The noise emission levels in wood and furniture processing industry in Thessaly area in central Greece were examined. It was revealed that employees are exposed in higher than the permissible noise limits on a daily basis, which can cause hearing loss and may cause other harmful health effects. A comprehensive hearing conservation program should be implemented in order to protect these employees from excessive noise exposures in the work place.
ALTONB. and ERNESTJ. 1990. Relationship between loss and noise exposure levels in a large industrial population: a review of an overlooked study. Journal Acoustic Society88:73–76.
2.
AMERICAN ACADEMY OF AUDIOLOGY2001.
3.
BURNWD and RobintsonG. 1970. Hearing and noise in industry.London: Her Majesty'sStationery Office.
4.
CHUNGDY, HARDIER and GANNONR. 1983. The performance of circumaural protectors by dosimetry.Journal of OccupationalMedicine15 : 679–682.
5.
ELEFTHERIOUP.2002.Dimensional Industrial noise and its effects on human hearing. Applied Acoustics63: 35–42.
6.
ELOT413. 1985. Acoustics-Assessment of occupational noise exposure for hearing conversation purposes. Greek Organization for Standards.
7.
IRMERV. 2000. Recent development in European noise legislation concerning construction equipment. National Conference on Noise Control Engineering. Newport Beach, USA.
8.
JANSENG. 1992. The effects of noise on human beings. VGB72:6064.
9.
JOHNSOND. 1991. Field studies: industrial exposures. Journal Acoustic Society90:170–174.
10.
NIOSH1996. Criteria for a recommended standard occupational noise exposure, NIOSH — Education and Information Division of Biomedical and Behavioural Science. Draft Document, 108 pp.
11.
OCCUPATIONAL NOISE EXPOSURE. 1996. 29 CFR1910.95, US Department of Labor.
12.
OSHA. 1989. Industrial hygiene field operation manual. US Department of Labor, Occupational Safety and Health Administration, OSHA Instruction CPL 245B, Washington DC.