Navigable Chart Showcasing Air Quality Tracking Stations
The AirData Air Quality Monitors app is a powerful tool that provides detailed information on air quality monitors and pollutant-specific data for various monitor types. This includes data for all EPA criteria pollutants such as CO, Pb, NO2, Ozone, PM10, PM2.5, and SO2.
Monitor-Specific Data and Features
The app covers a wide range of monitor types, including the PM2.5 Chemical Speciation Network, IMPROVE (Interagency Monitoring of Protected Visual Environments), NATTS (National Air Toxics Trends Stations), NCORE (National Core Multi-Pollutant Monitoring Network), and PAMS (Photochemical Assessment Monitoring Stations). It also provides monitoring results relevant to specific geographical or regulatory areas such as near road monitoring, nonattainment areas, tribal areas, and federal Class I areas.
Data Access and Visualization
Users can view monitor locations on an interactive map accessible via web and mobile devices. The app allows users to query and download daily and annual summary data for selected monitors and pollutants. The data used by the app are aligned with EPA monitoring networks and are integrated with EPA's Air Quality System (AQS) databases for standard units and reporting standards.
Integration with GIS Platforms
The AirData app supports exporting or linking data for visualization and further spatial analysis through various GIS platforms. This includes Google Earth, ArcGIS Desktop (ArcMap, ArcGIS Pro), ArcGIS JavaScript API, ArcGIS Explorer, and ArcGIS Online (ArcGIS.com).
Embracing Regulatory Compliance, Environmental Research, and Public Awareness
The AirData Air Quality Monitors app offers a comprehensive resource for regulatory compliance, environmental research, and public awareness initiatives. With its user-friendly interface and extensive data coverage, it provides a valuable tool for those seeking to understand and address air quality issues.
For more detailed instructions on data handling in specific GIS platforms, EPA's AQS system and ArcGIS documentation provide extensive guidance. The app's design ensures that users can easily access, interpret, and utilise the wealth of data it provides.
In conclusion, the AirData Air Quality Monitors app offers comprehensive pollutant data and monitor metadata for a wide array of monitor types and specialized networks. It provides interactive web/mobile map access and supports downloading data for use in diverse GIS environments like Google Earth and the ArcGIS suite. The data conform to EPA standards, facilitating use in regulatory compliance, environmental research, and public awareness initiatives.
The AirData Air Quality Monitors app also gathers data from various environmental-science networks like the PM2.5 Chemical Speciation Network, IMPROVE, NATTS, NCORE, and PAMS, which are known for monitoring toxics in the air. The app's technology is designed to support scientific research and public awareness by offering data access and visualization on an interactive map, allowing users to integrate the data with popular GIS platforms such as Google Earth and ArcGIS.
