New approach to diving behaviour of aquatic animals using bio-logging system

N. Miyazaki, K. Sato, Y. Watanabe, K. Aoki, T. Narasaki, T. Kudo, Y. Naito
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引用次数: 1

Abstract

Bio-logging system has been an important tool in the study of the diving behaviour and ecological study of aquatic animals, and the physical and chemical environment in the ocean. New digital technology has contributed to the development of more effective devices with smaller size, higher efficiency, larger capacity, and lower energy consumption. Bio-logging system using these devices can provide information about the behaviour of aquatic animals and their environmental condition which is becoming essential to effective conservation of the marine ecosystem and the marine biodiversity. This technology is also providing information useful for the long-term weather forecasting and global climate change of marine environment. The Ocean Research Institute of the University of Tokyo is establishing the well-organized research program "Bio-logging Science" with cooperation of domestic and international institutes. This program is also technically supported by Japanese companies such as the Little Leonard Cooperation. This program is composed of the following main ten items; (1) study of diving behaviour of aquatic animals (whales, seals, sea turtles, fishes, sea birds, etc.), (2) study of social behaviour of aquatic animals, (3) physiological study of aquatic animals, (4) study of bio-mechanics, (5) environmental study in marine ecosystem, (6) device development and system development, (7) making data-base of biological and oceanographic information, (8) establishing network of "Bio-logging Science", (9) providing public information on diving behaviour of aquatic animals and their environmental condition, and (10) promotion for scientific activities of young scientists.
利用生物记录系统研究水生动物潜水行为的新方法
生物测井系统已成为研究水生动物潜水行为和生态研究以及海洋物理化学环境的重要工具。新的数字技术为开发更小、更高效率、更大容量、更低能耗的更有效的设备做出了贡献。使用这些设备的生物记录系统可以提供有关水生动物行为及其环境状况的信息,这对于有效保护海洋生态系统和海洋生物多样性至关重要。该技术还为海洋环境的长期天气预报和全球气候变化提供了有用的信息。东京大学海洋研究所正在与国内外研究机构合作,建立组织完善的“生物测井科学”研究项目。这个项目也得到了日本公司的技术支持,比如小伦纳德合作公司。该方案由以下十个主要项目组成:(1)水生动物(鲸、海豹、海龟、鱼类、海鸟等)的潜水行为研究,(2)水生动物社会行为研究,(3)水生动物生理研究,(4)生物力学研究,(5)海洋生态系统环境研究,(6)设备开发与系统开发,(7)生物与海洋信息数据库建设,(8)“生物测井科学”网络建设,(9)向公众介绍水生动物的潜水行为及其环境状况;(10)促进青年科学家的科学活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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