Accession Number : ADA617686
Title : Application of Density Estimation Methods to Datasets from a Glider
Descriptive Note : Annual rept.
Corporate Author : PORTLAND STATE UNIV OR DEPT OF ELECTRICAL AND COMPUTER ENGINEERING
Personal Author(s) : Kuesel, Elizabeth T ; Siderius, Martin ; Mellinger, David K ; Heimlich, Sara
Report Date : 30 Sep 2014
Pagination or Media Count : 9
Abstract : This is a new project that started in August 2013 and the long-term goal is to extend the use of population density estimation methods based on detections of marine mammal vocalizations to datasets collected by a moving platform. The moving platform under consideration is an electric underwater glider, which offers the potential of surveying a larger area than a fixed, single sensor. The glider also has the potential to surface and transmit data using a satellite modem. Moreover, fitting the glider with two hydrophones, one on each wing can provide bearings to vocalizing animals. Density estimation from glider datasets will be developed by looking at some of the species known to occur off the central Oregon coast, such as humpback and sperm whales as well as different dolphin species.
Descriptors : *ACOUSTIC DATA , *CETACEA , DENSITY , ESTIMATES , GLIDERS , HYDROPHONES , MEDITERRANEAN SEA , SIGNAL TO NOISE RATIO
Subject Categories : Biological Oceanography
Acoustic Detection and Detectors
Distribution Statement : APPROVED FOR PUBLIC RELEASE