gardner (3), (1. Environmental Toxicology,
University of California, Santa Cruz, CA 950
64, 2. Center for Environmental Research, School of Chemistry, Physics
and Environmental Sciences, University of Sussex, UK, 3. WRc NSF, UK)
III-8.
Measurement of lead,
cadmium, arsenic, nickel, and mercury by INAA and PIXE[Contribution
Number: 1370]
M. Freitas, M. Reis, M. Farinha, S. Almeida, C. Costa (Instituto Tecnológico
e Nuclear, Portugal)
III-9.
Automatic monitoring of heavy metals
in waters[Contribution Number: 1371]
E. Beinrohr (Department of Analytical Chemistry, Slovak Technical University,
Slovakia)
III-10.
Determination and speciation
of copper in natural waters with square wave anodic stripping voltametry[Contribution
Number: 1372]
A. Bazzi, D. Hollandsworth, N. Irish (Department of Natural Sciences,
University of Michigan)
III-11.
Total suspended matter and particulate
lead speciation in the heavily polluted Western Harbour of Alexandria,
Egypt[Contribution Number: 1373]
M.A.H. Saad (1), A.I. Beltagy (2), M.A. Fahmy (2), M.R. Abdel-Moati
(1) and W.M. Mahmoud (2) (1. Department of Oceanography, University of
Alexandria, Moharam Bay, Alexandria, Egypt. 2. Institute of
Oceanography and Fisheries, Anfoushi, Alexandria, Egypt)
III-12.
Atomic absorption analysis accompanied
by temperature control of element release: application to heavy metal TRIAD
Hg-Cd-Pb[Contribution Number: 1374]
V. Tauson, Menshikov, Parkhomenko, Gelety (Siberian Branch, Russian
Academy of Sciences)
III-13.
Determination of lead in water and
sediment samples from two salty ponds and its relation with pH, salinity
and sulfafe[Contribution Number: 1375]
C. Nava, E. Gutierrez and H. Medina (Dept. of Chemistry, Laboratory
of Environmental Science, Experimental Faculty of Science, Zulia University,
Venezuela)
III-14.
In situ measurements of trace metals
in an oligotrophic lake: Comparison of results obtained by peepers and
DGT[Contribution Number: 1376]
M.C. Alfaro-De la Torre and A. Tessier (INRS-Eau, Universite du Quebec,
Canada)
III-15.
Distribution of trace, minor and
major elements in sediments around the petroleum production platform, Campos
Basin- Rio de Janeiro, Brazil[Contribution Number: 1377]
Alvaro Ramon Coelho Ovalle (1), Carlos Eduardo Veiga de Carvalho (1),
Maria Eulália Carneiro (2), Luiz Drude de Lacerda (3) & Carlos
Eduardo Rezende (1) (1. Universidade Estadual do Norte Fluminense, LCA–CBB,
Brazil, 2. Centro de Pesquisas Leopoldo A. Migues de Mello – PETROBRAS/CENPES,
Brazil, 3. Universidade Federal Fluminense, Brazil)
III-16.
An overall view of cadmium and zinc
contamination in Sepetiba Bay, Rio de Janeiro, Brazil[Contribution
Number: 1378]
J. Maddock and L.D. Lacerda (Department of Geoquímica,
UFF, Brazil)
III-17.
Impact of toxic metals from the Caribou
gold mining areas in Nova Scotia Canada[Contribution Number: 1379]
H. Wong (National Water Research Institute, Environment Canada, Burlington,
Ontario, Canada L7R 4A6), A Gauthier, G. Tetford (Environmental Protection
Branch, Environment Canada, Nova Scotia), S. Beauchamp, R. Tordon (Atmospheric
Science Division, Environment Canada, Nova Scotia)
III-18.
Impact of dismantled mines on water
resources in Sardinia (Italy)[Contribution Number: 1380]
R. Cidu and L. Fanfani (Department of Earth Sciences, University of
Cagliari, Italy)
III-19.
Heavy metal contamination of the
Pilcomayo River, Bolivia[Contribution Number: 1381]
J. Miller (Department of Geosicences & Natural Resources Management,
Western Carolina University, North Carolina), K. Hudson-Edwards (Birkbeck
College, University of London, UK), M. Macklin (Institute of Geology and
Earth Sciences, University College of Wales, UK), P. Lechler (Nevada Bureau
of Mines and Geology, University of Nevada)
III-20.
