Issues associated with sound exposure experiments in tanks
It is common practice for auditory and other bioacoustic measurements to be made in tanks
or pools as a way of providing a convenient and well-controlled test environment (eg, Fay
and Popper, 1999; Kastelein et al., 1992; Sisneros, 2016; Thomas and Kastelein, 1990).
However, most tanks have boundaries that are highly reflective to sound, leading to an
acoustic field within the tank that is very different to that in an open water (acoustic free-field)
environment (Parvulescu, 1967, Gray et. al. 2016, Rogers et. al., 2016). It is therefore …
or pools as a way of providing a convenient and well-controlled test environment (eg, Fay
and Popper, 1999; Kastelein et al., 1992; Sisneros, 2016; Thomas and Kastelein, 1990).
However, most tanks have boundaries that are highly reflective to sound, leading to an
acoustic field within the tank that is very different to that in an open water (acoustic free-field)
environment (Parvulescu, 1967, Gray et. al. 2016, Rogers et. al., 2016). It is therefore …
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