(1)
wildfire smoke contains air pollutants that have been associated with a range of negative health outcomes, from upper respiratory tract irritation to the exacerbation of cardiac, respiratory, and other chronic conditions;
(2)
the negative health outcomes described in paragraph (1) can—
(A)
lead to increased morbidity and mortality; and
(B)
present an additional economic burden for affected populations;
(3)
standard public health strategies for mitigating negative health outcomes from wildfire smoke largely focus on risk assessment and communication that is informed by available air quality data;
(4)
wildfires tend to occur in rural areas where—
(A)
air quality monitoring may be absent or scarce; and
(B)
access to the internet and traditional media may be limited, which curtails the reach of risk communication and educational outreach;
(5)
given the limitations described in paragraph (4) and other possible limitations, there is a critical need to understand how rural communities can increase wildfire smoke risk mitigation as wildfire activity continues to grow, particularly in the western United States; and
(6)
air sensors are—
(A)
an important tool in providing relatively quick or instant concentrations of air pollutants for air quality monitoring purposes; and
(B)
often lower in cost, more portable, and generally easier to operate than air monitors.