Mercury methylation - Globe Thesis

Keyword [Mercury methylation] Result: 1 - 20 \| Page: 1 of 2
1.	Factors Influence Mercury Methylation In Sediments From The Eutrophication Reservoir In Guizhou Province
2.	Research On The Role Of Sulfate-reducing Bacteria To Mercury Methylation In Soil Of The Water-Level-Fluctuating Zone Of The Three Gorges Reservoir Area
3.	Effects Of Dissolved Organic Matter On The Methylation Of Mercury In Soil Of The Water-level-fluctuating Zone Of The Three Gorges Reservoir
4.	The Influence Of Aquaculture On Mercury Speciation Change In Aquatic Environment
5.	Characteristics Of Soil Microbial Populaion Of Mercury Methylation Microorganisms In Rice Paddies In Typical Mercury Mining Area Of China
6.	The Influence Of Aquaculture On Mercury Speciation Change In The Sediment
7.	Distribution Of Low-molecular-weight Organic Acids And Their Effects On The Mercury Methylation In A Water-level-fluctuating Zone Of The Three Gorges Reservoir Area
8.	Characteristics Of Microbial Mercury Methylation In The Soils And Sediments Of Three Gorges Reservoir And Nam Co Lake
9.	Effect Of Dissolved Organic Matter On The Change Of Mercury Form In Fish Culture Area
10.	The Role Of Typical Algae In Mercury Methylation In Karst Waters Of Guizhou Province
11.	Methylation And Demethylation Of Mercury In Rhizosphere Soil By Double Isotope Trace Method
12.	Sulfate-reducing bacteria involvement in mercury methylation in water column and floating macrophytes rhizosphere
13.	Biogeochemical Controls on Environmental Mercury Methylation
14.	Biogeochemical factors influencing net mercury methylation in freshwater systems
15.	Spatial and temporal variation in mercury methylation in sediment and water of Farmington Bay of the Great Salt Lake, Utah
16.	Mercury methylation beneath an in-situ sediment cap
17.	Investigations into the mechanisms of biotic and abiotic mercury methylation
18.	Uptake and methylation of mercury in planktonic and biofilm cultures of sulfate-reducing bacteria
19.	A comparative study of mercury speciation and the vertical movement of newly added mercury across the mercury methylation layer in three contrasting wetlands
20.	Effect of various biogeochemical processes on mercury methylation in copper-zinc and gold mine tailings
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