Design and implementation of a low-cost near-shore cabled observatory

S. Chalmers, A. Jamieson, J. Polanski, I. Priede, P. Bagley
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引用次数: 1

Abstract

Cabled subsea observatories are becoming a common way of monitoring deep sea parameters on a long-term basis. Observatories typically comprise of a long distance high voltage power and data backbone cable onto which several instrumentation spurs are connected. Such systems provide scientists with a way of permanently and directly monitoring large areas of ocean in real-time. By their very nature such systems are scale large projects involving massive investment. Recently, the opportunity arose to establish a low-cost small-scale observatory in the tidal estuary of the river Ythan in Aberdeenshire, Scotland, near to Oceanlab. This paper describes the design and implementation of the system which comprises of a frame, located on the bed of the estuary, onto which are mounted a number of instruments. This is connected to the shore via 500m of combined fibre optic and copper cable.
低成本近岸有线天文台的设计与实施
海底电缆观测站正在成为长期监测深海参数的常用方法。观测站通常由长距离高压电源和数据主干电缆组成,该主干电缆上连接着几个仪器马刺。这种系统为科学家提供了一种永久、直接、实时监测海洋大面积区域的方法。就其本质而言,这些系统是涉及大量投资的大型项目。最近,有机会在苏格兰阿伯丁郡Ythan河的潮汐河口建立一个低成本的小型天文台,靠近海洋实验室。本文描述了该系统的设计和实现,该系统由一个框架组成,位于河口床上,在该框架上安装了许多仪器。它通过500米长的光纤和铜缆连接到海岸。
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