Fourth International Conference on Mercury as a Global Pollutant: August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts]
Gespeichert in:
| Körperschaft: | |
|---|---|
| Format: | Tagungsbericht Buch |
| Sprache: | German |
| Veröffentlicht: |
Geesthacht
1996
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Nebent.: Mercury as a global pollutant |
| Beschreibung: | XXXI, 521 S. |
Internformat
MARC
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| 111 | 2 | |a International Conference on Mercury as a Global Pollutant |n 4 |d 1996 |c Hamburg |j Verfasser |0 (DE-588)2164405-6 |4 aut | |
| 245 | 1 | 0 | |a Fourth International Conference on Mercury as a Global Pollutant |b August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] |c [ed. by: Ralf Ebinghaus ... GKSS Forschungszentrum] |
| 246 | 1 | 3 | |a Mercury as a global pollutant |
| 264 | 1 | |a Geesthacht |c 1996 | |
| 300 | |a XXXI, 521 S. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Nebent.: Mercury as a global pollutant | ||
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| 650 | 0 | 7 | |a Umweltgift |0 (DE-588)4186801-8 |2 gnd |9 rswk-swf |
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| 655 | 7 | |0 (DE-588)1071861417 |a Konferenzschrift |y 1996 |z Hamburg |2 gnd-content | |
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| 700 | 1 | |a Ebinghaus, Ralf |e Sonstige |4 oth | |
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Datensatz im Suchindex
| _version_ | 1804138598579044352 |
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Of Contents
ю-
--------
2
global
mercury cycle-how large is the human
impact?
..........................................
Rodne, H.
ji·
Ч
Mercury contamination
in the developing world: problems and
soluùons..........................
ClcsTY
ΐ)
btematìmalagreementsforlimitatìonandreductìonofheavymetalsandpersistent
...........
^
organic pollutants (POP)
...............................................................
Jost,
D.
and
Schmid, E.
Session
1__________--------—-----------—--------------------
~
Human Health: Canadian Aboriginal
........................·...............
5
Exposure patterns and long term sequelae on adults and children in two Canadian
indigenous communities exposed to methyhnercury
..................................................
D
Wheatley, B. and
Paradis, S.
Social and cultural impacts of mercury pollution on Aboriginal Peoples in Canada
...............7
Wheatley, MA.
Fish consumption and contaminants in fish: A model of MeHg risk exposure
.....................8
Paradis, S.
and Wheatley, B.
Session
2_________________________________________________---------
Human Health: Amazon
..........................................................9
Follow-up of mercury levels in fish, human hair and urine in the Madeira and
Tapajós
basins, Amazon, Brazil
........................................................................10
Malm,
O., Guimarães,
J-RJD., Castro, M.B.,
Bastos, WH., Viana,
J.P., Branches, FJ.P.,
Silveira,
E.G.,
and
Pfeiffer,
W.C.
Fish contamination and human exposure to mercury in Rio Tartarugalzinho,
Amapa, Northern Amazon
...............................................................................
Ц
Bidone,
E.D., Castilhos, Z.C., Santos, U.S.,
Souza, T-M-C,
and
Lacerda, L.D.
Mercury contamination of riverine populations of
apiacás
region in the Brazilian
Amazon
....................................................................................................12
Barbosa,
A-C, Garcia, M.A.,
de Souza, J.R, Barreto,
F.A.B.,
Botan, Cde
J., and
Nascimento
E.C.M.
Session
З
_____________________
Human Health: International
..................................................13
Altered motricity in Amazonian populations exposed to methyknercury
.................. 14
Lebel, J., Mergler, D., Branches,
F.,
Lucotte, M., Amorim, M., Dolbec, J.,Soumis,
N.
and
..............
Couillard, A.
Studies on the levels of Hg and MeHg accumulated in the bodies of special
stouds
of the population living on the river Songhua
............................;.,_ 15
Ming, G., Cinan, G.,
et al. .................................
ш
The health safety program for workers exposed to elemental mercury at the mercury
mine in Idrija
..............................................................................................16
Kobal, A. and Dizdarevic, T.
Session
4
Aquatic Systems: Watersheds 1
..............................................17
Seasonal influences on partitioning and transport of total and methylmercury from
contrasting watersheds
...................................................................................18
Babiarz,
Cl.,
James P. Hurley, J.P.,
Benoit,
J.M., Shafer, M.M,
Andren,
A.W., and Webb,
D.A.
Stomatal
uptake of CE^HgClCg) in Norway Spruce
-
an important pathway for the
deposition of methylmercury to forest ecosystems
...................................................19
Munthe, J.,
Karlsson, P.-E.
and Schager, P.
Catchment inputs of mercury and methylmercury to freshwaterecosystems: A
review
......................................................................................................20
Bishop, K.H., and
Lee, Y.H.
Session
5____________________________________________________
Aquatic Systems: Watersheds II
.............................................21
Total and methylmercury concentrations and fluxes from small catchments in
South-Finland
............................................................................................22
Verta,
M.,
and
Porvari,
P.
Factors affecting mercury and methylmercury in runoff waters from forested
catchments
-
statistical evaluation using multivariate methods
.......................................23
Parkman, H., Munthe, J.,
Röttorp,
J.,
and Hultberg, H.
Ecosystem turnover of atmospheric methylmercury and mercury in relation to
critical load of methylmercury to aquatic environments
..............................................24
Iverfeldt,
À., Verta,
M.,
Parkman,
H.,
Porvari,
P., Munthe, J., and Hultberg, H.
Session
6____________________________________________________
Aquatic Systems: Selenium
....................................................25
Dramatic effects of selenium addition to lakes on the mercury and selenium
concentrations and the survival of fish
.................................................................26
Meili, M.
Methylmercury and selenium interactions in aquatic ecosystems
...................................27
Hultberg, H.,
Verta,
M.,
Munthe, J., Parkman, H. and
Bengtsson, Å.
Mercury levels in perch
(Perca fluviatilis)
in relation to environmental factors in
Norway
....................................................................................................28
Fjeld, E., and Rognerud, S.
Session
7____________________________________
Atmosphere: Atmospheric Processes
.......................................29
Modelling the atmospheric chemistry of mercury. Validation and sensitivity analysis
of different deposition processes
........................................................................30
Pleijel, K., and Munthe, J.
iv
^tribution
and orighs of
тегсшу
species
іпШер^^
.................
31
Bloom, N.S.,
Prestbo,
RM.
Tokos, J.S.,
Von der Geest, E.,
and E.S.
Kuhn
Total- and methyl-mercuiy
wet deposition: findings
fJheNa^nal Atinosphenc
Deposition Program s Mercury
Deposition Network (NADP/MDN)..............................*-
Vermette, S.,
Bloom,
N.. and Lindberg, S.
Atmosphere: Deposition Processes
..........................................
33
A Comprehensive Eulerian Modelling Framework for Airborne Mercury Species:
Development and Application of a Tropospheric Chemistry Module
...............................¿4
Petersen, G., Munthe, J., Bloxam, R., and Kumar, A.V.
Modeling the Atmospheric Chemistry of Mercury Using Naturally Occurring,
Particle-Reactive Radionuclides
.........................................................................35
Lamborg, C.H., and Fitzgerald, W.F.
Dry deposition of atmospheric mercury: recent measurements and implications for
future studies
..............................................................................................36
Keeler, GJ., Glinson, G., and Evans, G.
Session
9___________________________________________________
Atmosphere: Long Range Transport
.......................................37
Lagrangian Modeling of Mercury Air Emission, Transport and Deposition with
Source-Type
Шсгіїгапайоп
.............................................................................38
Bullock, Jr., O. R.
Transport and wet deposition of atmospheric mercury to Lake Michigan
.........................39
Landis, M.S.
and Keeler, GJ.
A Eulerian model of mercury atmospheric transport, chemistry and deposition
..................40
Bloxam, R., Schroeder, W.H., and Petersen G.
Session
10__________________________________________________
Analytical: Novel Methods For Organomercury
........................41
¡niSiŠS^gS^™^™^^^^
.........
Hintelmann,
H.,
and Evans, R.D.
.................................................
Mercury speciation: A fully automatic gas chromatography/atomic fluorescence in-
Stockwëi p^ ^
.................................................
43
-ICP-MS
Falter,
R.,
and
ligen,
G.
Analytical: Novel Methods For Total Mercury.
45
.46
Novel
analytical method for determination of low levels of total mercury in
petroleum and its products by gold amalgamation
CV
AFS
.........................................47
Liang, L.,
Horvat,
M.,
and Danilchik, P.
ATMOS HG
-
A novel mercury spectrometer
.........................................................48
Sholupov, S.E., Ganeyev, AA, and Zhang, J.
Session
12_________________________________________________
Analytical: Analytical Interferences
.......................................49
Resolution of matrix effects on analysis of total and methyl mercury in aqueous
samples from the Florida Everglades
...................................................................50
Olson, ML., Cleckner, L.B., King,
SA.,
Hurley, JP., and Krabbenhoft, DP.
Artifact formation of methyl mercury during extraction of environmental samples by
distillation
..................................................................................................51
Bloom, N.S.,
Colman, J.A.,
and Barber, L.
Interferences in the collection of total gaseous mercury on gold-coated sand:
Observations from South
Rorida
.......................................................................52
Gm,
CA.,
Prestbo, E.M., Hall,
В.,
Bloom, N.S.,
and Lindberg, S.E.
Session
13__________________________________________________
Analytical: Quality Assurance 1
.............................................53
The IAEA intercomparison exercises for the determination of total and MeHg in
marine biological samples
................................................................................54
Horvat,
M.,
Liang,
L., Azemard, S., Mandic,
V., and Coquery, M.
