Wildfire

Carbon Monoxide, formed by the incomplete burning of carbon-based fuels, is invisible, odorless, and poisonous. It contributes indirectly to climate change and is regulated globally.

Air quality has improved significantly since the LA fires began, and regular activities can be resumed. Yet, ash should be cleaned up by professionals and precautions may need to be taken near burn areas. Some toxic air pollutants may linger.

Implementing wildfire prevention strategies at the individual and agency levels, establishing resilient air quality monitoring networks, and understanding how severely wildfire and poor air quality impact our national parks can help preserve them.

We asked Drew Hill, Data Science & Applied Research Lead at Aethlabs to help us take a deep dive into black carbon air pollution, exploring the science behind this air pollutant, its origins, its impacts, and the urgency & importance of accurate black carbon measurement.

Research shows that wildfire smoke can travel thousands of miles and, in addition to its well-known detrimental impacts on human health in the short term, may also have cumulative effects. Consequently, it is essential to establish a real-time air quality monitoring network to understand pollution exposure during wildfire season.

Our recent webinar highlights the innovative work of our partners that has been used to establish high-resolution air quality monitoring networks and collect, communicate, and forecast air quality information during wildfire season.

Clarity & Sonoma Technology announce that they have signed a MOU to work together to provide comprehensive air quality monitoring solutions for government agencies, communities, and businesses seeking integrated air quality management services.

As climate change exacerbates wildfires, it is crucial to understand both the short- and long-term impacts wildfires have on human and environmental health.

Low-cost sensors can be used in a wide range of different air quality monitoring projects, either alone or in conjunction with reference-grade air quality monitors.

Low-cost sensors serve as a valuable tool during increasingly severe wildfire seasons to supply data and inform decision-making to protect public health.