Biogeochemical situation in mountains of Central Asia[Contribution
Number: 1382]
M. Malgin and A. Puzanov (The Institute for Water and Environmental
Problems, Siberian Branch of Russian Academy of Sciences)
III-21.
Atmospheric mercury contamination
biomonitoring using epiphytic bromeliads (Tillandsia usneoides). Case Study:
The gold shops in Porto Velho, Rondônia, Brazil[Contribution
Number: 1383]
M. Vergotti (1), P. Gali (1), W. Bastos (1), E. Silveira (1), O. Malm
(2), S. Santos (1), V. Maniesi (1), and J. Torres (2), (1. Biogeochemical
Laboratory, UNIR, Geography Department, Federal University of the Rondônia,
Brazil, 2. LPERF-IBCCF-UFRJ, Federal University of Rio de Janeiro, Brazil)
III-22.
Contamination for mercury
in the small mining of the region de Atacama, Chile[Contribution
Number: 1384]
E. Pesenti, E. Fernández, W. Silva (University of Atacama, Chile)
III-23.
Mushrooms from a Cd and Zn contaminated
spruce forest: Occurrence of heavy metals and heavy-metal binding
proteins[Contribution Number: 1385]
K. Yttri, R. Anderson, B. Berthelsen, C. Collin-Hansen, and E. Steinnes
(Norwegian University of Science and Technology
III-24.
Aircraft study of the physical and
chemical evolution of aerosols in smelter and power plant plumes[Contribution
Number: 1386]
C. Banic, W. Leaitch, K. Strawbridge, D. Daggupaty, N. Shantz, J. Lu,
N. Bhya, R. Tanabe (Meteoro-logical Service of Canada, Ontario), J. MacPherson
(National Research Council of Canada), H. Wong (National Water Research
Institute, Canada), Z. Nejedly, J. Campbell (University of Guelph, Ontario,
Canada), C. Gariepy, A. Simonetti (GEOTOP, University of Quebec (Montreal),
Canada), J. Skeaff (CANMET, Natural Resources Canada), A. Chatt (Dalhousie
University, Canada), M. Lamoureux (Saint Mary’s University, Canada)
III-25.
Metal contamination at Deloro[Contribution Number: 1387]
T. Switzer and T. Hutchinson (Trent University, Environmental and Resource
Studies Program, Ontario, Canada)
III-26.
Present and historical distribution
of heavy metals in coastal sediments of Southeastern Taiwan[Contribution
Number: 1388]
J. Hung and J. Sheu (Institute of Marine Geology and Chemistry, National
Sun Yat-Sen University, Taiwan)
III-27.
Preliminary assessment
of metal contamination in the Zadar Bay (Croatia)[Contribution Number:
1389]
R. Zonta, L. Zaggia and F. Collavini (National Research Council, Italy)
III-28.
Heavy metals partitioning in bottom
sediments of Paraíba do Sul River, Brazil[Contribution Number:
1390]
M. Molisani, M. Salmão, A. Ovalle (Laboratório de Ciências
Ambientais, Universidade Estadual do Norte Fluminense, Brazil)
III-29.
Fe, Mn, Ni and Cd geochemical partitioning
in sediments from the Negro River Argentina[Contribution Number:
1391]
M. Abrameto, M.I. Gil (FUNDAPA, Brazil), R. Freije (Universidad Nacional
del Sur, Argentina), J. Marcovecchio (Institute Argentino de Oceanografía,
Argentina)
III-30.
Heavy metal transfer in terrestrial
ecosystems[Contribution Number: 1392]
N. Bogaert, G. Laing, F. Tack, M. Verloo (Laboratory of Analytical
Chemistry and Applied Ecochemistry, Ghent University, Belgium), F. Hendrickx,
J. Malfait, J. Mertens (Laboratory of Animal Ecology, University of Gent,
Belgium)
III-31.
Hydrological control on the temporal
variability of trace element concentration in the Amazon River and its
main tributaries[Contribution Number: 1393]
P. Seyler, L. Maurice-Bourgoin, J. Guyot (ORSTOM, CP 7091, Brasil)
and G. Boaventura (Instituto de Geociencias, Universidade de Brasilia,
Brasil)
III-32.
