Airborne and ground-based lidar observations of spatiotemporal variability of mixing-layer-height and ozone pollution in New York City area

Key Points

• Mixing-layer-height variability correlates with ozone pollution levels in New York City, affecting air quality.
• Data from both airborne and ground-based lidar systems highlights significant changes in pollution concentration.
• Comprehensive analysis utilized advanced lidar technology to observe spatiotemporal variations in atmospheric layers.
• Findings indicate a need for continuous monitoring strategies to address urban air quality concerns.