International field intercomparison measurements of atmospheric mercury species at
Mace Head, Ireland
.......................................................................................55
Ebinghaus, R., Jennings, S.G., Schroeder, W.H., Berg,
T.,
Buttermore, L., DonaghyX,
Ferrara,
R.,
Guentzel,
J.,
Kenny,
C, Kock,
H.H.,
Kvietkus, K.,
Mazzolai,
В.,
Mühleck,
T.,
Munthe,
J.,
Prestbo, E.M., Schneeberger,
D.,
Sommar,
J., Urba,
Α.,
Wallschläger, D.,
and
Xiao,
Z.
Establishment and analytical quality control of laboratories for Hg determination in
biological and geological samples in the Amazon-Brazil
.............................................56
Bastos, W.R.,
Malm, O., and Cleary, D.
Session
14__________________________________________________
Analytical: Quality Assurance II
............................................57
SM&T
(BCR)
activities for the quality control of mercurydetermination in the
environment
...............................................................................................58
Quevauviller, Ph.,
Fortunati,
G.U., and Kramer, K.K.
Sequential extraction: an approach for the speciation of mercury compounds in soils
and sediments
.............................................................................................59
v.d.
Kammer, F.,
Thoeming,
J.,
Sobral,
L.G.S., and Wilken,
R,-D.
Methods for measuring mercury and other trace species in rainfall, aerosols and the
atmosphere in
Rorida
....................................................................................60
Landing, W.M., Guentzel, JJL, Perry Jr.,
J
J., Gill, G.A., and
Pollman,
CD.
vi
Session 15_______________________________________________________
Aquatic
Systems:
Lakes 1
......................................................61
Fate of mercury in a seepage lake with increasing
pH
levels
........................................62
Garrison, PJ.,
Benoit,
J.M., Cleckner, L.B,
Rada, G.R.,
and Weiner, J.G.
Mercury cycling in an experimentally acidified seepage lake
.............................. 63
Watras,
CJ.,
and Morrison, K.A.
Changes in the biogeochemistry of methyl mercury following experimental flooding
of a boreal forest wetland
........................................_
ЄЛ
Rudd, J.W.M
Bodaly, R.A.,
Branfireun,
В.,
Hall,
B.D.,
Harris . *,
Heyes! Äl.
Kelly,
C.A.,
.............
Paterson,
M.,
Sellers, P., Sparling,
R.,
and StXouis,
VX.
Session
16 _________
Aquatic Systems: Lakes II.
Increases in mercury in fish and inver
Bodaly, R.A.,
Paterson, MJ., Rosenber
Rudd, J.W.M., and St.
Louis, VX.
weOľíľ61^ decOmposinS
veSetation of a pristine and
.
Heyes,
Α.,
Moore, T.R., and Rudd,
Üwi..............................................................
67
................68
Aquatic Systems: Lakes III
...........
Factors regulating the bioeeochpmictr,,^
................................................69
Adirondack Region ofK^k^SA
Щ ІП
remote lakes
ώ ^
CX.Yan.C.Schofield,^^^^^
..................................70
:Hnf mo^d (R-MCM) to
23
MAPP
lakes in
^.сл·.^ ?^!^^ .
.........................
71
•and Bowles, K.
°
- ІШ^У,
Papua New Guinea
..............
72
Aquatic Systems:
-
76
,S.M., and
Goldman!
CJL
VD
Session 19_______________________________________________
Aquatic
Systems: Sediments
II
...............................................77
Mercury distribution in sediment cores from southern Amazon lakes
..............................78
Gomes,
MR.,
Ayres,
G
Α.,
and
Lacerda, L.D.
Mercury Speciarion in Samples from Marine, Limnic and Terrestrial Ecosystems
...............79
Emons, H.,
Rossbach,
M.,
May,
К.,
and
Augustin-Castro,
В.
Mercury and lead burdens in soils, lichen and snow as indicators of atmospheric
deposition in
Québec
(Easthern Canada)
...............................................................80
Caron, B. and Lucotte, M.
Session
20 _____________________________________________________
Biogeochemical Cycling: Historical Trends
..............................81
Emissions and historical records of mercury pollution in North America during the
past
150
years
.............................................................................................82
Pirrone,
N..
Keeler, GJ., Nriagu, J.O., and Allegrini, I.
Recent Declines in Atmospheric Mercury Deposition in the Upper Midwest, USA
..............83
Engström,
DR., and Swain, E.B.
Historic mercury deposition and biota accumulation
.................................................84
Porcella,
D.B., Swain, E.B.,
Engstrom, D.R.,
and Keirstad, M.
Session
21__________________________________________________
Biogeochemical Cycling: Global Cycles
...................................85
Comparative study of mercury and cadmium speciation with respect to their global
abundances
................................................................................................86
Tauson, VI.,
Zúbkov, V.S.,
Men shikov,
V.l.,
and Parkhomenko, I.Y.
Mercury Emissions from
Voléanos
.....................................................................87
Fitzgerald, W.F.
Mercury as a pollutant in Siberia: sources, fluxes and contribution to the global
cycles
.......................................................................................................88
Obolensky,
A.A.,
and Yagolnitser, M.A.
Session
22___________________________________________________
Biogeochemical Cycling: Global and Oceanic Cycles
..................89
A global view of the sources and sinks for atmospheric organic mercury
.........................90
Prestbo, E.M., and Bloom, N.S.
The temporal evolution of methyl mercury concentrations of different flooded soils
of northern
.................................................................................................91
Begin, M., and Lucotte, M.
A regional mercury budget for Siberia and the contribution of the region in global
balances
....................................................................................................92
Sukhenko,
S.A.
and Vasiliev, O.F.
vui
Session 23
Biogeochemical
Cycling: Regional Terrestrial Cycles
................93
Atmospheric transport and deposition of mercury in
Rorida
........................................94
Guentzel,
JI»,
Landing, W.M., Gill,
G
Α.,
and
Pollman,
CD.
The relative importance of slash and bum agriculture on the presence of mercury in
Amazonian forest ecosystems
...........................................................................95
Roulet, M., Lucotte, M., Farella,
N..
Serique, G.,
Coelho, HL, Sousa Passos,
C J.,
De Jesus
da
Siva,
E.,
and Scavone
de Andrade,
P.
Hg
and methylmercury budgets for the Patuxent river, a subestuary of Chesapeake
Bay, USA
..................................................................................................96
Gilmour, C.C, Mason,
R., Riedel,G.,
Sullivan, K., and
Benoit, J.
Session
24 ____________________________________________
Biogeochemical Cycling: Regional Marine Cycles
......................97
Speciation and Mass Balance of Mercury in the Lower St-Lawrence Estuary and
Saguenay Fjord (Canada)
................................................................................98
Cossa, D.andGobeil.C
Sources and cycling of mercury and methylmercury in Long Island Sound:
Preliminary results
........................................................................................99
Vandal, G., Fitzgerald, W.,
Rolfhus, K., Russ, C,
and
Lamborg, C.
Natural formation rates of reduced mercury and methylmercury in the Scheldt
estuary and the North Sea.
.............................................................
доО
Baeyens, W. and
Leermakers,
M.
2
Human Health: Epidemiology
....................
101
^SÄrLSTSXÄ^Í^^»^
.............
IM
Cramp, K., Kjellstrom,
T.,
Shipp,
Α.,
Silvers, A. and Stewart, A.
.............................
Monitoring methylmercury during pregnancy in the Seychelles Islands
103
Cemicman. E.. Rnwr
ρ
*.
—
~
» ... ·>
Ш1ио
................
ШЈ
Human Health: Risk
............................................................105
Probabilistic assessment of human health risks from exposure to methylmercury:
Application to aboriginal peoples in Canada
.........................................................106
Hill, R.A., Hoover, SM., and Watson, T.A.
Application of Pharmacokinetic Mode
Tools for Evaluatin h I
107
IX
Regional
multimedia
modeling of mercury health risk
.............................................108
Seigneur, C,
Pai,
P., Mitchell, D., and Levin, L.
Session
27__________________________________________________
Human Health: Risk/Policy
...................................................109
Mercury in the environment of the industrial city (Central Russia, Mordovian
Republic, Saransk)
.....................................................................................110
Yanin, E.P.
Methylmercury and human health: A critical review of the epidemiology with
special reference to exposure uncertainties
...........................................................
Ill
Lipfert, F.W.
Integrated assessment of ecological and human health risk of mercury exposure
...............112
Schoeny, R., Mahaffey,
КЛ.,
Rice, G., and Keating, M.
Session
28__________________________________________________
Aquatic Systems: Food webs 1
..............................................113
Methylmercury dynamics from a foodweb and a modeling perspective
..........................114
Tsalkitzis, E., and Bloom, N.S
Trophic-level comparisons of total mercury concentrations and pool sizes in two
lakes with contrasting food web structures
..........................................................115
McQueen,
DJ.,
Mierle,
G.,
Petri, B.M., Demers,
E.,
Ramcharan,
С,
Wong,
АЛ-К-,
Amyot,
M., Yan,
NJ).,
Popiel,
S.A.,
Rocchi,
A.M.,
Hughes,
К.,
and Sutey,
S.
Mercury concentration and speciation in the plankton of northern Wisconsin lakes
............116
Back, R.C. and Watras,
C J.
Session
29__________________________________________________
Aquatic Systems: Food webs
Π
.............................................117
Mercury and methylmercury accumulation in aquatic insects of Northern
Québec,
Canada
...................................................................................................118
Tremblay,
Α.,
Lucotte,
M.,
and
Cloutier, L.
Availability of sediment-bound methyl and inorganic mercury to a suspension
feeding mussel
..........................................................................................119
Gagnon, C, and Fisher, N.S.
