Environmental Noise Evolution during COVID-19 State of Emergency: Evidence of Peru’s Need for Action Plans

IF 1.3 Q3 ACOUSTICS Acoustics (Basel, Switzerland) Pub Date : 2022-06-02 DOI:10.3390/acoustics4020030
R. Rodriguez, M. Machimbarrena, A. I. Tarrero
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引用次数: 2

Abstract

In Peru, as in many countries worldwide, varying degrees of restrictions have been established on the movement of the population after the World Health Organization (WHO) declared the condition of pandemic by COVID-19. In Lima, there have been different degrees of compulsory social immobilization (CSI), and the resumption of activities was planned in three consecutive phases. To analyse and evaluate the influence of such restrictions on the evolution of environmental noise, an investigation was carried out in one of the main avenues in the city of Lima during various successive mobility restriction conditions. The sound pressure level was measured, and the traffic flow was also registered. Considering that in Peru there is no environmental noise monitoring system whatsoever, in situ data are extremely valuable and allow the environmental noise problem to be depicted, even if in a limited area of the big city. The results show that in spite of the strongly restrictive social immobilization conditions, the measured noise levels have remained above the WHO recommendations and often above the Peruvian environmental noise quality standards. The results highlight the need to properly assess the environmental noise and noise sources in the city of Lima as well as the number of people exposed in order to adequately implement effective and cost-efficient noise mitigation action plans.
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新冠肺炎紧急状态期间的环境噪声演变:秘鲁需要行动计划的证据
在秘鲁,与世界上许多国家一样,在世界卫生组织(世界卫生组织)宣布新冠肺炎大流行后,对人口流动实行了不同程度的限制。在利马,有不同程度的强制社会固定化,计划分三个连续阶段恢复活动。为了分析和评估这种限制对环境噪声演变的影响,在各种连续的行动限制条件下,对利马市的一条主要街道进行了调查。测量了声压水平,并记录了交通流量。考虑到秘鲁没有任何环境噪声监测系统,即使在大城市的有限区域,现场数据也非常有价值,可以描述环境噪声问题。结果表明,尽管社会固定化条件受到严格限制,但测得的噪声水平仍高于世界卫生组织的建议,而且往往高于秘鲁的环境噪声质量标准。研究结果强调,需要适当评估利马市的环境噪声和噪声源以及暴露的人数,以便充分实施有效和成本效益高的噪声缓解行动计划。
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CiteScore
3.70
自引率
0.00%
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0
审稿时长
11 weeks
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