Sector: Residential
Founded in 2018, through the Bloomberg Mayors Challenge, the city of Denver created Love My Air. Love My Air is a citywide monitoring network to provide real-time air quality data utilizing cutting-edge air pollution technology. Through collaboration with many community organizations and partners, Love My Air provides workshops, trainings, and outreach connecting health to air quality.
AirNow is your one-stop source for air quality data. The website and app highlights air quality in your local area first, while still providing air quality information at state and national views. AirNow’s interactive map even lets you zoom out to get the big picture or drill down to see data for a single air quality monitor. AirNow’s Fire and Smoke map, a collaborative project with the US Forest Service, uses a variety of products including low-cost sensors to provide detailed, up-to-date information that can be critical to users experiencing smoke events.
Reports model-predicted air quality concentrations and health impacts in 13,189 urban areas worldwide
AirCompare maps provide information for counties that monitored outdoor air quality in the last five years and tailor that information for groups more likely to be affected by different levels of pollution.
The air quality trends summaries are intended to reflect actual air quality and therefore include concentrations that may have been impacted by episodic events like wildfires and dust storms.
The Air Toxics Screening Assessment (AirToxScreen) is EPA's screening tool that provides communities with information about health risks from air toxics. AirToxScreen is part of EPA's new approach to air toxics that provides updated data and risk analyses on an annual basis, helping state, local and tribal air agencies, EPA, and the public more easily identify existing and emerging air toxics issues.
Collection of information about air pollutant emissions controls selected by the Regional Air Quality Council, the lead planning agency for the Denver Metro/North Front Range region. The web resource includes information on the emissions reduction potential, costs, and impacts of a set of control strategies for NOx and VOC emissions to address ambient ozone.
This open collection is designed to support and enhance global research initiatives focused on understanding and mitigating the health impacts of environmental exposures.
The Framework for Evaluating Damages and Impacts (FrEDI) is a peer-reviewed, open-source, reduced complexity model that draws on peer-reviewed information to rapidly project the annual impacts of climate change within the United States, through the 21st century, under any custom temperature trajectory.
This map returns an inventory of stationary sources of air pollution based on origin coordinates, radius, and pollutant
