The experiment was conducted in a tank equipped with a video and audio recording system. 18 experimental trials, assigned to boat noise and control conditions, were performed using lobsters in single and group of 4 specimens. After a 1 h habituation period, we audio- and video-recorded the lobsters for 1 h. During the experimental phase, the animals assigned to the boat groups were exposed to boat noise pollution (a random sequence of boat noises). Exposure to the noise produced significant variations in locomotor behaviours and haemolymphatic parameters. Our results indicate that the lobsters exposed to boat noises increased significantly their locomotor activities and haemolymphatic bioindicator of stressful conditions such as glucose, total proteins, Hsp70 expression and THC when tested both singly and in groups. (C) 2014 Elsevier Ltd. All rights reserved.

Behavioural and biochemical stress responses of Palinurus elephas after exposure to boat noise pollution in tank

Filiciotto Francesco;Celi Monica;Maccarrone Vincenzo;Ceraulo Maria;Buffa Gaspare;Di Stefano Vincenzo;Mazzola Salvatore;Buscaino Giuseppa
2014

Abstract

The experiment was conducted in a tank equipped with a video and audio recording system. 18 experimental trials, assigned to boat noise and control conditions, were performed using lobsters in single and group of 4 specimens. After a 1 h habituation period, we audio- and video-recorded the lobsters for 1 h. During the experimental phase, the animals assigned to the boat groups were exposed to boat noise pollution (a random sequence of boat noises). Exposure to the noise produced significant variations in locomotor behaviours and haemolymphatic parameters. Our results indicate that the lobsters exposed to boat noises increased significantly their locomotor activities and haemolymphatic bioindicator of stressful conditions such as glucose, total proteins, Hsp70 expression and THC when tested both singly and in groups. (C) 2014 Elsevier Ltd. All rights reserved.
2014
Underwater noise pollution
Spiny lobster
Marine traffic
Locomotor behaviour
Haemolymphatic stress
Acoustic emission
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/248878
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