Bioacoustical Oceanography: Dual-Beam Acoustics Deployed on a Multiple Opening/Closing Net and Environmental Sensing System

康奈尔大学和伍兹霍尔海洋研究所将在海洋科学仪器开发项目上进行合作，通过增加一个双波束生物声纳系统和一根电子光缆来升级MOCNESS(多开/闭合网络和环境传感器系统)。该项目代表着提高这些广泛使用的系统收集的数据质量的下一个合乎逻辑的步骤，这些系统被用于浮游生物分布和生态研究。双波束生物声纳将使科学家能够将声信号与网络系统中实际捕获的动物关联起来。通过能够根据并发数据修改正在进行的采样程序，并研究相对于网络捕获的生物的小规模分布，动物分布的调查将得到改进。来自生物声纳和环境传感器的数据流超过了目前使用的机电电缆的遥测能力。新系统将利用快速发展的光纤电缆技术，可以传输更大的数据流。该系统将在计划中的海洋科学研究计划中得到广泛应用。

Cornell University and Woods Hole Oceanographic Institution will collaborate on an ocean sciences instrumentation development project to upgrade a MOCNESS (Multiple Opening / Closing Net and Environmental Sensor System) by adding a dual beam bio-acoustic sonar system plus an electro-fiber optic cable. The project represents the next logical step in improving the quality of data collected by these widely used systems that are employed in studies of plankton distribution and ecology. The dual beam bioacoustic sonar will enable scientists to correlate acoustic signals with animals actually captured in the net system. Investigations of animal distributions will be improved by being able to modify ongoing sampling programs based on concurrent data, and study small scale distributions of organisms relative to what the net captured. The data stream from the bioacoustic sonar plus the environmental sensors exceeds the telemetry capability of currently used electro-mechanical cables. The new system will make use of rapidly advancing fiber-optic cable technology that can carry larger data streams. The system will have broad application in planned ocean science research initiatives.