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首页> 外文期刊>Reviews in Fish Biology and Fisheries >Reexamination of the Byczkowska-Smyk gill surface area data for European teleosts, with new measurements on the pikeperch, Sander lucioperca
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Reexamination of the Byczkowska-Smyk gill surface area data for European teleosts, with new measurements on the pikeperch, Sander lucioperca

机译:重新检查欧洲硬骨鱼的Byczkowska-Smyk ill表面面积数据,并在梭子鱼Sander lucioperca上进行新测量

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摘要

This paper reexamines the gill morphometrics of 20 European teleosts first reported in the early gill literature by Byczkowska-Smyk and colleagues in attempt to clarify the long-recognized discrepancies between these data and those obtained in subsequent works. Determination of gill dimensions for the pikeperch, Sander lucioperca, in this study (a species for which Byczkowska-Smyk reported data), along with a literature review for other European teleosts, reveals inaccurate estimation of the total gill surface area by up to 189 for 19 of the 20 species reexamined. This error results primarily from imprecise determination of the bilateral surface area of individual gill lamellae and, to a lesser extent, the incorrect assumption that lamellar area and frequency are species-specific constants that do not vary with fish body mass. This review compiles gill morphometric data from various sources to be used in place of the inaccurate gill area estimates of Byczkowska-Smyk and colleagues and thereby clears the way for higher resolution in the comparative analysis of gill morphology and its correlation to fish habitat and life history characteristics.
机译:本文重新审视了Byczkowska-Smyk及其同事在早期g骨文献中首次报道的20种欧洲硬骨鱼的the骨形态,以试图弄清这些数据与后续工作中获得的长期公认的差异。在这项研究中确定鲈鱼的Sand尺寸(Byczkowska-Smyk报告了该物种的一个物种),以及对其他欧洲硬骨鱼的文献综述,发现对for的总g表面积的估计不准确,最多可达189重新检查了20种中的19种。该错误主要是由于对单个g片的双边表面积的不精确确定以及较小程度的错误假设导致的,该错误假设是:片层面积和频率是特定于物种的常数,不会随鱼的体重而变化。这篇综述汇编了来自各种来源的g形态学数据,以代替Byczkowska-Smyk及其同事不准确的g面积估计,从而为比较分析the形态及其与鱼类生境和生活史的相关性开辟了道路。特征。

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