Estimating airborne pollutant concentrations in vegetated urban sites using statistical models with microclimate and urban geometry parameters as predictor variables: A case study in the city of Athens Greece
Abstract
Abstract is not available.- Artificial neural networks
- Environmental management
- Estimation
- Model
- Prediction
- Regression tree model
- Urban green
- Urban microclimate
- Urban vegetation
- Engineering, Environmental
- Environmental Sciences
- cadmium
- air pollutant
- article
- artificial neural network
- chemistry
- city
- climate
- Cynodon
- environmental monitoring
- Greece
- methodology
- statistical model
- Air Pollutants
- Cadmium
- Cities
- Climate
- Environmental Monitoring
- Linear Models
- Models, Statistical
- Neural Networks (Computer)
- Adjacent buildings
- Airborne pollutants
- Artificial neural network models
- Deposition models
- Interaction term
- Mean density
- Non-linear model
- Non-linear relationships
- Pollutant concentration
- Predictor variables
- Regression tree models
- Statistical models
- Tree regression
- Urban areas
- Urban geometry
- Urban landscape
- Urban site
- Wind conditions
- Computer simulation
- Forecasting
- Forestry
- Mathematical models
- Models
- Neural networks
- Vegetation
- Artificial neural networks
- Environmental management
- Estimation
- Model
- Prediction
- Regression tree model
- Urban green
- Urban microclimate
- Urban vegetation
- Engineering, Environmental
- Environmental Sciences
- cadmium
- air pollutant
- article
- artificial neural network
- chemistry
- city
- climate
- Cynodon
- environmental monitoring
- Greece
- methodology
- statistical model
- Air Pollutants
- Cadmium
- Cities
- Climate
- Cynodon
- Environmental Monitoring
- Greece
- Linear Models
- Models, Statistical
- Neural Networks (Computer)
- Adjacent buildings
- Airborne pollutants
- Artificial neural network models
- Deposition models
- Interaction term
- Mean density
- Non-linear model
- Non-linear relationships
- Pollutant concentration
- Predictor variables
- Regression tree models
- Statistical models
- Tree regression
- Urban areas
- Urban geometry
- Urban green
- Urban landscape
- Urban microclimate
- Urban site
- Urban vegetation
- Wind conditions
- Cadmium
- Computer simulation
- Environmental management
- Estimation
- Forecasting
- Forestry
- Mathematical models
- Models
- Neural networks
- Vegetation
Similar works
This paper was published in DSpace at NTUA.
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