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Soil redox dynamics under dynamic hydrologic regimes - A review
Zengyu Zhang,
Alex Furman
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Corresponding author for this work
Research output
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Contribution to journal
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Review article
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peer-review
72
Scopus citations
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Engineering & Materials Science
Oxidation-Reduction
100%
Soils
59%
Nitrogen
8%
Redox reactions
7%
Hydrology
7%
Organic carbon
7%
Phosphorus
5%
Microorganisms
5%
Toxicity
5%
Electrons
4%
Impurities
4%
Physical properties
4%
Health
3%
Metals
3%
Water
2%
Chemical Compounds
Soil
64%
Redox State
10%
Chemical Species
10%
Redox Condition
6%
Nitrogen
5%
Organic Carbon
5%
Redox Potential
4%
Redox Reactions
4%
Heterogeneity
4%
Phosphorus(.)
3%
Chemical Element
3%
Compound Mobility
3%
Electron Transfer
3%
Environment
2%
Metal
2%
Reaction Yield
1%
Earth & Environmental Sciences
soil
32%
nitrogen
5%
redox conditions
5%
redox potential
5%
chemical
4%
microbial activity
4%
hydrology
4%
environmental conditions
3%
physical property
3%
organic carbon
3%
recommendation
3%
toxicity
3%
phosphorus
3%
electron
3%
health
3%
metal
2%
pollutant
2%
laboratory
2%
distribution
1%
water
1%
effect
1%
method
1%