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High spatial and fast changes of iron redox state and phosphorus solubility in a seasonally flooded temperate wetland soil
Michael Prem,
Hans Chr. Bruun Hansen
, Walter Wenzel, Lisa Heiberg,
Helle Sørensen
,
Ole K. Borggaard
Section for Environmental Chemistry and Physics
Department of Mathematical Sciences
Geography
10
Citations (Scopus)
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Dive into the research topics of 'High spatial and fast changes of iron redox state and phosphorus solubility in a seasonally flooded temperate wetland soil'. Together they form a unique fingerprint.
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Agriculture & Biology
agricultural soils
23%
dates (fruit)
16%
iron
46%
meadow soils
33%
oscillation
21%
phosphorus
47%
rivers
33%
sampling
15%
soil
32%
soil solution
24%
solubility
57%
sorption
44%
spatial variation
22%
temperate soils
99%
temporal variation
22%
wetland soils
100%
wetlands
20%
Earth & Environmental Sciences
agricultural soil
13%
flooded soil
18%
iron
42%
meadow
12%
oscillation
10%
phosphorus
45%
redox conditions
14%
river
12%
sampling
14%
soil
27%
solubility
53%
sorption
20%
spatial variation
10%
temporal variation
10%
wetland
49%
Chemical Compounds
Phosphorus(.)
52%
Redox Condition
13%
Redox State
73%
Reduction
20%
Sampling
15%
Soil
53%
Solubility
40%
Sorption
12%
Time
3%