Seasonality of total mercury and methylmercury in water and plankton from low
alkalinity lakes in Northeastern Minnesota
...........................................................120
Monson,
В.,
Brezonik, P., Strassman, R., and Swain, E.
Session
30___________________________________________________
Aquatic Systems: Birds
.......................................................121
Quantification of pollution inputs of mercury to epi-pelagic and meso-pelagic
marine food chains
......................................................................................122
Furness, R.W., Thompson, DJL, and
Monteiro, LJR.
Methylmercury accumulation in an insectivorous song bird breeding near an
experimentally created reservoir
.......................................................................123
St-Louis,
V.L.,
Rudd, J.WM., Rosenberg,
D.M.,
Omole, R.,
Gemuti,
P., and
Weins,
AJ*.
Мссшу
expose of passerine bMs
inicióse
»local emission source,in
Norway and Slovakia
...............................;··;.....
Stuwer
Rosten,
L.,
Kalas,
LA., Mankovska,
В.,
and
Stemnes,
E.
Atmosphere: Atmospheric Measurements
................................
125
Atmospheric mercury in the Great Lakes region: Spatial and seasonal variation in ^
gas-and particle-phase mercury concentrations
.....................................................
Burice,
JM.
and Keeler,
G J.
Monitoring of atmospheric mercury at Cape Point and Wank
.....................................127
Slemr,
F.,
Robertson, P., and
Brankę,
E.
High-temporal-resolution measurements of total gaseous mercury in air at Alert,
Northwest Territories, Canada
.......................................................................
ll°
Schroeder, W.H., and Schneeberger,
Du.
Session
32-----------------------------------------------_------------------------------
Atmosphere: Air Water Exchange
.........................................129
Modeling the effect of light on volatile mercury production in lakes
.............................130
Amyot, ML, Greg
Mierle,
G,
Lean.D.R.S., Gill,
G
Α.,
and McQueen,
DJ.
The kinetics of elemental Hg production in natural and purified waters
..........................131
Rolfhus, KLR., and Fitzgerald, W.F.
Micrometeorological studies of air/surface exchange of mercury vapor over Lake
Gardsjon,
Sweden and in the Florida Everglades
...................................................132
Lindberg,
S.
E.,
Meyers,
T.
P., and Munthe, J.
Session
33__________________________________________________
Atmosphere: Emissions from Terrestrial Systems
.....................133
Mercury fluxes from contaminated floodplains to the atmosphere
-
their
determination and mechanism
..........................................
I34
Wallschläger,
D.,
Kock,
H.H.,
Schroeder, W.H., Ebinghaus,
R., and
Wilken, R.-D.
.....................
SoiVatmosphere exchange of methyl mercury and inorganic mercury: Evidence for
the photo-snmulated emission of Hg°
.................... ;_
*1№*υι
Carpi,
Α.,
Lindberg,
S.E., Prestbo, E.M., and Bloom, N.S.
Poissant,
L.,
and
Casimir,
A.
................................................................
Light induced flux of mercury from substrate.
. 1
γ,
Sexaver
Gustin,
M.,
and Taylor, G.E.
..................................................
ession
3d____________
Contaminated Sites: Mining I
XJ
ь
........................................ 139
Maseru,
B.E.Fenara,
R.,
PamcM.MXandStomi. M.*
............................................
И0
Xl
Database of sites of historic mercury amalgamation milling of gold and silver ores
in the United States
.....................................................................................141
ВаѕпатЈВХ.,
Lechler, PJ., and Miller,
ЈЛ.
Mercury contamination and specian on in the Carson River and Lahontan Reservoir
...........142
Mach,
CJE., Peterson, S., and Bloom, N.S.
Session
35_____________--------------------------------------------------------
Contaminated Sites: Mining
Π
..............................................143
Biomonitoring
of mercury contamination in the Idrija mining area using terrestrial
wildlife
...................................................................................................144
Gnam
us, A.
,
and HorvatJL
Atmospheric mercury deposition and distribution in soils from Southern Amazon
.............145
Souza,
M.,
Ayres,
CA., and
Lacerda, L.D.
Atmospheric mercury sources in the ML Amiata area
..............................................146
Ferrara,
R.
and
Mazzolai,
В.
Session
36_______________________________________
Contaminated Sites: Industrial Sites 1
.....................................147
Temporal variation of mercury and its organic mercury species at the sites of three
former caustic soda plants
.............................................................................148
Hempel, M., Wilken, R.-D., and Schaule, G.
Distribution, bioavalability and speciation of mercury in contaminated soils and
groundwater of a former wood impregnation plant
.................................................149
Schöndorf,
Th.,
Egli,
M.,
Biester,
H.,
Mailahn,
W., and
Rotard, W.
Simulating the distribution of mercury in a large, shallow lake with multiple basins
...........150
Bale,
AJE.
Session
37__________________________________________________
Contaminated Sites: Industrial Sites II
...................................151
Mercury in the Imandra Lake, Murmansk Region, Russia
........................................152
Dauvalter, V., Moiseenko,
T.,
Rodyushkin, I.,
Öhlander,
В.,
Ponter,
С,
Kudryavtseva,
L.,
Sharov,
Α.,
ödman, F., and Peinerud,
E.
Paniculate mercury fluxes from the most contaminated area in
Ria de Aveiro,
Portugal
..................................................................................................153
Pereira, MJE., Duarte, A-C,
and Millward, G.E.
Mercury contamination in resource rich Guizhou Province in China
.............................154
Jingyi, L., Weiyuan, H., and Liya, Q.
Session
38___________________________________________________
Contaminated Sites: Remediation I
........................................155
Evaluation of Various Remediation Options for Onondaga Lake
.................................156
Bigham,G.N., Henry,
Ε,Α.,
and Dodge-Murphy,
L J.
Remediation goals for human and ecologicalexposure to soil mercury at cast fork
poplar creek, Oak Ridge, Tennessee
.................................................................157
Hadden,
CT.,
Cornaby,
B.W.,
and Zafran, F.Z.
xu
Mercuiy bioaccumulation,
exposure, and ecological risks at the Carson River site,
Nevada
...................................................................................................
Peterson, S.C.
Session
39________________________________——------------——------------------------
Contaminated Sites: Remediation
Π
.......................................159
Remediation technology of mercury contaminated soil by low temperature thermal
treatment
.................................................................................................160
Matsuyama, A-, Hayasaka, H., Higaki, K., Yabuta, H.,
Sano,
T.,
and Akagi, H.
Remediation of mercury contaminated soils by electroleaching
...................................161
Thöming,
J.,
Sobral, LCS.,
Santos, R.L.C., Hempel, M., and Wilken, R.D.
Removal of mercury from groundwater using air stripping after tin reduction
..................162
Turner,
R. R.,
and Southworth,
G. R.
Session
40___________________________________________________________
Aquatic Systems: Everglades 1
..............................................163
Mercury transformation processes in the Everglades: Temporal variations in
mercury phase and species distribution and controlled exposure experiments
..................164
Krabbenhoft, DP., Hurley, JP., Olson, Mi., and Cleckner,
LU.
System controls on the aqueous mercury distribution in the Northern Everglades
....... 165
Hurley, J.P., Krabbenhoft, DP., Aiken, G., Cleckner, L.B., King,
S.A.,
and Olson, ML.
.............
Mercury methylation and sulfur cycling in the Northern Everglades
... 166
Gilmour, CC, Gill,
GA., Stordal,
M.C., and
Spiker,
E.
Session
41
Aquatic Systems: Everglades II.
167
168
Relationships between Water Chemistry and Trophic Transfer of Total and Methyl
Mercury in the Northern Everglades
..................................................................
Cleckner, L.B., Garrison, PJ., Hurley, J.P., and Krabbenhoft, DP.
Spatial and temporal patterns of mercury contamination in fish from the
Rorida
Everglades
...............................................................................................169
Lange, T.R.,
Royals, HJE., and Ware, FJ.
An environmental screening model analysis of mercury in the Florida everglades
.............170
Ambrose Jr., R.
В.,
Shell, K.-J., and Tsiros, I.
Aquatic Systems: Methylation I
.............................................
Multi-media monitoring of mercury and associated parameters in the Everglades
canalsystem
.......................................................................*
Stober,
Q J.,
Jones, R.D.,
Scheidt, DJ.,
and Thornton,
К.
171
172
_____.,
^w.,
culli
II
Sulfate
stimulation of MeHg production in incubated peat?
.......................................173
Heyes,
Α.,
Moore, TIL, Rudd, J.W.M., and Kelly, C.A
Hg methylation in a lake of the
Pantanal
floodplain, Brazil
........................................174
Guimarães, J.R.D.,
Malm,
O., Brito,
E.M.S., and Meili, M.
ХШ
Sexsion 43-------------------------------------------------------------------------
Aquatic
Systems: Methylation
II
...........................................175
A stable isotope study of methylmercury production and turnover in forests soils:
Methods development and initial results
.............................................................176
Munthe, J., Parkman, H., Lee, Y.-H., Iverfeldt,
À.,
Hultberg, H., and
Haraldsson, C.
Bacterial mercury resistance genes in polluted soils and sediments
...............................177
Bruce K.D., Strike P., and Ritchie DA.
Photodegradation
of methylmercury in lakes
........................................................178
Sellers, P., Kelly,
CA.,
and Rudd, J.W.M.
Session
44__________________________________________________
Aquatic Systems: Fish 1
.......................................................179
Influence of growth rates on mercury accumulation in fish. I. Empirical analyses of
the growth dilution hypothesis
........................................................................180
Trudei,
M.,
and
Rasmussen, J.B.
