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Sulfate-reducing prokaryotes in river floodplains
M. Miletto
Onderzoeksoutput
:
PhD Thesis (Proefschrift)
›
PhD thesis (Proefschrift)
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Keyphrases
Sulfate-reducing Prokaryotes
100%
River Floodplain
100%
Sulfate-reducing
66%
Sulfide
50%
Floodplain
50%
Sulfate Reducers
50%
Polymerase Chain Reaction-denaturing Gradient Gel Electrophoresis (PCR-DGGE)
33%
Floodplain Soils
33%
Microbes
16%
Community Members
16%
Reed
16%
Management Practices
16%
Plant Growth
16%
Metabolism
16%
Anoxic Conditions
16%
Microbial Community
16%
Rhizosphere
16%
Molecular Analysis
16%
Flooded Soil
16%
Polar Lipids
16%
Lipid Derived
16%
Environmental Impact
16%
Desulfobacteraceae
16%
Lagoon
16%
Desulfobulbaceae
16%
Analytical Techniques
16%
Freshwater Environment
16%
Molecular Techniques
16%
Polyphyly
16%
Biogeography
16%
Flooding Events
16%
High-throughput Screening
16%
Microbial Sulfate Reduction
16%
Wetland Plants
16%
Low Abundance
16%
Potential Response
16%
Fatty Acid Analysis
16%
Microarray
16%
Polyphasic Approach
16%
Sulfate Concentration
16%
Glyceria Maxima
16%
First Week
16%
Anaerobic Microorganisms
16%
Microcosm Experiment
16%
Biogeographic Patterns
16%
Changing Environmental Conditions
16%
Riverine Areas
16%
Wetland Restoration
16%
River Management
16%
Biodiverse
16%
River Regulation
16%
Fermentation Products
16%
Rich Water
16%
Desulfovibrionaceae
16%
Desulfosarcina
16%
Physicochemical Characteristics
16%
Screening Tool
16%
Environmental Settings
16%
Microbial Guilds
16%
Phosphate Release
16%
Agricultural and Biological Sciences
Sulfate
100%
Floodplains
100%
Microorganism
20%
Sulphate Reducer
20%
Sulfide
20%
Denaturing Gradient Gel Electrophoresis
13%
Polymerase Chain Reaction
13%
Rhizosphere
6%
Biogeography
6%
Microbial Community
6%
Fatty Acid
6%
Desulfomonile
6%
Desulfobacteraceae
6%
Desulfobulbaceae
6%
Wetland Plants
6%
Desulfobacter
6%
Glyceria maxima
6%
Desulfovibrionaceae
6%
Desulfosarcina
6%
Immunology and Microbiology
Sulfate Reducer
100%
Polymerase Chain Reaction
20%
Microorganism
10%
Plant Growth
10%
Salinity
10%
Biogeography
10%
Desulfobacter
10%
Anaerobic Bacterium
10%
Desulfobulbaceae
10%
Desulfobacteraceae
10%
Desulfovibrionaceae
10%
High Throughput Screening
10%