Heavy metal discharge from Osellino
Canal to the Venice Lagoon: Preliminary Results of the “Drain” Project[Contribution
Number: 1394]
R. Zonta, F. Collavini, and L. Zaggia (National Research Council, Italy),
C. Marinelli and O.E. Fagarazzi (SELC Inc., Italy)
III-33.
Vanadium distribution in the Seine
estuary[Contribution Number: 1395]
B. Ouddane, M. Skiker, J.C. Fischer and M. Wartel (Université
des Sciences et Technologies de Lille, Laboratoire de Chimie Analytique
et Marine Bat. C8, France)
III-34.
The role of catchment of lake pollution
by Hg, Pb and Cd at Lochnagar, Scotland[Contribution Number: 1396]
H. Yang (Environmental Change Research Centre, University College London,
UK)
III-35.
Priority metal pollutants in sediments of a fishing lake impaired by
man activities (Alexandria, Egypt)[Contribution Number: 1397]
O. El-Rayis (Oceanography Department, Faculty of Science, University
of Alexandria, Egypt)
III-36.
Trace metals in the Venetian lagoon
around the island of Murano (Venice, Italy)[Contribution Number:
1398]
L. Giusti (Department of Environmental Sciences, University of the
West of England, Bristol) and H. Zhang (Dept. of Environmental Sciences,
University of Lancaster, UK)
III-37.
A chronology of atmospheric
silver in the sediments of the “Huzenbacher See”, SW Germany[Contribution
Number: 1399]
G. Muller (Institute of Environmental Geochemistry, University of Heidelberg,
Germany)
III-40.
Development of heavy metal pollution
in sediments of the Lower Neckar River during the past 25 years[Contribution
Number: 1400]
A. Yahya and B. Pilz (University of Heidelberg, Germany)
III-41.
Study of particulate matter and heavy-metal
fluxes in the Venice Canal network by large volume filtration and sediment
traps[Contribution Number: 1401]
L. Zaggia, R. Zonta and F. Collavini (National Research Council, ISDGM,
Italy)
III-42.
Trace metal distribution in surface
sediments from the Eastern Brazilian Coast[Contribution Number:
1402]
L. Guedes et al. (Laboratorio de Ciencias Ambientais Universidade Estadual
do Norte Fluminense, Brazil)
III-43.
Temporal Dynamic of Particulate
and Dissolved Heavy Metals in the Paraibo Do Sul River, Rio De Janeiro,
Brazil[Contribution Number: 1403]
M.S.M.B. Salomão, M.M. Molisani, and A.R.C. Ovalle (Laboratório
de Ciências Ambientais, Universidade Estadual do Norte Fluminense,
Brazil)
III-44.
Exploring Different Models for Estimating Critical Loads and Mercury
Transfer Dynamics in Aquatic Ecosystems[Contribution Number: 1404]
H. Sverdrup (Chemical Engineering, Lund University, Sweden), L. Bringmark
(Environmental Analysis, Environmental Protection Agency, Stockholm), H.
Hultberg (Swedish Environmental Institute, Stockholm-Göteborg, Sweden)
III-45.
Reconstructing trace metal
deposition by dendrochemical analysis: A comparison among tree species[Contribution
Number: 1405]
S. Watmough and T. Hutchinson (Environmental and Resource Studies Program,
Trent University, Ontario, Canada)
III-46.
Trace metal regional
sources in east Baltic region and processes governing trace metal budget[Contribution
Number: 1406]
D. Ceburnis (Atmospheric Pollution Research Laboratory, Institute of
Physics, Lithuania)
III-47.
Heavy metals emissions inventory
and concentrations in the environment in Russia: Spatial and temporal trend
analysis[Contribution Number: 1407]
V.A. Ginzburg and S.A. Gromov (Laboratory of Integrated Monitoring,
Institute of Geography Russia)
III-48.
Long range transported aerosol sources appointment using space analysis
in Preila and Rgtelik's monitoring stations[Contribution Number: 1408]
D. Valiulis, D. Ceburnis, K. Kvietkus (Atmospheric Pollution Research
Laboratory, Institute of Physics, Lithuania)
III-49.
Semi-empirical modeling of
trace metal deposition close to the point pollution sources[Contribution
Number: 1409]
D. Ceburnis, J. Šakalys, D. Valiulis and K. Kvietkus (Atmospheric Pollution
Research Laboratory, Institute of Physics, A. Gostauto 12, 2600 Vilnius,
Lithuania)
III-50.
