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Sectioned or whole otoliths? A global review of hard structure preparation techniques used in ageing sparid fishes

机译:切片或整个otleolits? 衰老渗透鱼类的硬结构制备技术的全球综述

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摘要

While otoliths are considered the most reliable structure to accurately age fish, a variety of otolith preparation techniques are available, which have consequences on the otolith's optical properties and therefore interpretation of growth bands. Recently, numerous studies from a variety of authors have criticised the use of whole otoliths in ageing sparids with sectioned otoliths subsequently acknowledged as the most reliable preparation technique. Despite this criticism; ageing data is still being generated from whole otoliths and other unreliable structures such as scales. In an attempt to understand the severity of this issue we conducted a global literature review of otolith preparation protocols used for sparids. We identified global spatial inconsistencies in otolith preparation techniques with some regions predominately using methods other than sectioned otoliths to age sparids. The review highlights the need for a standardisation of otolith preparation methods and a move towards the use of sectioned otoliths, or at least valid support where alternative structures or preparation techniques are used. Given that large numbers of studies have been conducted on whole otoliths in certain regions, it may be necessary to revaluate the existing growth parameters to ensure that accurate information is incorporated into management structures.
机译:虽然欧特里斯被认为是准确为鱼类的最可靠的结构,但有各种偏离的制备技术可用,这对欧特里斯的光学性质产生了后果,因此对生长带的解释具有后果。最近,来自各种作者的许多研究批评使用整个右侧的肌右侧在衰老的略微型卵石中使用随后被确认为最可靠的准备技术。尽管这批评了;老化数据仍然是从整个电路机和其他不可靠的结构生成,例如尺度。试图了解本次问题的严重性,我们对用于略微的替代品的右侧准备方案进行了全球文献综述。我们确定了otolith制备技术的全球空间不一致,主要使用除右侧的偏滴剂以外的方法以外的方法。审查强调了对偏离制备方法的标准化的必需和朝向使用段右侧的移动,或者至少有效的支持,其中使用替代结构或制备技术。鉴于某些地区的整个欧障岛上进行了大量的研究,可能需要重振现有的增长参数,以确保准确的信息纳入管理结构。

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