Resource Type: Map
Giovanni is an online (Web) environment for the display and analysis of geophysical parameters in which the provenance (data lineage) can easily be accessed. It includes a number of different atmospheric measurements such as aerosols, aerosol optical depth, black carbon, carbon monoxide, carbon dioxide, methane, nitrogen dioxide, ozone, and sulfur dioxide, as well as weather variables such as temperature, humidity, and wind.
This is a website tool that provides access to real time and historical PM2.5 data obtained from an air sensor network comprised of IQAir sensors.
Mapping application that allows comparison of current and historical air pollution at federal reference monitors compares against national ambient air quality standards.
Website tool that helps users find walking or cycling routes to reduce exposures to NO2 and PM2.5.
Climate TRACE is a global emissions tracking initiative and online platform that uses satellite observations, remote sensing, and other independent data—combined with AI and machine learning—to estimate greenhouse gas emissions from specific countries, sectors, and large facilities in near real time. It provides publicly accessible maps, dashboards, and downloadable data that let users see where emissions are coming from, how they change over time, and how reported inventories compare to independent estimates, supporting greater transparency and accountability in climate action.
EPA’s greenhouse gas data portal at ghgdata.epa.gov (the FLIGHT tool) is an interactive website that lets users explore facility-level greenhouse gas emissions reported under EPA’s Greenhouse Gas Reporting Program. It provides maps, tables, and charts showing emissions by facility, industry sector, gas, location, and year, and allows filtering by state or county, source category, emission thresholds, and gas type. Users—such as policymakers, researchers, advocates, and companies—can quickly identify major emitters, compare facilities, examine trends over time, and download customized datasets for further analysis.
The toxic flooding vulnerability map is an interactive tool that ranks and visualizes how vulnerable petrochemical facilities and nearby communities in the Galveston Bay region are to toxic flooding. Built from more than 100 indicators across flood risk, chemical transport, facility hazards, ecosystem conditions, baseline health, and social and economic factors, it produces separate vulnerability scores for facilities and for community grid cells. Users—such as planners, engineers, policymakers, and Gulf Coast residents—can explore overall vulnerability, drill down to see which specific indicators drive risk in each location, identify high?priority facilities and neighborhoods, and use downloadable profiles and map layers to help target nature?based solutions that reduce both flooding and chemical exposure.
Mapping tool showing air monitoring locations and the locations that contribute to air quality for a set of large cities in the U.S.
