This paper focuses on the importance of employing also measurements of sound particle velocity, and not just sound pressure, when assessing the environmental impact of underwater noise. This is due to the fact that most marine species are equipped with water movement sensors, not sound pressure sensors, which instead are typical of mammals and birds.
Environmental Impact of Underwater Noise: sound pressure and particle velocity / Farina, Angelo. - ELETTRONICO. - (2018). (Intervento presentato al convegno International Conference on Sonar Systems and Sensors (ICONS2018) tenutosi a Kochi, India nel 22– 24 Feb 2018).
Environmental Impact of Underwater Noise: sound pressure and particle velocity
Angelo Farina
2018-01-01
Abstract
This paper focuses on the importance of employing also measurements of sound particle velocity, and not just sound pressure, when assessing the environmental impact of underwater noise. This is due to the fact that most marine species are equipped with water movement sensors, not sound pressure sensors, which instead are typical of mammals and birds.File in questo prodotto:
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