the-sound-so-loud-that-it-circled-the-earth-four-times
the-sound-so-loud-that-it-circled-the-earth-four-times
10/20/2014
link
summary
This blog post delves into the phenomenon of the 'Krakatoa' volcanic eruption in 1883, which produced a sound so incredibly loud that it traveled around the Earth four times. The author explains that the explosion was one of the loudest sounds ever recorded in history, reaching an estimated 172 decibels at a distance of 100 miles from the volcano. The post explores the science behind the propagation of sound waves and how the unique circumstances surrounding the Krakatoa eruption allowed the sound to travel such vast distances. It also discusses the impact of the eruption on the environment and its consequences. Overall, this article provides a fascinating insight into a remarkable natural event and its acoustic implications.
tags
sound waves ꞏ acoustic phenomena ꞏ sonic boom ꞏ atmospheric waves ꞏ space exploration ꞏ infrasound ꞏ low frequency waves ꞏ earth's atmosphere ꞏ atmospheric transmission ꞏ atmospheric conditions ꞏ atmospheric disturbances ꞏ atmospheric physics ꞏ atmospheric phenomena ꞏ atmospheric pressure ꞏ sound propagation ꞏ atmospheric science ꞏ atmospheric dynamics ꞏ atmospheric modeling ꞏ atmospheric effects ꞏ atmospheric research ꞏ atmospheric noise ꞏ sound measurement ꞏ atmospheric monitoring ꞏ atmospheric patterns ꞏ air pressure ꞏ atmospheric composition ꞏ atmospheric properties ꞏ global soundscape ꞏ natural sound sources ꞏ atmospheric studies ꞏ atmospheric acoustics ꞏ natural phenomena ꞏ environmental sounds ꞏ atmospheric circulation ꞏ atmospheric observations ꞏ planetary waves ꞏ planet earth ꞏ outer space ꞏ atmospheric oscillations