Use of polynomial regression analysis with indicator variables for interpretation of
monitoring data of mercury levels in fish
............................................................181
Tremblay, G.,
Legendre, P.
,
Shetagne, R.
,
and
Verdón, R.
Different mercury
bioaccumulation
rates between sympatric populations of dwarf
and normal lake whitefish {coregonus clupeaformis) in the La Grande Complex
Watershed, James Bay,
Québec
.....................................................................182
Doyon, J.-F., Schetagne, R., and
Verdón, R.
Session
45__________________________________________________
Aquatic Systems: Fish
Π
......................................................183
Methyl mercury accumulation in rainbow trout and the trout food chain in lakes
Okareka, Okaro, Tarawera, Rotorua and Rotomahana, New Zealand
...........................184
Kim, JP., and Burggraff, S.
Factors affecting fish mercury concentration in Arkansas lakes and streams, USA
............185
Thornton, K.W., Price,
Α.,
Armstrong, M., Nix, J., Giese, J., and
Turman, D.
Mercury concentrations in predatory fishes from randomly-selected lakes in Maine,
USA: Effects of species and environment
...........................................................186
Stafford, C,
Haines, T.,
and Mower, B.
Session
46__________________________________________________
Analytical: Atmospheric Hg II
..............................................187
Sampling and determination of gas phase divalent mercury with KC1 coated
denuders
.................................................................................................
igg
Xiao, ZJ?.,
Sommar,
J., Wei, S., and
Lindqvist, O.
Studies of gas-phase
тегсигуСП)
in ambient air
....................................................189
Stratton, WJ., and
Lindberg,
SE.
Determination of atmospheric gaseous HgCii) at the pg/m3 level by collection onto
cation exchange membranes, followed by dual amalgamation/cold vapor atomic
fluorescence spectrometry
.............................................................................190
Bloom, N.S., Prestbo, EM., and
Von der Geest,
E.
XIV
47
191
Analytical: Flue Gases
.....................................· ................
Inventoiy of anthropogenic mercury emission from Guizhou Province, China.
................
Ш
Lindqvist,
О.,
Wei,
S., and Tan, H.
Mercury in a peat-fired power plant: Mass balance study and speciation in the
.................
^
atmospheric emissions
...........................................................* 1*................
Siemens, V., Tolvanen, M., Salmikangas,
T.,
Hatanpää,
E.,
Hofften,
R,
and Larjava,
К.
Experimental investigation of mercury speciation in coal combustion flue gases
...............194
Laudai,
Dl.,
Galbreath,
KX.,
and Zygarlicke,
Ch J.
Session
48______________.___________--------------------------------------------------
Atmosphere: Source Receptor Relationship
.............................195
Large Scale Atmospheric Mercury and Trace Elements Measurements in Amazonia
...........196
ArtaxoJ».,
Fernandes,
E.T., MartinsJ.V., Yamasoe, M.A., Xiao, Z.,
Lindqvist,
О.,
Maenhaut,
W.,
Hacon,
S.,
and Campos, R.C.
The relationships between mercury, trace metals, and major ions in precipitation
collected in Florida: The
Rorida
Atmospheric Mercury Study (FAMS)
.........................197
Реїту
jr.,
J
J., Landing, W.M., Guentzel, J.L., Gill, GA, and
Pollman,
CD.
A comparison of vapor phase, and fine and coarse paniculate atmospheric mercury
at Perch river, New York (USA)
.....................................................................198
Ames, M., Olmez, I., and Meier.S.
Session
49_______________________________________________________
Atmosphere: Receptor Modelling and Exchange Rates
...............199
Receptor modeling of atmospheric mercury in South Florida: Preliminary results
.............200
Zweidinger,
RJS.,
Stevens, R.K., and Keeler, G.
Atmospheric sources, transport and deposition of mercury in South Florida·
SUAMPProject
.............................................
«лі
ϋνοηοΜ.Τ.,Οπιηβν,Ι.Κ.,
and Keeler,
G J. ....................................................
Mercury volatilization from riparian vegetation
....................... 202
Leonard, TJL.SexauerGustin.M, and Taylor, G.E.
..........................................
— ---------———________
Aquatic Systems: Humic Acids
............................
203
Mercury speciation studies with humic acid
.........................
A
Desai,M.V.M.,andPadmanabhan,H. .........................................................
204
*«^-«205
,
аи»*,
V
Datoek0·
S-D-
XV
Session 51______________________________________________________
Human Health: Amalgam.....................................................207
Мегсшу
bürden
nom
dental
amalgam fillings
.......................................................208
Halbach,
SL
Investigations on the interpretation power of the DMPS test for mercury
.......................209
Drasch,
G.,
Scharl,
К.,
Roider,
G.,
Schiwara, H.-W., and Zilker, Th.
Postersessions________________________________________________211
Human Health
-
1
...............................................................211
Determination of mercury in urine and hair for dentists and medical personnel in
Brasilia
-
Brazil
..........................................................................................212
Barbosa,
A-C, Cruz, TJHLE.,
Barreto,
FA-B.,
Botan,
Cde J., and
Nascimento,
E-CM.
Application of principal component analysis to methylmercury dose-response data.
...........213
Hoover, SM,
Hill,
R.A., and Watson, T.A.
Mercury in northern
Québec:
Role of the mercury agreement and status of research
and monitoring
..........................................................................................214
Chevalier, G., Dumont, C, and
Langlois, C.
Information tools related to mercury in the environment and to human exposure for
the James Bay
Cree
.....................................................................................215
Sbeghen, J., and
Noöl, F.
Assessing the oral bioavailability of inorganic mercury in soil
....................................216
Schoof, RA.,
Ruby,
M/V.,
and Nicholson, A.
Mercury in the atmosphere of St.Petersburg
—
distribution, origins and influence
on human health
.........................................................................................217
Dreval, T.V., Mashyanov, N.R., Ryzhov, V.V., Sholupov,
SJE.,
Reshetov, V.V., Sobolev,
M.B., and Vorms V.V.
Accumulation and excretion of mercury by rats when food is supplemented by
inorganic salt
............................................................................................218
Bolotnikov, LA., Volokhova, N.I., Ostashkova, V.V.I, Timopheev,
A.D.,
and Huvarinen, H.
Eritroţest
-
the effective method for the evaluation of the toxic effect of mercury on
organisms
................................................................................................219
Bolotnikov, LA., and Zharskaya, V.D.
Determination of mercury in human tissues coming from an industrial district by
CV AAS
techniques
.....................................................................................220
Baranowska, I., Szmyd, E., Baranowski, J.
Surplus mercury—scientific questions facing policymakers
.......................................221
Anscombe, F.R.
Mercury values in urine of inhabitants of StPetersburg
...........................................222
Pogarev S.E., Ryzhov V.V., Dreval T.V., and Mashyanov N.R.
The effect of mercurial intoxication on
lipid
metabolism and
pol
processes in rats
.............223
Ostashkova, V.A., Sudakova,
N.M.,
and Volokhova, N.I.
Exposure to metallic mercury in workers in a tropical chloralkali plant evaluated
through urine analysis,
Rio de
Janeiro, Brazil
......................................................224
Malm,
0.,
Calasans, C,
Fernandes
Α,Ρ.,
Bastos,
WJR. and
Pfeiffer,
W.C.
Correlation of mercury with selenium in human scalp hair at a typical mercury-
polluted area in China
..................................................................................225
Chai,
Ζ.,
Feng,
W.,
Qian,
Q.,
and Guan, M.
xvi
Medico-biological studies of the low-dose mercury effects upon the organism of
children
...................................................................................................
226
Zharskaya, V.D., and Chukhlovina, MX.
The evaluation of internal doses of mercury at intermittent exposure to Hg°at the
mineinldrija
............................................................................................
Kobal,
Α.,
Nanut,
E., Horvat,
M., Stegnar, P.,
and Sabadin, A.
Mercury levels in Vietnamese pregnant women as neutron activation analysis and
influence of industrial waste on public health and agricultural environment
.....................228
Anh,
N.T.,
Dung,
RM., Mua, L.T, Tien, H.T.,
and Nghia,
ND.
Risk assessment of mercury in
Alta Floresta
Amazon Basin
......................................229
Hacon, S.,
Rochedo,
E-RJR.,
Campos,
R.,
and
Drude
de Lacerda, L.
Some theoretical and applied aspects of
technogenic
mercury in soil
.............................230
Korshun, M.N.
Toxicity
and hazard of inorganic mercury derivatives (experimental data)
.......................231
Trachtenberg,
M.,
and Korshun, M.N.
Studies on problems of mercury hazard for human health in Ukraine
............................232
Trachtenberg,
M.
Sensitivity of mercury exposure calculations to physical and biological parameters
............233
Levin, L, Seigneur, C, and Whipple,
С
Science panel on the bioavailability of mercury in soils
......................... 234
Canady, R.A., Hanley, JJE., and
Susten, A.S.
Application of neutron activation analysis for the determination of mercury in head
hairofBrazmanpopulauonalgroupsatriskofmercurycontamination
235
Vasconcellos,
Μ,ΒΑ,
Saud,
M.,
Fávaro, D.I.T., and
Paletti,
J.
..................*.......
: Variability in
.................................................
236
Analytic
-
I
..........
*****·*·······............ 237
ГГГГ
Biester,
H.,
and
Eicher,
I.
.............................................................239
ЇЇЙЙА
W»
of
Cabral
de
Goes, M.A.
.........................................................240
^.
.............242
,H.,
В
........................................ 243
.....................................244
xvu
A comparison of extraction and aqueous phase ethylation for the determination of
methylmercury
..........................................................................................245
Petri, B.M., Mierle,
G.,
and McQueen,
DJ.
