Keyphrases
Mercury
88%
Minnesota
81%
MeHg
61%
Sulfide
50%
Methylmercury
49%
Pore Water
38%
Hg Emissions
31%
Wild Rice
30%
Mercury Pollution
29%
Zizania Palustris
22%
Aquatic Ecosystems
22%
Lake Sediments
21%
Mercury Hg
21%
Atmospheric Mercury Deposition
21%
Sulfate Reduction
20%
Mercury Deposition
20%
Sulfate Addition
20%
Experimental Wetlands
19%
Minnesota River
19%
Lake Management
19%
Sedimentary pigments
19%
North America
16%
Peatland
16%
Surface Water
15%
Myxoxanthophyll
15%
Sediment Core
14%
Mercury Flux
14%
Atmospheric Hg
14%
Wildlife
14%
Sulfate Deposition
13%
Mercury Emission
12%
Accumulation Rate
11%
Blue-green
11%
Great Lakes Region
11%
Freshwater Wetlands
11%
Management Practices
11%
Remedial Operation
11%
Atmospheric Mercury
11%
Mesocosm Experiment
11%
Hydroponic Experiment
11%
Deposition Rate
10%
Boreal Peatlands
10%
Environmental Benefits
10%
Hg Flux
10%
Partial Least Squares Structural Equation Modeling (PLS-SEM)
9%
Mercury Accumulation
9%
Diverse Communities
9%
Wetland Sediment
9%
Load Shifting
9%
HgcAB
9%
Earth and Planetary Sciences
Minnesota
100%
Emissions
58%
Methylmercury
58%
Atmospherics
58%
Porewater
42%
Lacustrine Deposit
34%
Aquatic Ecosystem
26%
United States of America
24%
Peatland
24%
Surface Water
23%
Lake Management
19%
Accumulation Rate
19%
Macrophyte
14%
Sediment Core
14%
Primary Production
13%
North America
13%
Dissolved Organic Carbon
13%
Stratigraphy
12%
Mercury Contamination
12%
Mesocosm
11%
Organic Matter
11%
Geochemistry
11%
Great Lakes Region
11%
Phytoplankton
10%
Lake Chemistry
9%
Emission Control
9%
Fractionation
9%
Forest Soil
9%
Vermont
9%
Flood
9%
Atmospheric Deposition
9%
Diatom
9%
Organic Carbon
9%
Palynology
9%
Lake Superior
9%
Pollution Control
7%
Emission Reduction
6%
Combustion Chamber
5%