Massachusetts 2023-2024 Regular Session

Massachusetts Senate Bill S2249

Introduced
2/16/23  
Refer
2/16/23  

Caption

Directing the Massachusetts Department of Transportation to conduct a highway noise study in Quincy

Impact

The enactment of S2249 could lead to increased awareness and documentation of the noise pollution levels affecting communities near these highways. The results of the study may inform future infrastructure projects, traffic management strategies, and public health considerations regarding noise pollution in urban areas. It is anticipated that the findings could also lead to recommendations or actions aimed at mitigating noise impacts on surrounding neighborhoods, particularly in Quincy, which has expressed concerns related to the existing road traffic.

Summary

Bill S2249 aims to direct the Massachusetts Department of Transportation to carry out a comprehensive noise study along specific segments of Route I-93 and Route 3 in Quincy and Braintree. The study targets both the northbound and southbound traffic to assess the ambient noise levels generated by the existing highway traffic. By employing an acoustical engineer, the bill seeks to provide a detailed evaluation of noise pollution along these routes, potentially yielding crucial data on the environmental impacts of highway traffic.

Contention

While the bill appears straightforward in its intent, there may be underlying points of contention regarding the implications of highway noise on community standards and quality of life. Stakeholders, including local residents, environmentalists, and urban planners, may have differing opinions on the necessity and scope of such a study. Potential disagreements may arise over the prioritization of highway infrastructure versus the well-being of residents affected by noise pollution. Moreover, there may be discussions on the effectiveness of possible mitigative measures that could be derived from the study's findings.

Companion Bills

No companion bills found.

Similar Bills

No similar bills found.