Add to ORKGWe explored telemetry of transmitter tagged fishes from an autonomous underwater vehicle with a hydrophone/ datalogger processing code-division-multiple- access acoustic signals. Geolocation estimates used synthetic aperture and relative sound strength mapping. Signal reception patterns from tagged Atlantic sturgeon were similar to that of moored reference tags but those from tagged winter flounder were reduced in range due to burying behavior.Peer Reviewe
Acoustic telemetry techniques are very useful tools to monitor in detail the swimming behavior and s...
Autonomous platforms and vehicles are a growing component of the ocean research fleet, producing dat...
(receiver, hydrophones, etc.,), detection ranges, fish capture and handling procedures, and tag atta...
1. Geolocating aquatic animals with acoustic tags has been ongoing for decades, relying on the detec...
The persistent monitoring capability provided by acoustic telemetry systems allows us to study behav...
Aquatic biotelemetry increasingly relies on using acoustic transmitters ('tags') that enable passive...
In this paper we present a proof-of-concept for an hydro acoustic fish-tag position estimation and t...
Technological advances are key to maximizing the information potential in electronic tagging studies...
This thesis presents an autonomous fish tracking system for a tagged Atlantic Salmon using four unma...
This master thesis describes an implementation of an underwater acoustic positioning system for real...
The Code Activated Transponder (CAT) ingestible fish tag capable of operating at depths of 6 000 m i...
Knowledge of animal spatial ecology is essential for the design and siting of proposed aquatic prote...
The Ocean Robotics turned into one of the major fields of research since the exploration of oceans b...
Autonomous acoustic telemetry monitoring systems have been deployed in aquatic ecosystems around the...
Abstract.—Acoustic telemetry receivers are used across a range of aquatic habitats to study a divers...
Acoustic telemetry techniques are very useful tools to monitor in detail the swimming behavior and s...
Autonomous platforms and vehicles are a growing component of the ocean research fleet, producing dat...
(receiver, hydrophones, etc.,), detection ranges, fish capture and handling procedures, and tag atta...
1. Geolocating aquatic animals with acoustic tags has been ongoing for decades, relying on the detec...
The persistent monitoring capability provided by acoustic telemetry systems allows us to study behav...
Aquatic biotelemetry increasingly relies on using acoustic transmitters ('tags') that enable passive...
In this paper we present a proof-of-concept for an hydro acoustic fish-tag position estimation and t...
Technological advances are key to maximizing the information potential in electronic tagging studies...
This thesis presents an autonomous fish tracking system for a tagged Atlantic Salmon using four unma...
This master thesis describes an implementation of an underwater acoustic positioning system for real...
The Code Activated Transponder (CAT) ingestible fish tag capable of operating at depths of 6 000 m i...
Knowledge of animal spatial ecology is essential for the design and siting of proposed aquatic prote...
The Ocean Robotics turned into one of the major fields of research since the exploration of oceans b...
Autonomous acoustic telemetry monitoring systems have been deployed in aquatic ecosystems around the...
Abstract.—Acoustic telemetry receivers are used across a range of aquatic habitats to study a divers...
Acoustic telemetry techniques are very useful tools to monitor in detail the swimming behavior and s...
Autonomous platforms and vehicles are a growing component of the ocean research fleet, producing dat...
(receiver, hydrophones, etc.,), detection ranges, fish capture and handling procedures, and tag atta...