Scaling Urban Methane Emissions: Utility of Single-Site Measurements in Five Urban Domains

Keyphrases

• Methane Emission 100%
• Spatial Coverage 100%
• Emission Estimates 100%
• Site Measurement 100%
• Methane 50%
• In Situ Measurements 50%
• United States 50%
• Spatial Resolution 50%
• Scale Factor 50%
• Northeastern United States 50%
• Observational Constraints 50%
• Urban Setting 50%
• In Situ Observation 50%
• Continuous Data 50%
• Satellite Observations 50%
• Emission Factor 50%
• Data Methods 50%
• Spatial Frequency 50%
• Specific Factors 50%
• Emission Characteristics 50%
• Activity Data 50%
• Observation-driven 50%
• CH4 Emission 50%
• Gas Usage 50%
• Urban Characteristics 50%
• World Meteorological Organization 50%
• Residential Buildings 50%
• Bottom-up Inventory 50%
• Spatial Sampling 50%
• Organizational Standards 50%
• Robust Measurement 50%
• European Cities 50%
• Single Tower 50%
• Logistic Constraints 50%
• Downscaling Method 50%
• Natural Gas Infrastructure 50%
• Emission Activity 50%
• Factor Framework 50%

Earth and Planetary Sciences

• Methane 100%
• United States of America 66%
• Spatial Resolution 33%
• In Situ Measurement 33%
• Emission Factor 33%
• Downscaling 33%
• World Meteorological Organization 33%
• Residential Building 33%