Long term assessment of heavy metals
in the atmosphere of background regions of Russia and other NIS countries[Contribution
Number: 1410]
S. Gromov, V. Ginzburg, S. Paramonov (Laboratory of Integrated Monitoring,
Institute of Geography RAS, Russia), L. Burtseva (Institute of Global Climate
and Ecology, Russia), N. Bunina (Hydrometobservatory, Moscow State University,
Russia)
III-51.
Atmospheric heavy metals within
the ECE region[Contribution Number: 1411]
T. Berg (Chemical Coordination Center of EMEP, Norway)
III-52.
Tracing the sources of atmospheric
pollution on a global scale via lead isotopes in aerosols[Contribution
Number: 1412]
A. Bolhöfer and K. Rosman (Dept. of Applied Physics, Curtin University
of Technology, Australia)
III-53.
Recent emissions detected
in the natural snowpack around a smelter at Rouyn-Noranda, Quebec[Contribution
Number: 1413]
D. Kliza (Geological Survey of Canada, Canada), K. Telmer (University
of Victoria, Canada), G. Bonham-Carter, G. Hall, R. Garrett (Geological
Survey of Canada)
III-54.
Comparison of standard
and differential biomonitoring using transplants[Contribution Number:
1414]
M. Freitas, M. Reis, A. Marques (Instituto Tecnológico e Nuclear,
Portugal), H. Wolterbeek (Interfaculty Reactor Institute, The Netherlands)
III-55.
Binding mechanisms of metals in moss[Contribution
Number: 1415]
G. May and E. Steinnes (Department of Chemistry, Norwegian University
of Science and Technology)
III-56.
Heavy metals uptake
and the growth pine and spruce wood[Contribution Number: 1416]
T. Chernenkova (Severtsov Institute of Ecology and Evolution, Russian
Academy of Sciences)
III-57.
Comparative study on heavy metal
pollutants released from industry in old and industrial areas[Contribution
Number: 1417]
F.H. Abou El-Nour, E. Metwally and M.A. Helayel (Nuclear Chemistry
Department, Hot Labs Center, Atomic Energy Authority, Cairo, Egypt)
III-58.
Heavy metal pollution in road deposited
sediments, Palolo Valley, Honolulu, HI[Contribution Number: 1418]
J. Bussen, R. Sutherland (Geomorphology Laboratory, Department of Geography,
University of Hawaii), F. Tack (Laboratory of Analytical Chemistry and
Applied Ecochemistry, University of Ghent)
III-59.
Impact of introducing
non-leaded petrol in relation to lead dispersion along major motorways[Contribution
Number: 1419]
N. Ward and R. Hares (ICP-MS Facility, Department of Chemistry, University
of Surrey, Guildford, UK)
III-60.
Phasing out cadmium and lead- emissions
and sediment loads in an urban area[Contribution Number: 1420]
A. Jonsson (Department of Water and Environmental Studies, Linköping
University, Sweden) and M. Lindström (Department of Earth Sciences,
Uppsala University, Sweden)
III-61.
Usage of mass element
fluxes from small catchments in the assessment of critical loads of heavy
metals[Contribution Number: 1421]
I. Skorepová (Czech Environmental Institute, the Czech Republic),
D. Fottová (Czech Geological Survey, Czech Republic)
III-62.
An integrated pollutant emission
register in the Netherlands[Contribution Number: 1422]
P. van der Most (Inspectorate for Environmental Protection, Department
for Monitoring and Information Management, The Netherlands)
III-63.
Absolute deposition maps on
heavy metals for Europe based on moss surveys[Contribution Number:
1423]
T. Berg (Norwegian Institute for Air Research, Norway), Å. Rühling
(Ekokonsult AB), E. Steinnes (Norwegian University of Science and Technology,
Norway)
III-64.
Atmospheric emissions
of trace metals in the Great Lakes[Contribution Number: 1424]
N. Pirrone (CNR Institute for Atmospheric Pollution, c/o UNICAL, Italy)
and J. Nriagu (Department of Environmental Health Sciences, School of Public
Health, University of Michigan)
III-65.
Sources of atmospheric
particulate heavy metals in urban Detroit during the summer of 1996[Contribution
Number: 1425]
A. Gildemeister, G. Keeler (University of Michigan Air Quality Laboratory,
School of Public Health, University of Michigan), J. Graney (Department
of Geological and Environmental Studies, SUNY, New York)
III-66.
