Keyphrases
Nitrate Reduction
100%
Denitrification Potential
100%
Redox Dynamics
100%
Dynamic Reduction
100%
Drained Soils
100%
Total Nitrogen Concentration
66%
Reduction Mechanism
50%
High Electrical Conductivity
50%
Piezometer
50%
Redox Environment
50%
CN Ratio
33%
Water Samples
33%
High Clay Content
33%
N Load
33%
Targeted Site
33%
Unsaturated Zone
33%
Redox Probe
33%
Topographic Slope
33%
Conductivity Values
33%
Denmark
16%
Soil Water Content
16%
Nitrate
16%
Clay Content
16%
Artificial Drainage
16%
Drain Discharge
16%
N Removal
16%
High-resolution
16%
Nitrogen N
16%
N Immobilization
16%
Clay
16%
Organic Carbon
16%
Reduction Method
16%
Fe2+
16%
Organic Matter Content
16%
Groundwater Flow
16%
Total Nitrogen
16%
Slope Value
16%
Ammonium
16%
N Reduction
16%
High-resolution Data
16%
Attenuation
16%
Redox Potential
16%
Dissolved Fe
16%
Removal Mechanism
16%
Biogeochemical Processes
16%
Sampling Campaign
16%
Total Fe
16%
Specific nutrients
16%
Geochemical Processes
16%
Effective Implementation
16%
Catchment Model
16%
Nutrient Management
16%
Agricultural Area
16%
Agricultural Activities
16%
Two-parameter
16%
Agricultural Catchment
16%
Field Sampling
16%
Lower Average
16%
Nitrogen Reduction Reaction
16%
Soil Physicochemical Properties
16%
Organic Clay
16%
Apparent Electrical Conductivity
16%
Reduction in Area
16%
Groundwater Nitrate
16%
Three-class
16%
Modeling Effort
16%
Mapping Tool
16%
Flow Reduction
16%
Tile Drain
16%
Electromagnetic Induction
16%
N Mineralization
16%
Different Forms of Nitrogen
16%
Site-specific nutrient Management
16%
Soil Classification
16%
Groundwater-surface Water
16%
Potential Map
16%
Catchment Scale
16%
Saturated Zone
16%
Local Homogeneity
16%
Groundwater Flow Path
16%
Total Inorganic Nitrogen
16%
Total Organic Nitrogen
16%
Dominant Processes
16%
Amorphous Fe
16%
Soil Mixing
16%
Hydrogeochemical Modeling
16%
Hydrogeochemical
16%
Nitrogen Potential
16%
Anoxic Microsite
16%
Heterogeneity Reduction
16%
Enhanced Reduction
16%
Water Catchment
16%
Nutrient Use Strategy
16%
Path-based
16%
Amorphous Organic Matter
16%
Nutrient Biogeochemistry
16%
Geochemical Mapping
16%
Earth and Planetary Sciences
Nitrate Reduction
100%
Denitrification
100%
Piezometer
50%
Groundwater Flow
33%
Vadose Zone
33%
Denmark
16%
Surface Water
16%
Soil Water Content
16%
Inorganic Nitrogen
16%
Phreatic Zone
16%
Agricultural Catchment
16%
Upscaling
16%
Soil Chemical Property
16%
Organic Nitrogen
16%
Clay-Water
16%
Hydrogeochemical Modeling
16%
Nutrient Biogeochemistry
16%
Organic Carbon
16%
Soil Classification
16%
Redox Potential
16%
Management Strategy
16%