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Individual-based tracking systems in ornithology: welcome to the era of big data.

机译:鸟类学中基于个人的跟踪系统:欢迎进入大数据时代。

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摘要

Technological innovations have led to exciting fast-moving developments in science. Today, we are living in a technology-driven era of biological discovery. Consequently, tracking technologies have facilitated dramatic advances in the fundamental understanding of ecology and animal behaviour. Major technological improvements, such as the development of GPS dataloggers, geolocators and other bio-logging technologies, provide a volume of data that were hitherto unconceivable. Hence we can claim that ornithology has entered the era of big data. In this paper, which is particularly addressed to undergraduate students and starting researchers in the emerging field of movement ecology, I summarise the current state of the art of individual-based tracking methods for birds as well as the most important challenges that, as a personal user, I consider we should address in future. To this end, I first provide a brief overview of individual tracking systems for birds. I then discuss current challenges for tracking birds with remote telemetry, including technological challenges (i.e., tag miniaturisation, incorporation of more bio-logging sensors, better efficiency in data archiving and data processing), as well as scientific challenges (i.e., development of new computational tools, investigation of spatial and temporal autocorrelation of data, improvement in environmental data annotation processes, the need for novel behavioural segmentation algorithms, the change from two to three, and even four, dimensions in the scale of analysis, and the inclusion of animal interactions). I also highlight future prospects of this research field including a set of scientific questions that have been answered by means of telemetry technologies or are expected to be answered in the future. Finally, I discuss some ethical aspects of bird tracking, putting special emphases on getting the most out of data and enhancing a culture of multidisciplinary collaboration among research groups.
机译:技术创新导致令人兴奋的科学快速发展。今天,我们生活在技术驱动的生物发现时代。因此,跟踪技术促进了对生态学和动物行为的基本理解的巨大进步。重大的技术改进,例如GPS数据记录器,地理定位器和其他生物记录技术的开发,提供了迄今为止难以想象的大量数据。因此,我们可以断言鸟类学已进入大数据时代。在本文中,本文专门针对新兴的运动生态学领域的本科生和入门研究人员,我总结了基于个体的鸟类跟踪方法的最新技术以及作为个人的最重要挑战用户,我认为我们应该在将来解决。为此,我首先简要介绍鸟类的单个跟踪系统。然后,我将讨论当前通过遥测技术追踪鸟类的挑战,包括技术挑战(例如,标签小型化,更多生物记录传感器的集成,数据归档和数据处理的更高效率)以及科学挑战(例如,开发新的计算工具,数据时空自相关的研究,环境数据注释过程的改进,对新的行为分割算法的需求,分析范围内的维数从2变为3甚至4的变化以及动物的纳入互动)。我还将重点介绍该研究领域的未来前景,包括通过遥测技术已经解决或有望在将来得到解决的一系列科学问题。最后,我讨论了鸟类追踪的一些道德方面,着重强调了最大程度地利用数据并增强研究小组之间跨学科合作的文化。

著录项

  • 作者

    López López, Pascual;

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  • 年度 2016
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  • 原文格式 PDF
  • 正文语种 eng
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