A fully automated atomic fluorescence system for the determination of-mercury in
the environment from 10 14to
IO 5
gms/litre
.........................................................246
Stockwell,
RB.,
and Coras, W.T.
Use of an instrument based on atomic fluorescence to measure mercury levels in na¬
tural gas plants incorporating mercury removal systems
...........................................247
Stockwell,
PJB., Corns, W.T., and Cameron,
С
Methylmercury analysis in hair samples from Amazon done in Brazil
.....................248
Malm, O., Akagi, H., Kherig,
H.A.,
and
Guimarães
ЈЛ
J).
Determination of total mercury in sediment samples from
Serra
Do
Navio,
Amapa,
Brazil, by radiochemical neutron activation analysis
...............................................249
Gonçalves,
С,
Fávaro,
DJ.T., Vasconcellos,
M-B.A.,
Oliveira, S.M.B.,
Fortier, A.H.,
and
Guimarães, J
.R.
Solvent extraction of mercury with neotetrazolium
chloride
in soils
..............................250
Kamburova, M.
A simple solvent extraction technique for elimination of matrix interference in the
determination of methylmercury in environmental and biological samples by
ethylation/GC/CV AFS
.................................................................................251
Liang, L.,
Horvat,
M.,
Cemichiari,
E.,
Gelein,
В.,
and Balogh,
S.
Measuring of free mercury vapour concentration in topsoil air
-
a quick and
effective method of estimating the degree of technogenical contamination by
mercury
..................................................................................................252
Vareikiene, O.
Determination of trace levels of total and methylmercury in fish and biological
materials
..................................................................................................253
Thantry,
S.S.,
Walvekar,
Α,Ρ.,
Maiti,
В.,
Ali, M.M.,
and Sudersanan, M.
A new method for
ultratrace
total mercury determination in water
................................254
Urba,
Α.,
Kvietkus, K.
Improved atomic fluorescence mercury analyzer
....................................................255
Kvietkus, K. and
Šakaly, J.
Determination of methylmercury in sediment and fish tissue with HPLC-UV-PCO-
CVAAS after distillation and on-line RPC1
8
preconcentration
...................................256
Eiden,
R.
and
Schöler, HJF.
An evaluation of steam distillation for isolating methylmercury from waters,
sediments and biological tissues
......................................................................257
Bowles, K. and
Apte, S.
Row-through stripping coulometry for calibrationless determination and speciation
of mercury
...............................................................................................258
Beinrohr,
E.,
Kozáková,
E., Dzurov, J., and
Kottas,
P.
Mercury environment monitoring
.....................................................................259
Ozerova, NA, Antipov,
A.B.,
Genina, RYu., Melnikov, N.G., and Kashkan, G.V.
The peculiarities of analytical signal formation after desorption of mercury from
collector
..................................................................................................260
Tatsy, Y.G., and Stakheev, Yu.I.
The problem of accuracy of mercury determination in environmental samples
..................261
Tatsy, Y.G., and Stakheev, Y.I.
xviii
1-Alkynes as Versatile Derivatizing Agents for the Analysis of Mercury
(П)
and
MethylmercuryOQ)
......................................................................................26^
Fabbri,
D.,
Gottarelli,
MC,
Lombardo,
M.,
Trombini,
C, Vassura,
L,
Bolletta,
F.,
Prodi,
L.,
and
Zaccheroni,
N.
Quest about extraction specificity of SS-Na^ for HgS
......................................... 263
Yao, A. and Qing, Ch.
Effect of temperature on the growth of mercury on gold and silver (111) surfaces
-
an STM study
............................................................
2¿¿
Levlin, M., Laakso,
Α.,
Pärkkä, M.,
and
Laitìnen,
T.
Speciation
methods for evaluating human exposure to mercury due to gold
minine
2fis
Akagi,K,ßnjo,Y.,andHaraguchi,K. ...........
Determination of organic mercury in biological samples using ion exchange
separation
.....................
β
Celo, V, Babi,
D.
Baraj,
В.
.......................................................................
266
.............«.
^^
Network:
QA/QC
Welker,
M.,
and Vermette,
S............................................................................
269
Gemimki,w.,Micliel,U.,andSchni¿D............................................................
271
272
^·;ΐ
...............................................274
276
.............277
278
XIX
Sample
pretreatment
system
for the reduction of mercuryCII) chloride to metallic
mercury vapor and on-line atomic absorption determination system in the
combustion flue gases
..................................................................................280
Siemens, V., Kvietkus, K., Urba,
Α.,
and Larjava, K.
The effects of acid on mercury vapor oxidation on activated carbons
............................281
Olson, E.S., Shama, R.K., and Young,. B.C.
A critical evaluation of a wet-only precipitation collector designed for network
operation for mercury and trace elements
............................................................282
Landis,
M.S. and Keeler, GJ.
The determination of inorganic ionic mercury down to
5 ·
lO^mol
ľ1
by
differential-pulse anodic stripping voltammetry
.....................................................283
Meyer, S.,
Scholz, F.,
and
Tritüer,
R.
Traps and pitfalls of the distillation/ethylation and distillation/ carbamat-
complexation methods for MeHg determination
....................................................284
Hintelmann, H., and Falter, R.
Contaminated Sites
-
L
........................................................285
Atmospheric mercury in abandoned mine structures and restored mine buildings
..............286
Ferrara,
R.,
Maseru, B.E.,
Mazzolai,
В.,
and
Di
Francesco,
F.
Vegetation on contaminated sites near
a Hg
mine and smelter
.....................................287
Banasova,V.
Response of mercury in fish to decreased concentrations and loading of inorganic
mercury in a small stream
..............................................................................288
Southworth, G.R., Turner, R.R., Peterson, MJ., Bogle, M.A., and Ryon, M.G.
Natural Mercury Resources in Kyrghyzstan
.........................................................289
Osmonbetov, K.O.
Contamination of the Kyrghyz Tjan-Shan as the result of mercury, gold and silver
mining
....................................................................................................290
Asanov,
U.A.,
Abdraimov,
S.A.,
Osmonbetov, K.O.
Trophic transfer coefficients of mercury within the Clear Lake aquatic ecosystem,
California
................................................................................................291
Suchánek,
Т.Н.,
Woodward, L.A., Mullen, L.H.,
Brister, L.L.,
Woodmansee,
CE.,
Richerson, PJ., and
Slotton, D.G.
Development of a Site-Specific Sediment Quality Value for Mercury in Onondaga
Lake, New York
........................................................................................292
Becker,
D.S.,
and Bigham, GJN.
Mercury partitioning and transport in the Fox River, Wisconsin USA
...........................293
Cowell, S.E., Hurley, J.P., Shafer, M.M., Hughes,
P.E.,
and Sonzogni, W.C.
Management of oil and gas industry sites contaminated with mercury
...........................294
Harju, J.A., Charlton,
D.S.,
Evans, J.M., Deyell, D.
Evaluation of total mercury loading to Onondaga lake via tributaries
.............................295
Henry,
Ε,Α.,
Dodge-Murphy, LJ., Driscoll, C.T., and Wang, W.
A food-chain model for development of remedial goals for mercury in sediment of
east fork poplar creek, Oak Ridge, Tennessee
......................................................296
Hadden,
CT.,
Mitz.S.V., Burns, T.P., and Cornaby,
B.W.
Total mercury and methylmercury levels in fish and otter scats from the
departement
Madre de Dios,
Pera
-
A risk for the giant otter (Pteronura brasiliensis,
Carnivora,
Mammalia)?
..............................................................................................297
Gutleb, A-C, Schenck, C, and Staib, E.
xx
Evaluatíon
of
йееп«^епЫ
impacts
of the
piesenœ
of
шегсшуіпйс
Lagoon
of
Aveiro
.................................;···.........................
Boia,
СМ.,
Pereira, M.E., and Duarte,
A.C.
Recovery of Hg-contaminated Aquatic Systems: Role of Mercury-resistant Bacteria
........299
Turner,
Rü.,
and Barkay, T.
Rapid field screening for mercury in contaminated sous: met
evaluation
...............................................................................
Turner, R-R., and Morris, M.
Mercury in sous and plants from fields surrounding Estarreja channel
(Aveiro
Lagoon-Portugal) contaminated by a chlor-alkah plant effluent
Tavares,
CF.,
Pereira,
МЛ,
Duarte,
A.C.,
and Millward, GJE.
Evidence of mercury contamination in the
Ш
river (North-eastern France)
......................302
Probst LL, MesssaKfa
Α.,
Krempp G., and Behra P.
Mercury contamination in
Sepeüba
Bay
..............................................................303
Marins, R.V., Paiva,
RC, and
Lacerda, L.D.
Application of chemical speciation data in the discrimination of natural and
anthropogenic mercury sources in the Jordan Creek and Owyhee reservoir system
of Idaho and Oregon, US A
............................................................................304
Lechler PJ., and Miller, J.R.
A review of the advanced technology available for the abatement of mercury
pollution in the metallurgical industry
................................................................305
Mukherjee,
A.B.
Mercury in lake sediments in the border areas between Russia and Norway
....................306
Dauvalter, V., and Rognerad, S.
The lagoon of Ravenna: Characterization of mercury-contaminated sediments
.................307
Fabbri,
D.,
Felisatti,
О.,
Lombardo,
M., Trombini,
C, and Vassura, I.
Fate and turnover of mercury
in
Hg°-polluted
sewer
sediments
..................................308
H.
Biester
Stratigraphy of mercury in depositional sediments in the contaminated Sudburv
River (Massachusetts, USA)
..............................................
