评估有关蝾螈类鱼类年龄测定、寿命和生长表现的现有知识和未来挑战:综述

IF 5.9 1区 农林科学 Q1 FISHERIES Reviews in Fish Biology and Fisheries Pub Date : 2023-12-18 DOI:10.1007/s11160-023-09829-9
Mario La Mesa, Joseph T. Eastman
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摘要

年龄测定是渔业研究和管理的重要工具,可为生长模型和种群动态提供关键数据。了解鱼类的寿命和生长表现对确定其生活史策略尤为重要。在这篇综述中,我们总结了所有已发表的南大洋蝾螈类鱼类的年龄数据,并从系统发育的角度评估了影响生长性能和寿命的因素。大多数箭鱼的年龄估计都是基于耳石读数和应用冯-贝塔朗菲(von Bertalanffy)生长模型来描述整个生命周期的身体生长情况。生长性能和寿命分别在 3.5 至 5.5 年和 7 至 52 年之间呈现出较大的范围。不过,生长性能与渐近鱼体大小呈正相关,而寿命则与布罗迪生长率系数呈负相关。生活方式以及纬度和深度分布是影响蝾螈生活史特征的主要因素。从底栖鱼类到中上层鱼类,生长性能明显提高,而纬度越高,生长性能越低。相反,中上层物种的寿命较长,且与出现的纬度和深度呈正相关趋势。在系统发育衍生科中,这两种性状都有增加的趋势,如水底鱼类(bathydraconids)和鳢类(channichthyids)。与北极鱼类相比,蝾螈类的生长性能和寿命值相似。目前,我们在确定鲷科鱼类年龄方面的主要差距是缺乏年龄估计的验证,以及研究的物种数量相对较少。未来的工作必须通过不同实验室之间的多重比较和验证工具的应用,提供更可靠、更客观的年龄估计值。
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Assessing current knowledge and future challenges of age determination, life span and growth performance in notothenioid fishes: a review

Age determination is an important tool in fishery research and management, providing key data for growth modelling and population dynamics. Knowledge of longevity and growth performance of fishes is especially important in defining their life history strategies. In this review we summarize all published data on the ageing of notothenioid fishes of the Southern Ocean, and evaluate factors influencing growth performance and longevity in a phylogenetic context. Most age estimates in notothenioids are based on otolith readings and application of the von Bertalanffy growth model to describe body growth throughout the life span. Growth performance and longevity both exhibit wide ranges between 3.5 and 5.5 and 7–52 years, respectively. However, growth performance is positively related to asymptotic fish size, whereas longevity is negatively related to the Brody growth rate coefficient. Lifestyle and latitudinal and depth distributions are the main factors influencing the life history traits of notothenioids. Growth performance significantly increases from benthic to pelagic species and declines toward higher latitudes. Conversely, longevity is higher in pelagic species and shows a positive trend with latitude and depth of occurrence. There is a trend toward an increase of both traits in the phylogenetically derived families, such as bathydraconids and channichthyids. Compared to Arctic fishes, notothenioids have similar values for growth performance and longevity. Currently the major gaps in our knowledge of age determination of notothenioids are the lack of validation of age estimates and the relatively low number of species studied. Future efforts have to provide more reliable and objective estimates of age through multiple comparisons among different laboratories and application of validation tools.

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来源期刊
Reviews in Fish Biology and Fisheries
Reviews in Fish Biology and Fisheries 农林科学-海洋与淡水生物学
CiteScore
10.00
自引率
8.10%
发文量
42
审稿时长
12-24 weeks
期刊介绍: The subject matter is focused on include evolutionary biology, zoogeography, taxonomy, including biochemical taxonomy and stock identification, genetics and genetic manipulation, physiology, functional morphology, behaviour, ecology, fisheries assessment, development, exploitation and conservation. however, reviews will be published from any field of fish biology where the emphasis is placed on adaptation, function or exploitation in the whole organism.
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