alexa A Phenomenon Discovered While Imaging Dolphin Echolocation Sounds | OMICS International | Abstract
ISSN: 2155-9910

Journal of Marine Science: Research & Development
Open Access

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Research Article

A Phenomenon Discovered While Imaging Dolphin Echolocation Sounds

Jack Kassewitz1*, Michael T Hyson2, John S Reid3 and Regina L Barrera4

1The Speak Dolphin Project, Global Heart, Inc., Miami, Florida, USA

2Sirius Institute, Puna, Hawaii

3Sonic Age Ltd, UK

4Puerto Aventuras, Mexico

Corresponding Author:
Jack Kassewitz
Speak Dolphin, 7980 SW 157 Street
Palmetto Bay, FL 33157, USA
Tel: 1 (305) 807-5812
E-mail: [email protected]

Received Date: June 06, 2016; Accepted Date: July 04, 2016; Published Date: July 15, 2016

Citation: Kassewitz J, Hyson MT, Reid JS, Barrera RL (2016) A Phenomenon Discovered While Imaging Dolphin Echolocation Sounds. J Marine Sci Res Dev 6:202. doi:10.4172/2155-9910.1000202

Copyright: © 2016 Kassewitz J, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

Abstract

Our overall goal is to analyze dolphin sounds to determine if dolphins utilize language or perhaps pictorial information in their complex whistles and clicks. We have recently discovered a novel phenomenon in images derived from digital recordings of the sounds of dolphins echolocating on submerged objects. Hydrophone recordings of dolphin echolocation sounds were input to a CymaScope, an analog instrument in which a water-filled, fusedquartz cell is acoustically excited in the vertical axis by a voice coil motor directly coupled to the cell. The resulting wave patterns were recorded with a digital video camera. We observed the formation of transient wave patterns in some of the digital video frames that clearly matched the shapes of the objects on which the dolphin echolocated, including a closed cell foam cube, a PVC cross, a plastic flowerpot, and a human subject. As further confirmation of this phenomenon the images were then converted into 3-dimensional computer models. The computer models were made such that the thickness at any given point was proportional to the brightness of a contrast-enhanced image with brighter areas thicker and darker areas thinner. These 3-dimensional virtual models were then printed in photopolymers utilizing a high definition 3D printer.

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