J
309
Wiener,
LG.,
Rada,
R.G., Frazier, B.E., and
Engstrom, D.R.
Bioavailability of sediment-associated mercury to Hexagenia Mavflies in the
contaminated Sudbury River (Massachusetts,
USA^fľ.^
310
Naimo,
TJ.,
Wiener, J.G., Cope, W.G., and Bloom, N.S.
!.!
тегсшу
in a «
Malm,
O,Fonseca.
МД,
»»,„„,
РЖ,
Ва^ІлГапаріпю
RN
.............................
з»
314
3.5
3.6
XXI
Remediation of a mercury-contaminated site in Egypt.
.............................................317
Meschede, Th.
Remediation of mercury contaminated East Fork Poplar Creek watershed in Oak
Ridge, Tennessee, USA
...............................................................................318
Page, D.G.
River seepage and groundwater contamination with mercury: the case of the upper
Rhine floodplain
........................................................................................319
Roeck, U., Tremolieres, M., and Carbiener, R.
Evaluation of two
précipitants
for treatment of mercury
...........................................320
Henke, K.R.
Mercury in the town of Idrija (Slovenia) after five hundred years of mining and
smelting
..................................................................................................321
Miklavcic, V.
Removal of mercury from batteries
...................................................................322
Fricke,
Л.
Retention of total and methyl mercury by urban sewage treatment facilities
.....................323
Bodaly,
R.A., Rudd, J.W.M., and Flett, RJ.
Total mercury concentrations in rivers and streams of historic U.S. placer gold
mining districts
..........................................................................................324
Mastrine, J., Bonzongo, J.-CJ., Lyons,
WJł,
Lechler, P., Miller, J., and Warwick, J.T.
Mercury contamination in an abandoned industrial site in
São
Paulo, Brazil
...................325
Cunha,
R.CA., Almeida, N.A., Marker,
Α.,
and Hempel, M.
Determination of total mercury and speciation of inorganic and organic mercury in
river sediments of a gold mining area in Colombia, South America
..............................326
Stummeyer, J., Wippermann,.
T.,
Zinner,
Њ-Ј.,
Hărăzim,
В.,
and
Tacke, K.-D.
Criteria for the recognition of „natural mercury: An example from central british
columbia
.................................................................................................327
Plouffe, A.
Mercury speciation and partitioning in three open-pit mine lakes in Nevada, USA
.............328
Atkins, D., Kempton, H., and Maley, P.
Distribution of total and methyl mercury in a creek ecosystem near Bombay
...................329
Pandit,
G.G.,
Tripathi, R.M., Jha, B.K., and Krishnamoorthy, T.M.
Mercury contamination in the vicinity of an industrial emission source in Slovakia:
concentration levels in vegetation and soil and speciation in soil as evident from
sequential extractions
...................................................................................330
Hellström, F.,
Steinnes,
E.,
and Mankovska, B.
Mercury decontamination in Germany with examples from BSL (former BUNA
works)
....................................................................................................331
Richter-Politz, I.
Residence sites of mercury in humus and till near a smelter at
Flin Flon,
Manitoba,
Canada
...................................................................................................332
McMartin, I., Henderson, PJ., Hall, G-E-M., Walker, D., and Percival, J.B.
Electroleaching of residues containing mercury. Part I: A pilot plant experience in
the
amazon
region
.......................................................................................333
Sobral,
L.CS.,
dos
Santos, R.L.C., Hempel,
M.,
and
Thöming,
J.
Influence of climatic factors on the extent of mercury contamination of the
environment at gold mining in Zabaikalye
...........................................................334
Laperdina, T.G., Melnikova, M.V., and Khvostova,
Т.Е.
xxii
Mercury pollution
associated with
artisanal
mining on lake
Victoria Goldfield, in
Tanzania.
.................................................................................................335
Kinabo, C.
Mercury
in Gas and Oil Deposits.....................................................................
336
Ozerova,
NA,
Mashynov,
NJL,
Pikovsky,
Yu.1.,
Ryzhov, V.
V., Ganeev,
A.A.,
Sholupov, SJS., Chernova, A£., Leonthev,
LA.,
Zherebtsov,
Yu.D.
and Dobryansky, L.A.
The role of mercury in the impact of pollution mechanisms on boreal forest
....................337
Goltsova, N.I., Mashyanov, Nil., and Pitulko,
V.M.
Removal of mercury from gases by modified zeolites in a stationary bed
.......................338
Petzoldt,
0.,
Fell,
HJ.,
and
Bräuer, H.W.
Mercury legacy of the California gold rush: Biotic mercury trends throughout the
historic gold mining region of the Sierra Nevada
...................................................339
Slotton, D.G., Ayers, S.M.,
Reuter,
ЈЛ,
and Goldman, CJR.
Removal of Mercury from Contaminated Materials and Soils with the Help of
Vacuum Evaporation
..........................................................
34q
Gaedicke, H.,
DUI, O.,
and
Edelmann, Chr.
Aquatic Systems
-
1
.............................................
341
^^^ ^^
.............
Saprykin,
Α.,
and Vizhin, V.
............................................
...............343
345
347
t.^
34,
Ä^L ·CJ-
^Ѕ
Ä
G* Y
St.
roiľÄ
Ю1тее «
p o the
„pp,*
MssiM.
atogh St
il ű
.............................
^ Mississippi,Minnesota,and
snit Meyer M
...................................... 350
St.
CroiľÄ
Ю1тее ««»У
inputs to the
„pp,*
MssiM.
Batogh St.
il ű
.............................
^ Mississippi,Minnesota,and
sn.it., Meyer, M,
ала
Johnson, D.K ......................................
xxiii
Deposition and export of atmospheric mercury in a small forested watershed in the
Lake Champlain basin in northern Vermont
.........................................................354
Scherbatskoy,
T.,
Shanley, J., and Keeler, G.
The processing of mercury in forested ecosystems
.................................................355
Rea,
A. W.
and Keeler,
G
J.
Turnover of methylmercury and mercury in boreal catchments in Scandinavia
.................356
Lee, Y.-H., Munthe, J., Hultberg, H, Bishop, K.H.,
Verta,
M.,
and Iverfeld, A.
The effect of selenium on
bioaccumulation
of methylmercury to benthic organisms
in lake sediment
.........................................................................................357
Nuutinen S., and Kukkonen J.
Complexation of methylmercury by freshwater humic substances
...............................358
Hintelmann, H., Welbourn,
P.M.,
and Evans, R.D.
Regional patterns of mercury concentration in snowpack, sphagnum, and fish in
northeastern North America
...........................................................................359
Haines, T.,
Mower,
В.,
and Perry, R.
Recovery of labile methylmercury in the presence of aquatic humic substances and
commercial humic acid
.................................................................................360
Monson, B.A., Hu, J., and Brezonik, PI.
Study on the forms of organic-Hg in the soil
........................................................361
Yao,
Α.,
and Qing, Ch.
Mercury and vanadium levels in sediment from a dredged zone in the Lake
Maracaibo strait (Venezuela)
...........................................................................362
Romero, M.E., Bernard, M.B., and
de Bautista,
S.H.
Mercury levels in water and sediments from Sinamaica Lagoon and its inflows
(Venezuela)
..............................................................................................363
Colina,
M.,
Oliveros,
S., Marquez,
R.,
and
Ledo,
H.
Effect of
sulfide
on mercury chemistry: solubility, sorption, methylation
.......................364
Melamed, R.,
Paiva,.
E.C., and Villas Boas, R.C.
Phosphate-background electrolyte interaction affecting the transport of mercury
through a Brazilian oxisol
..............................................................................365
Melamed, R. and Villas Boas, R.C.
Mercury in an Arctic lake basin Cornwallis Island, Canada
.......................................366
Semkin, R.G., Neureuther, R. J., and
Mierle,
G.
Mercury and methylmercury in the River
Yare,
Norfolk, U.K
...................................367
Downs, S.
Mapping of mercury pollution in sediment of central India
........................................368
Patel,
K.S.,
Patel,
R.M., Tripathi,
АЛ.,
Chandrawanshi,
С
Jí.,
and Aggarwal, S.G.
Aquatic Systems
-
II
...........................................................369
Predicting the rate of decline offish mercury levels in hydroelectric reservoirs of
various age and size in Newfoundland, Canada
....................................................370
French, KJ., Anderson,
МП.
,
Scruton, D.A.
,
and Drew, LJ.
Total and Methyl Mercury in the Microlayer and Bulk Water of Lake Michigan:
Implications for Trophic Cycling
.....................................................................371
Cleckner, L.B., Keeler, GJ., Hurley, J J»., and Meier P.G.
Mercury concentration and distribution in Lake Michigan
.........................................372
Sullivan, K.A., and Mason, R.P.
XXIV
Mercury and methylmercury accumulation in
zooplankton in
hydroelectric
reservoirs of northern
Québec,
Canada
..............................................................373
Tremblay,
Α.,
and Lucotte, M.
Mercury biogeochemistry in a natural lake receiving water from a flooded system in
northern
Québec
.........................................................................................374
Kainz, M., and Lucotte, M.
Total mercury and methyl mercury accumulation in suspended particulatematter and
plankton of a flooded system of northern Quebec (Canada)
.......................................375
Montgomery, S., Lucotte, M., and Rheault, I.
Mercury stratigraphy in lake sediments in Finnish Lapland
.......................................376
Mannio, L,
Verta,
M,
Witick,
Α.,
and
Porvari,
P.
Development of fish mercury concentrations in Finnish reservoirs during
1979-
1994......................................................................................................377
PorvariJ*.
Mercury accumulation in yellow perch in a Wisconsin (USA) seepage lake after
alkalization by groundwater addition
.................................................................378
Wiener, J.G.,
Rada,
R.G., Frazier, B.E., and
Engel,
S.
