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Mooring scientific instruments on the seabed—Design, deployment protocol and performance of a recoverable frame for acoustic receivers
Methods in Ecology and Evolution ( IF 6.6 ) Pub Date : 2020-06-21 , DOI: 10.1111/2041-210x.13404 Jolien Goossens 1, 2 , Michiel T'Jampens 1 , Klaas Deneudt 1 , Jan Reubens 1
中文翻译:
将科学仪器停泊在海床上—声学接收器的可恢复框架的设计,部署协议和性能
更新日期:2020-06-21
Methods in Ecology and Evolution ( IF 6.6 ) Pub Date : 2020-06-21 , DOI: 10.1111/2041-210x.13404 Jolien Goossens 1, 2 , Michiel T'Jampens 1 , Klaas Deneudt 1 , Jan Reubens 1
Affiliation
- Acoustic telemetry is increasingly used to observe and monitor animal movements in aquatic environments. Practical deployment mechanisms are needed to sustain consistent data flows in challenging environments.
- A tripod frame was developed to facilitate the deployment of acoustic receivers on the seabed, allowing for the recovery of all equipment with an acoustic release system.
- The procedures of deployment and recovery proved to be practical and efficient during a field trial in the North Sea. Compared to a common cabled design, the tripod frame realized a significantly higher detection probability and performed consistently better at greater distance and louder ambient noise.
- In the context of ocean observation in challenging environments, the tripod frame is a useful tool for temporary and continuous monitoring of tagged fish presence, potentially fitted with additional instruments.
中文翻译:
将科学仪器停泊在海床上—声学接收器的可恢复框架的设计,部署协议和性能
- 声学遥测越来越多地用于观察和监视水生环境中的动物运动。需要实用的部署机制来在挑战性环境中维持一致的数据流。
- 开发了一个三脚架框架,以方便在海底部署声波接收器,从而允许使用声波释放系统恢复所有设备。
- 在北海的现场试验中,部署和恢复程序被证明是切实有效的。与普通的电缆设计相比,三脚架框架实现了更高的检测概率,并且在更大的距离和更大的环境噪声下始终表现更好。
- 在具有挑战性的环境中进行海洋观察的情况下,三脚架框架是一种有用的工具,可用于临时和连续地监视带标签的鱼的存在,并可能配备其他仪器。