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Resuspension of mercury-contaminated sediments from an in-lake industrial waste deposit
Emmet M. Owens
,
Revital Bookman
, Steven W. Effler
, Charles T. Driscoll
, David A. Matthews
, Adam J.P. Effler
School of Marine Sciences
Research output
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peer-review
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Keyphrases
Resuspension
100%
Mercury
100%
Industrial Waste
100%
Contaminated Sediment
100%
Waste Deposit
100%
Sediment Trap
40%
Offshore Transport
40%
Temporal Variation
20%
Water Column
20%
Suspended Solids
20%
Mass Balance Model
20%
Wind Waves
20%
Pelagic Zone
20%
Wave Action
20%
Downward Flux
20%
Particulate Mercury
20%
Onondaga Lake
20%
Superfund
20%
Steady-state Mass-balance
20%
Steady-state Model
20%
Surface Wave Model
20%
Earth and Planetary Sciences
Resuspension
100%
Industrial Waste
100%
Transportation
60%
Sediment Trap
40%
Temporal Variation
20%
Water Column
20%
Pelagic Zone
20%
Superfund
20%
Surface Wave
20%
Chemical Engineering
Suspended Solid
100%