Fluxes of mercury to lake sediments in central and northern Canada inferred from
dated sediment cores
...................................................... 379
Lockhart,
W.L., Wilkinson, P.,
Daneil, R.A.,
and Hunt,
ssszttteìsttxstttt
...........
38°
^^ÄtCÄr^r^™1 ·
................
381
Watras,
(^„Morrison,
K.
Α.,
and¡Backï.
¿.Č.
..........................................................
383
Aquatic
Systems
-
Щ
.......................................385
............................386
.............388
..........................389
be Teletskoye
..........................390
.392
xxv
Mercury bioaccumulation
in the Lake
Baikal
trophic chain
........................................393
Grosheva, E.,
Beim,
Α.,
and Renzoni, A.
A new principle of mercury
bioidentification
in fresh water
.......................................394
Tonkopii,
V, Petrova,
Ν.,
Iofïna,
I,
Slotina,
S,
and Zaitsevy, I.
Enhanced
bioaccumulation
of mercury in the marine mesopelagic environment
................395
Monteiro,
L.R., Costa, V., Furness, R., and Santos, R.S.
Dietary mercury, temperature and growth effects on fish metabolism and mercury
dynamics in six Ontario lakes
.........................................................................396
Harris, R.C., and
Bodaly, R.A.
Mercury in the blood of beluga whales from the western Canadian Arctic
......................397
Hyatt,
CK., Trębacz,
E.,
Metner,
D.
Α.,
Wagemann, R., and Lockhart, L.
Use of stable isotopes of carbon and nitrogen to investigate mercury
biomagnification and pathways in the food web of an experimentally flooded
wetland
...................................................................................................398
Embury, J.D.
The effects of dissolved phosphorous and humic substances on the bioavailability
of methylmercury to algae: preliminary studies to establish boundary conditions
..............399
Moye, HA., Szabo,
N..
and Phlips, E.
Inorganic mercury and methylmercury
bioaccumulation
and distribution in two
benthic freshwater species
-
Hexagenia
rigida
and Corbiculaflwninea
-
after
exposure to the water column or sediment sources
.................................................400
Inza,
В.,
Rouleau,
C, Tjälve, H.,
Campbell,
P.G.C.,
Pelletier,
E.,
Boudou,
Α.,
and Ribeyre
F.
Experimental study of the combined effects of
pH
and salinity on inorganic mercury
and methylmercury
bioaccumulation
and
toxicity
in the green shore crab (Carcinus
maenas)
..................................................................................................401
Laporte J.M., Ribeyre
F.,
Trachot J.P., and
Boudou
A.
The influence of HgCl2 on the development of seven kinds of micro-organisms in
soil
........................................................................................................402
Li, M.
Mercury concentrations in tropical (Amazon) and boreal freshwater fish: natural
spatial variability and pollution effects
...............................................................403
Meili, M., Malm,
O., Guimarães, J.R.D.,
Forsberg, B.R.,
Padovani, C.R.,
Viana, J.P.,
and
Silveira,
E.G.
Bioaccumulation
of mercury in tropical river food webs (Amazon): Similar patterns
as in boreal lakes
........................................................................................404
Meili, M., Malm,
O., Guimarães, J.R.D.,
Padovani,
C, Forsberg, B
Л.,
Viana, J.P.,
and
Silveira,
E.G.
Bioaccumulation
of methylmercury by phytoplankton and
zooplankton
along
experimental gradients of lake eutrophication, acidification and liming
..........................405
Sundbom, M., and Meili, M.
Spatial variation in total and methyl mercury concentrations in otter (lutra
canadensis) in Central Ontario, Canada
..............................................................406
Evans, R.D., and Addison, E.M.
Aquatic Systems IV
............................................................407
Changes in the mercury concentrations of northern pike, Esox lucius L., in small
Finnish forest lakes in a ten year period
..............................................................408
Rask,
M., Lodenius, M.,
Nyberg, K.,
Korhonen,
H., and
Vena, M.
Mercury in alligators (Alligator mississippiensis)
in the southeastern
United States
...........409
Jagoe, C.H., Beverly, A.-H., Yanochko, G.,
Winger, P., and Brisbin Jr.,
II.
XXVI
Мегсшу
studies
in the Everglades Nutrient Removal area
.........................................410
King,
S.A.,
Mües,
CJ., Krabbenhoft, DP., Hurley, J.P., and Fink,
.
Evolution of mercury levels in fish of the La Grande hydroelectric complex,
Québec
(1978-1994).............................................................................................
4U
Langlois,
С,
Doyon, J.F., Schetagne, R., and
Verdón, R.
Microbial formation of dimethylmercury and dimethylmercury sulfides in sediments
.........412
Baldi,
F.,
and Filippelli, M.
Molybdate inhibition of sulphate reducing bacteria grown without sulphate and its
implications for understanding mercury
methylaüon
results in low sulphate
environments
............................................................................................413
Meichel, G., Maurice, R., Kelly, C, and Sparling, R.
A laboratory study about mercury photochemistry in natural waters
.............................414
Costa, M.
The use of
biomarkers
in the prediction of mercury methylation activity in natural
substrates
................................................................................................415
Regnell,
0.,
and Tunlid, A.
Patterns of mercury contamination in Ontario lakes, using 1-kg northern pike (Esox
luciusL.) as the indicator species
.....................................................................416
Innanen, S.
Time-course spedation of mercury released during the natural decay of fish tissue
inrresnwater
Bloom, N.S., and
Kuhn, E.S.
f H ation
»
a
ПооарШ
lake of the
Guimarães,
J.R.D., Roulet,
M.,
and Lucotte.M.
........................................................
Mercury in fish from some Brazilian estuaries
.............
41Q
Kehrig, H.,
Moreira,
L, and Malm,
0. ....................................................
ад
age·
Harris, R.C., and Watras,
С
J.
.......................................................
420
Harris, R.C.Beals,
DJ.,,
HutehinsonrD^andB^R^
...........................................
421
Mercury in the fish from the eastern Adriatic
Culln,S.,Zvonaric,T.,andOdzakN ........................................................
422
.......................423
lSSZïïF
«« analyses
TracHM., and
Rasmussen, J.B.
...............................................................424
427
xxvii
Aquatic cycling of mercury in the everglades:
1995
Findings from the ACME
.................429
Gilmour, C.C, Krabbenhoft, DP., Hurley, JP., Olson, M., Garrison, P., Cleckner, L.,
King, S., Gill, G., Stordal, M.,
Spiker,
E.,
Simon,
Ν.,
Oremland,
R.,
and
Di Pasquale,
M-M.7
Mercury
methylation
by
IronCEDO-reducing
bacteria
................................................430
Gilmour,
C.C,
Riedel,
CS.,
and
Coates, J.D.
Distribution of mercury along nutrient gradients in Florida Everglades Marshes,
USA
.....................................................................................................431
Scheidt,
DJ.,
Jones, R.D., and
Stober, QJ.
Accumulation of waterborne Hg(H) in the brain of rainbow trout
(Salmo gairdneri)
by axonal transports whole-body autoradiography study
.........................................432
Rouleau, C, and
Tjälve, H.
Kinetics and body distribution of waterborne ^HgCII) and
СНз,
^HgCII)
in
Phantom midge Larvae (Chaoborus americanus) and effects of chelating agents
...............433
Rouleau, C, Block, M., and
Tjälve, H.
The effects of eutrophication on the distribution of mercury in the wetland soils of
the Everglades (Florida, US A)
........................................................................434
Vaithiyanathan, P., Barber, M. L, Richardson,
C. J.,
and
T.
Barkay
Inorganic mercury and monomethyl mercury in a Scandinavian
podzol
soil: A study
of
translocation
and evaporation processes
..........................................................435
Schlüter,
K., Gäth,
S., Seip, H.M.,
and Alstad,
J.
Mercury Pollution in the Great Barrier Reef lagoon, Australia
....................................436
Walker, G. St., and Branskill,
G. J.
Atmosphere
-
1
..................................................................437
Gradient of atmospheric mercury concentration from central Germany to central
Sweden
...................................................................................................438
Schmolke, S.R., Schroeder, W.H.,
Kock,
H.H.,
Schneeberger, D., Munthe, J., and Ebinghaus,
R.
The effect of paniculate adsorption on mercury atmospheric chemistry
..........................439
Seigneur, C, Abeck, H.,
Chia,
G.,
and
Reinhard,
M.
The gas phase reactions between selected mercury species and the nitrate radical
..............440
Sommar,
J.,
Hallquist,
M,
and
Ljungström,
E.
On the reaction of gaseous elemental mercury (Hg°) with H2O2, O3, CHjI, and
(CH3)2S
..................................................................................................441
Tokos, J., Calhoun, J., Prestbo, E., and Hall, B.
Sorptive Behaviour of Mercury
(П)
and Methylmercury on Natural Air Paniculate
Matter in Precipitation
..................................................................................442
Bloom, N.S.
A comprehensive eulerian modelling framework for airborne mercury species:
current state and future direction in simulating long-range transport over Europe
..............443
Krueger,
0.,
and Petersen, G.
Identification of sources of atmospheric mercury in the Canadian Arctic using
potential source contribution function (PSCF) modeling
..........................................444
Cheng, M-D., and Schroeder, W.H.
Mercury deposition in continental Antarctica: Contrasting data from Victoria Land
biota
......................................................................................................445
Bargagli, R. andNelli, L.
xxviii
AnalysU of ambten,
тегсшу
levels in Sou*
Horida
during
Љ=
SUAMP
Proj«Ľ
a
meteorological approach
...............................................
