动物遥测观察的综合管理和可视化:从动物遥测中使用的各种平台提供数据

H. Moustahfid, M. Weise, R. Kochevar, B. Block
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引用次数: 3

摘要

在过去二十年中,动物传输器、数据存储标签和跟踪技术的快速发展,使得利用动物在海洋栖息地巡游时收集高质量的生物和海洋学观测数据成为可能。然而,尽管在标签和跟踪技术方面进行了大量投资,但集成数据管理和可视化系统仍然缺乏。这些数据量的不断增长,标签类型和数据格式的多样性,以及数据管理的普遍缺乏,不仅使动物遥测和跟踪数据的整合和合成复杂化,而且潜在地威胁到这些有价值的数据集的完整性和长期访问。为了解决这一关键差距,美国综合海洋观测系统(U.S. IOOS)动物遥测数据管理和可视化系统(ATN DAC)已经开发,以提供大多数已知的发射机和跟踪系统的集成系统。第一个版本的ATN DAC提供了一个干净直观的基于谷歌地图的用户界面,带有简单的彩色编码图标,可用于各种标签类型,包括卫星链接标签、存档标签、弹出式卫星存档标签、声学接收器浮标和配备声学接收器的自主移动滑翔机。对于每种标签类型,用户可以通过简单地点击图标来显示额外的数据(例如,动物轨迹,声音检测)。单击图标还会向用户显示各种附加选项,这些选项因平台而异。这些包括:显示或下载深度和温度剖面或电导率数据,显示或下载动物跟踪数据,显示或下载检测数据,或通过web服务(如noaa环境研究部门的数据访问协议(ERDDAP)服务器)查看和查询数据集。这些数据管理和可视化工具旨在实现动物遥测数据共享,并将生物数据与环境数据观测和模型相结合。在本报告中,我们概述了ATN DAC数据管理和可视化功能(图1),并将此数据服务链接到海洋模型和应用程序。
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Integrated Management and Visualization of Animal Telemetry Observations: Serving data from a wide variety of platforms used in animal telemetry
In the past two decades, rapid advances in animal transmitters, data storage tags and tracking technology have made it possible to use animals to collect high quality biological and oceanographic observations as they cruise through ocean habitats. However, despite significant investment in tagging and tracking technology, integrated data management and visualization systems have lacked. The growing volume of these data holdings, the large diversity of tag types and data formats, and the general lack of data management are not only complicating integration and synthesis of animal telemetry and tracking data but potentially threatening the integrity and longer-term access to these valuable datasets. To address this critical gap, the United States Integrated Ocean Observing System (U.S. IOOS) Animal Telemetry Data Management and Visualization System (ATN DAC) has been developed to provide an integrated system of most known transmitters and tracking systems. The ATN DAC in its first version provides a clean and intuitive Google Maps-based user interface with simple, color-coded icons for various tag types, including satellite-linked tags, archival tags, pop-up satellite archival tags, acoustic receiver buoys and autonomous mobile gliders equipped with acoustic receivers. For each tag type, the user can display additional data (e.g., animal track, acoustic detections) by simply clicking on the icons. An icon click also presents the user with a variety of additional options, which vary by platform. These include: display or download depth and temperature profile or conductivity data, display or download animal tracking data, display or download detection data, or view and query datasets through a webservice such as NOAAEnvironmental Research Division's Data Access Protocol (ERDDAP) server. These data management and visualization tools are designed to enable Animal Telemetry data sharing and integrating biological data with environmental data observations and models. In this presentation we provide an overview of the ATN DAC data management and visualizations capabilities (figure 1) and linking this data service to ocean models and applications.
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