The Occupational Safety and Health Administration (OSHA) estimates that 30 million people in the United States are exposed to hazardous noise levels at work each year. As a result, OSHA indicates that ...
(Reuters Health) - Being exposed to a noisy workplace all day may cause stress that carries over into the evening and reduces sleep quality, suggests a small study from Taiwan. Researchers found that ...
Constant banging and rattling at work does not just disrupt concentration or cause hearing problems such as tinnitus, it can contribute to stress and high blood pressure or hypertension. Researchers ...
Noise-induced hearing loss is a prevalent workplace injury in the modern industrial plant. Employers must manage workplace noise exposure. Doing so is complex in terms of accurately assessing sound ...
Please provide your email address to receive an email when new articles are posted on . Every year of workplace exposure to noise between 96 dB and 111 dB increased the likelihood of developing ...
High BP, elevated cholesterol, hearing problems more common among workers exposed to loud noise (HealthDay News) — Hypertension, elevated cholesterol, and hearing difficulty are more prevalent among ...
Three-quarters of noisy workplaces in the UK are failing to protect employees from harmful levels of noise, according to ...
About 22 million workers are affected by loud noise each year, making it one of the most common workplace hazards in the United States. The findings, which were published in the American Journal of ...
Workplace noise is often cited as a major productivity killer worldwide, but Indian employees see other challenges as more ...
Roger Johansson's web development blog 456 Berea Street has a post asking for solutions to combat noise in the office. He's considering noise-cancelling headphones, but they're usually bad at covering ...
Noise-induced hearing loss is a prevalent workplace injury in the modern industrial plant. Employers must manage workplace noise exposure. Doing so is complex in terms of accurately assessing sound ...