乌克兰基辅污水系统网纹蛭种群及分布的表型研究

Q3 Agricultural and Biological Sciences Zoodiversity Pub Date : 2023-01-01 DOI:10.15407/zoo2023.04.301
O. Nekrasova, O. Marushchak, M. Pupins, K. M. Bolotova, A. Čeirāns, A. Skute
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引用次数: 0

摘要

本文提出了对乌克兰境内的孔皮鱼种群的研究的原始数据,以它们在基辅的排水系统中存活多年为例。2011-2020年,在基辅Bortnychi通气站的温水流中研究了10年的野生孔雀鱼种群及其形态特征。在此期间,原始的“钥匙”被发展用来描述它们的颜色特征的形态,其中包括:总长度、图案和颜色元素数量(4种、9种)、着色面积(浅橙色、深色、着色指数)、尾部形状和着色(6种)及其不对称性。目前,在东欧国家,由于冬季温度低,该物种不适应任何野生水域,但这些鱼在城市化地区(城市、城镇、工厂等)的污水和其他温暖水体中已经很好地建立起来。我们描述了多年来发现这种入侵物种的地方,突出了它的主要特征。通过GIS建模,发现乌克兰和拉脱维亚的野生孔雀鱼种群只可能存在于人类活动区域内的温暖水域(目前主要是大城市的污水系统)。这种对相对孤立的入侵物种种群的关键和研究将提供对其孤立形态特征(颜色)的微观进化的更深入了解,有助于跟踪入侵物种在气候变化中的分布,并为在受军事行动严重影响的地区与可能的类似入侵进行比较提供材料。
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Phenotypic Study of Population and Distribution of the Poecilia reticulata (Cyprinodontiformes, Poeciliidae) from Kyiv Sewage System (Ukraine)
This paper presents the original data on studies of populations of guppies on the territory of Ukraine on the example of those of them surviving for many years in the drainage system of Kyiv. For 10 years, wild populations of guppies and their morphological features were studied in the warm water flows of the Bortnychi aeration station in Kyiv (2011–2020). During this period, the original “key” was developed to describe the morphology of their coloration peculiarities, which includes: total length, the number of pattern and coloration elements (4 types, 9 elements), pigmented area (light — orange, dark, pigmentation index), the shape and pigmentation of the tail (6 types) and its asymmetry At present, in the countries of Eastern Europe, the species is not adapted to any waters in the wild due to low winter temperatures, but these fish have become well established in sewage and other warm water bodies in urbanized areas (cities, towns, factories, etc.). We described the places where this invasive species had been found for many years, highlighting its key features. Thanks to GIS modelling, it was revealed that the existence of wild populations of guppies in Ukraine and Latvia is possible only in warm waters (currently mainly sewage systems of big cities) within anthropogenic territories. Such a key and study of relatively isolated populations of invasive species will provide a deeper understanding of micro-evolution of their morphological features (coloration) in isolation, help to track distribution of invasive species in a changing climate and provide material for comparison with possible similar invasions in areas heavily affected by military actions.
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来源期刊
Zoodiversity
Zoodiversity Agricultural and Biological Sciences-Animal Science and Zoology
CiteScore
1.20
自引率
0.00%
发文量
29
审稿时长
8 weeks
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