Low-cost NO₂ monitoring and predictions of urban exposure using universal kriging and land-use regression modelling in Mysore, India

Keyphrases

• India 100%
• Mysore 100%
• Land Use Regression 100%
• Universal Kriging 100%
• NO2 Monitoring 100%
• Urban Exposure 100%
• Urban Environment 40%
• Urbanizing 40%
• Land Use 40%
• Human Activities 40%
• Air Pollution Levels 40%
• Ambient Air Pollution 40%
• Air Quality 20%
• Pollution 20%
• Air Pollution 20%
• Monitoring Network 20%
• High Concentration 20%
• Pollution Monitoring 20%
• Asia 20%
• World Health Organization 20%
• Low-middle Income Countries 20%
• Spatially Heterogeneous 20%
• Major Contributor 20%
• Point Source 20%
• High Population Density 20%
• Modeling Method 20%
• Kriging 20%
• Nitrogen Dioxide NO2 20%
• NO2 Concentration 20%
• Air Pollution Exposure 20%
• Model Performance 20%
• Leave-one-out 20%
• Regression Approach 20%
• Organizational Health 20%
• Urban India 20%
• Rapid Urbanization 20%
• Adjusted R2 20%
• Four Seasons 20%
• Minor Roads 20%
• Spatial Interpolation 20%
• Results Validation 20%
• Traffic Pollution 20%
• Health Protective 20%
• Industrial Site 20%
• Regression Kriging 20%
• Kriging Model 20%
• Point Source Pollution 20%
• Pollution Factor 20%
• Proximity to Major Roads 20%

Earth and Planetary Sciences

• India 100%
• Kriging 100%
• Nitrogen Dioxide 100%
• Land Use 100%
• Air Pollution 40%
• Ambient Air 20%
• Monitoring Network 10%
• Asia 10%
• Interpolation 10%
• Source of Pollution 10%
• Industrial Site 10%
• Pollution Monitoring 10%
• Air Quality 10%
• Population Density 10%