Abstract
The sound-pressure spectrum level derived from a 13-octave filler centered at 630 cps was chosen to study the mutual associations among ambient noise, wind speed, and waveheight in Narragansett Bay, Rhode Island. Data were divided into three groups corresponding to relatively steady, increasing, or decreasing wind speeds. The results of correlation analyses indicate that waveheight is as significantly related to the sound-pressure spectrum level at 630 cps in this locate as is wind speed, provided that the wind speed is relatively constant. Wind speed is the more significant factor of the two under transient wind conditions.
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