Add to ORKG234-237A miniature pinger device for use as an acoustic tag on medium size fish for studying its movement under water is discussed. The basic design considerations and construction details of a 75 kHz pinger tag are described. Acoustical performance characteristics and operational parameters of the tag are presented. Tag which weighs 12 g in water is estimated to be suitable for tagging on to 0.4 m or longer size fish. The tag has an acoustic source level sufficient for an estimated range of 400 m when tracked using a simple acoustic receiving system
Introductory experiments on acoustic tagging were carried out on cod in Lofoten in March 1974. The r...
Fish telemetry studies give unique information about fish movements (migrations), but there are stil...
© 2021 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for...
Sound propagates particularly well through water and therefore acoustical techniques are commonly ap...
This paper presents the design of an ultralow-power acoustical receiver circuit intended to track sm...
(receiver, hydrophones, etc.,), detection ranges, fish capture and handling procedures, and tag atta...
Shallow water studies of fish behavior have used various methods for tracking fish. A new technique ...
This dissertation addresses the design of a miniature acoustic data storage tag intended for the tra...
This paper presents an acoustic archival tag capable of tracking small marine animals. It is also a ...
A portable automatic fish tracking system was developed for monitoring the two dimensional movements...
First paragraph: A small ultrasonic tag, 9 mm by 40 mm in size, has been developed by members of the...
This paper describes two prototypes of portable detectors based on radio frequency identification m...
Most research on animal behaviour in the deep ocean (to depths of 6000 m) is restricted to the captu...
This dissertation describes the development of an acoustic data storage tag for long-range fish trac...
303-305A mini pinger transducer using radial mode tubular piezoceramic elements of frequency 40 kHz ...
Introductory experiments on acoustic tagging were carried out on cod in Lofoten in March 1974. The r...
Fish telemetry studies give unique information about fish movements (migrations), but there are stil...
© 2021 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for...
Sound propagates particularly well through water and therefore acoustical techniques are commonly ap...
This paper presents the design of an ultralow-power acoustical receiver circuit intended to track sm...
(receiver, hydrophones, etc.,), detection ranges, fish capture and handling procedures, and tag atta...
Shallow water studies of fish behavior have used various methods for tracking fish. A new technique ...
This dissertation addresses the design of a miniature acoustic data storage tag intended for the tra...
This paper presents an acoustic archival tag capable of tracking small marine animals. It is also a ...
A portable automatic fish tracking system was developed for monitoring the two dimensional movements...
First paragraph: A small ultrasonic tag, 9 mm by 40 mm in size, has been developed by members of the...
This paper describes two prototypes of portable detectors based on radio frequency identification m...
Most research on animal behaviour in the deep ocean (to depths of 6000 m) is restricted to the captu...
This dissertation describes the development of an acoustic data storage tag for long-range fish trac...
303-305A mini pinger transducer using radial mode tubular piezoceramic elements of frequency 40 kHz ...
Introductory experiments on acoustic tagging were carried out on cod in Lofoten in March 1974. The r...
Fish telemetry studies give unique information about fish movements (migrations), but there are stil...
© 2021 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for...