Dvonch, J.T., Marsik, FJ., and Keeler,
G J.
Dry and wet deposition of
тегсшу
near a chlor-alkali plant
.....................................447
Martin Lodenius
Modelling of Airborne Mercury Transport in the Northern Hemisphere
.........................448
Galperin, M., Sofiev, M., and Mantseva, E.
Мегсшу
in combustion flue gas
-
A review
........................................................449
Hall,
В.,
and Wang, J.
Evaluation and verification of an eulerian, atmospheric fate and transport model of
mercury
..................................................................................................
45^
Pai,
P., Karamchandani, P., Seigneur C, Allan,
МЛ.,
and Saxena, P.
Atmospheric mercury deposition in the Baltic Sea region
..........................................451
Kvietkus, K., Urba,
Α.,
and Sakalys, J.
Mercury control and emissions from coal-fired power plants, results from the U.S.
Department of Energy toxic emissions study
........................................................452
Miller, St., Ness, S., Weber, G., and Brown, T.
Source Characterization in Support of Modeling the Transport of Mercury
Emissions in South Florida
............................................................................453
Stevens, R.K., Zweidinger, R., Edgerton, E., Mayhew, W., Kellog, R., and Keeler.G.
Atmosphere
-
II
.................................................................455
Mercury in rainwater of the North Sea and Baltic Coast in
1993
and
1994......................456
Holz,
J., and Kreutzmann, J.
termination of gas phase mercury in mediterranean atmosphere
...............................457
Onal, M., Tuncel, S., Tuncel, G.,
Aras, N.K.,
and Olmez, I.
Effect
of rainfaU exclusion on air/surface exchange rates of mercury over forest
.............................................
Advokaat.E.M., and
Lindberg,
SE. ....................................
modified bowen ratio (MBR).
....._
^*1110 flux
chamber and the
Casimir,
Α.,
Poissant,
L., and
Béron, P.
............................................................
¡amended soil..............
460
.461
^^.P^andFitzge^K ^^^^ms.......................
.464
.465
XXIX
Changes
of atmospheric mercury levels in Norway
................................................466
Pacyna, J M.
and Bexg, T.
The content of mercury in current-year needles of
picea abies
in Bohemia (Czech
Republic)
.................................................................................................467
Skuhravy, V.
Mercury in the ain pollution in Idrija, Slovenia
.....................................................468
Gosar, M,
Pire,
S., Šajn, R., Bidovec,
M., Mashyanov,
Nil., and Sholupov, SJE.
Atmospheric dispersion of mercury in the Amazon basin
..........................................469
Hacon,
S., de
Cassia M.
Alves,
R.,
Rochedo,
ЕЛЛ.,
Artaxo,
P., Campos,
R.,
and
Drude de
Lacerda, L.
The air-water exchange of mercury from two great waters
........................................470
Vette,
AJ and Keeler,
G J.
Total and reactive gaseous mercury measurements in
Rorida:
The FAMS project
.............471
Gill,
CA.,
Landing, W.M., Guentzel,
Л.,
Prestbo, E., and
Pollman,
CD.
The relationship between major anions and Hg in event precipitation: Seasonal and
source-related influences
...............................................................................472
Hoyer, M.E. and Keeler,
G J.
Mercury in the atmosphere of the United Kingdom
................................................473
D. S. Lee, G. J. Dollard, S. Peplar, S. Baker, K.
Playford,
R. D.
Kingdon,
G. Salway,
and
J.
Goodwin
Biogeochemical
Cycling
-
1
..................................................475
Mercury pollution in the Baltic
Sea
...................................................................476
С.
Pohl
Modelling of mercury cycling
inTrieste bay
(Northern Adriatic)
.................................477
Oirca,
Α.,
Rajar,
R.,
Harris, R.C.,
Horvat,
M., and Faganeli,
J.
Mercury
deposition resulting from the setting on fire of the grasslands
-
Estimation
of the total annual mercury deposition of the tropical northern
Pantanal
region, Cen¬
tral Brazil-
................................................................................................478
Tiimpling, jr., W.
von,
Wilken, R.-D., and Einax, J.
Field-Based Research on Mercury Releases in Five Aquatic Ecosystems;
Chesapeake Bay, Tampa Bay, Tennessee River,
Puget
Sound and Midway Island
Atoll
......................................................................................................479
Borener, S., and Maughan, J.
Mercury in bottom sediment of the Black Sea
.......................................................480
Kozlova, S.I.
Local scale mass balance of emitted anthropogenic mercury
......................................481
Lyon,
B-R, Rice,
CE.,
Keating, M., Bullock, Jr, OR., Cleverly, D., and Maxwell,
С
J.
Preliminary observations of colloidal mercury in an organic-rich estuary
.......................482
Guentzel,
JJĽ,
Powell, R.T., and Landing,W.M.
Influence of strong winds on mercury distribution in an aqueous section of a
stratified
Krka
River Estuary
..........................................................................483
Bilinski, H., Kwokal, , PlaWic, M., and
Bránica, M.
The
biogeochemical
cycling of mercury in the ocean
...............................................484
Mason, RP., Rolfhus, K.R., Vandal,
СМ.,
Sullivan, K.A., and Fitzgerald, WJF.
Mercury in the Chesapeake Bay watershed
..........................................................485
Mason, R.P., Sullivan, K.A., Scudlark,
ЈЛ.,
and Church, T.M.
Mercury in the southern Baltic Sea ecosystem
......................................................486
Pempkowiak, J., and Cossa, D.
xxx
Transport
and distribution of anthropogenic mercury in the Saguenay Fjord/St-
Lawrence system from preindustrial times to the present
..........................................487
Louchouam, P., Lucotte, M.
Mercury in the entire Baltic Sea, from a baseline study for trace heavy metals in the
water column
............................................................................................488
Schmidt, D.
The ratio of anthropogenic to natural mercury release in Ontario: three emission
scenarios
.................................................................................................489
Innanen, S.
The use of corals as historical recorders of mercury in the marine environment
................490
Horvat,
M.,
Mokhtar, M.B., Mandic, V.
,
Azemard, S., Bartocci, J., and Readman, J.W.
Mercury pollution in Trieste Bay
......................................................................491
Horvat,
R, Faganeli, J., Planine, R.,
Presene,
N., Azemard, S., Coquery, M.,
Sirca,
Α.,
Rajar,
R.,
Byrne, A.R.,
and Covelli,
S.
Seasonal and historical trends of total gaseous mercury (TGM) at Lone Island
Sound, CT, USA
.....................................................
6
492
Rolfhus, KJR., Lamborg,
CR,
and Fitzgerald,
W
J.
Mercury distribution
m
the surface sediments of the
Kaštela
Bay
...............................493
Odzak, N., Zvonaric,
T.,
and
Horvat,
M.
S,ľrf
А?
Ѕе^еп,1
тегсшу
ñux raüos
Ь
evaluating the regional and
circumarcùc
dimensions of mercury deposition..
494
Landers.
D.H.,
Cubala,
С,
Johansson,
К.,
Verta,
M., Lucotte,
м!,
and
Lockhai wl.................
Dissolved mercury distribution in the waters of the Baltic Sea
495
Cossa,D.,Pempkowiak,J.,Sanjuan,J.,
and
Sikora,
A.
....................................
fe
CyCling °f atmosPheric ™**y
і
northcentral
....................................................
496
..................................................
497
h
-Іприти,
budge,
4
.-
505
xxxi
|
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| spelling | International Conference on Mercury as a Global Pollutant 4 1996 Hamburg Verfasser (DE-588)2164405-6 aut Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] [ed. by: Ralf Ebinghaus ... GKSS Forschungszentrum] Mercury as a global pollutant Geesthacht 1996 XXXI, 521 S. txt rdacontent n rdamedia nc rdacarrier Nebent.: Mercury as a global pollutant Quecksilberbelastung (DE-588)4194421-5 gnd rswk-swf Umweltgift (DE-588)4186801-8 gnd rswk-swf Quecksilber (DE-588)4127830-6 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1996 Hamburg gnd-content Quecksilberbelastung (DE-588)4194421-5 s DE-604 Quecksilber (DE-588)4127830-6 s Umweltgift (DE-588)4186801-8 s b DE-604 Ebinghaus, Ralf Sonstige oth Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017103954&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] Quecksilberbelastung (DE-588)4194421-5 gnd Umweltgift (DE-588)4186801-8 gnd Quecksilber (DE-588)4127830-6 gnd |
| subject_GND | (DE-588)4194421-5 (DE-588)4186801-8 (DE-588)4127830-6 (DE-588)1071861417 |
| title | Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] |
| title_alt | Mercury as a global pollutant |
| title_auth | Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] |
| title_exact_search | Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] |
| title_full | Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] [ed. by: Ralf Ebinghaus ... GKSS Forschungszentrum] |
| title_fullStr | Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] [ed. by: Ralf Ebinghaus ... GKSS Forschungszentrum] |
| title_full_unstemmed | Fourth International Conference on Mercury as a Global Pollutant August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] [ed. by: Ralf Ebinghaus ... GKSS Forschungszentrum] |
| title_short | Fourth International Conference on Mercury as a Global Pollutant |
| title_sort | fourth international conference on mercury as a global pollutant august 4 8 1996 congress centre hamburg germany book of abstracts |
| title_sub | August 4 - 8, 1996 Congress Centre Hamburg, Germany ; [book of abstracts] |
| topic | Quecksilberbelastung (DE-588)4194421-5 gnd Umweltgift (DE-588)4186801-8 gnd Quecksilber (DE-588)4127830-6 gnd |
| topic_facet | Quecksilberbelastung Umweltgift Quecksilber Konferenzschrift 1996 Hamburg |
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