1996
DOI: 10.1121/1.416104
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An analysis of the response of Sooty Tern eggs to sonic boom overpressures

Abstract: It has been hypothesized that sonic booms caused a mass hatching failure of Sooty Terns on the Dry Tortugas, FL by causing eggs to crack. In this paper the problem is analyzed using two levels of idealization. The first model represents the egg shell as a spherical elastic shell, the embryo as an inertial concentric sphere, and the albumen as an acoustic fluid that completely fills the intervening volume. The substrate is taken to provide a point support for the egg and to double the incident pressure. The sec… Show more

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Cited by 2 publications
(2 citation statements)
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“…A structural analysis (Ting et al 2002) showed that, even under extraordinary circumstances, sonic booms would not damage an avian egg.…”
Section: B3825mentioning
confidence: 99%
“…A structural analysis (Ting et al 2002) showed that, even under extraordinary circumstances, sonic booms would not damage an avian egg.…”
Section: B3825mentioning
confidence: 99%
“…Laboratory tests of exposure of eggs to sonic booms and other impulsive noises (Bowles et al 1991;Bowles et al 1994;Cogger and Zegarra 1980) failed to show adverse effects on the hatching of eggs. A structural analysis (Ting et al 2002) showed that, even under extraordinary circumstances, sonic booms would not damage an avian egg. Black et al (1984) studied the effects of low-altitude (primarily over 500 feet AGL) military training flights with sound levels from 55 to 100 dBA on wading bird colonies (i.e., great egret, snowy egret, tricolored heron, and little blue heron).…”
Section: Water Birdsmentioning
confidence: 99%