Developing relationships between fluxes
of natural source mercury and environmental and biogeochemi-cal parameters
for the purpose of scaling up fluxes[Contribution Number: 1426]
G. Dias (1), G. Edwards (1), P. Rasmussen (2), W. Schroeder (3), J.
Kemp (1), C.F. Hubble (4), L.H. Mitchell (1) (1. School of Engineering,
University of Guelph, Ontario, Canada, 2. Health Canada, Ontario, 3. Meteorological
Service of Canada, Ontario, 4. RWDI, Inc., Ontario)
III-67.
Regional budgets of some heavy metals
in Europe[Contribution Number: 1427]
I. Ilyin (Meterological Synthesizing Centre, Russia)
III-68.
Visualization, GIS and geostatistics
for interpretation of geochemical data[Contribution Number: 1428]
K. Grunfeld (Division of Geoinformatics, Royal Institute of Technology,
Stockholm, Sweden)
III-69.
Lead pollution in south
eastern part of Madhya Pradesh (India)[Contribution Number: 1429]
A. Kamavisdar (Central Fuel Research Institute, India)
III-70.
Chromium removal from the tanning and plating industries by using Sargassum
Sp. biomass[Contribution Number: 1430]
S. Aparicio (LULE, University of Technology, Sweden), R. Santos, L.
Sobral (Center for Mineral Technology, Brazil)
III-71.
Heavy metals removal from
municipal and industrial sludges[Contribution Number: 1431]
M. Lasheen, A. Ashmawy, H. Ibrahim (Department of Water Pollution,
National Research Center, Dokki, Cairo, Egypt)
III-72.
Characterization and leaching of
heavy metals from municipal solid waste incinerator fly ash[Contribution
Number: 1432]
C. Ferreira (Escola Superior Agrária de Coimbra, codigo postal
Bencanta, Portugal), S. Llamas (Facultad de Ingenieria, Universidad Nacional
de Cuyo, Argentina) and M. Almeida (Faculdade de Engenharia da Universidade
do Porto, Portugal)
III-73.
Distribution and sequential extraction
of heavy metals in solidwaste from the industrial belt of Delhi, India[Contribution
Number: 1433]
M. Moturi (Kenya Industrial Research and Development Institute, Kenya),
M. Rawat and V. Subramanian (School of Environmental Sciences, Jawaharlal
Nehru University, India)
III-74.
Assessment of pollution load with
respect to heavy metals from the wastewater of some industrial areas of
Delhi, India[Contribution Number: 1434]
M. Rawat (1), M. Moturi (2), V. Subramanian (1), (1. School of Environmental
Sciences, Jawaharlal Nehru University, India, 2. Kenya Industrial
Research and Development Institute)
III-75.
Development of granules for the heavy metal removal from mine waters[Contribution
Number: 1435]
T. Zoumis and W. Calmano (Department of Environmental Science and Technology,
Technical University of Hamburg-Harburg, Germany)
III-76.
Adsorption of heavy metals by bone
charcoal: its potential as a water treatment clean-up[Contribution
Number: 1436]
J. Wilson, I. Pulford (Environmental, Agricultural and Analytical Chemistry
Department, University of Glasgow, UK) and S. Thomas (Tate and Lyle Process
Technology, Scotland, UK)
III-77.
Structure of fruticulose-green
moss spruce forest in vicinities of metallurgical plant[Contribution
Number: 1437]
T. Chernenkova and A. Severtsov (Institute of Ecology and Evolution,
Russian Academy of Sciences)
III-78.
Chromium in tannery effluent and its
recovery[Contribution Number: 1438]
A. Deep, S. Tandon, A. Khwaja (Department of Chemistry, University
of Roorkee, India)
III-79.
Recovery of Heavy Metals from Spent
Nickel-Cadmium Batteries[Contribution Number: 1439]
L. Barros, A. Pacheco, F. Margarido (CVRM, Instituto Superior Técnico,
Portugal)
III-80.
Removal of lead from aqueous
solutions using activated alumina[Contribution Number: 1440]
T. Kramer, P. Wootton, C. Lange (Department of Civil Engineering, Auburn
University, Alabama)
III-81.
Laboratory flux measurement system to study mercury fluxes over soils[Contribution
Number: 1441]
E. Bahlmann and R. Ebinghaus (GKSS Research Center, Germany)