{"title":"Length–weight relations and condition factors of 34 Oxynoemacheilus species (Actinopterygii: Cypriniformes: Nemacheilidae) from Turkish inland waters","authors":"E. Çiçek, Burak Seçer, S. Eagderi, S. Sungur","doi":"10.3897/aiep.52.81211","DOIUrl":null,"url":null,"abstract":"This study aimed to provide the length–weight relations and condition factors of 34 Oxynoemacheilus species from the inland waters of Turkey: Oxynoemacheilus anatolicus Erk’akan, Özeren et Nalbant, 2008; Oxynoemacheilus angorae (Steindachner, 1897); Oxynoemacheilus argyrogramma (Heckel, 1847); Oxynoemacheilus arsaniasus Freyhof, Kaya, Turan et Geiger, 2019; Oxynoemacheilus atili Erk’akan, 2012; Oxynoemacheilus banarescui (Delmastro, 1982); Oxynoemacheilus bergianus (Derjavin, 1934); Oxynoemacheilus cf. bureschi (Drensky, 1928); Oxynoemacheilus ceyhanensis (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus ciceki Sungur, Jalili et Eagderi, 2017; Oxynoemacheilus cilicicus Kaya, Turan, Bayçelebi, Kalayci et Freyhof, 2020; Oxynoemacheilus cyri (Berg, 1910); Oxynoemacheilus ercisianus (Erk’akan et Kuru, 1986); Oxynoemacheilus eregliensis (Bănărescu et Nalbant, 1978); Oxynoemacheilus euphraticus (Bănărescu et Nalbant, 1964); Oxynoemacheilus evreni (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus frenatus (Heckel, 1843); Oxynoemacheilus germencicus (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus hamwii (Krupp et Schneider, 1991); Oxynoemacheilus hazarensis Freyhof et Özuluğ, 2017; Oxynoemacheilus insignis (Heckel, 1843); Oxynoemacheilus kaynaki Erk’akan, Özeren et Nalbant, 2008; Oxynoemacheilus mediterraneus (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus namiri (Krupp et Schneider, 1991); Oxynoemacheilus nasreddini Yoğurtçuoğlu, Kaya et Freyhof, 2021; Oxynoemacheilus paucilepis (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus samanticus (Bănărescu et Nalbant, 1978); Oxynoemacheilus seyhanensis (Bănărescu, 1968); Oxynoemacheilus seyhanicola (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus simavicus (Balik et Bănărescu, 1978); Oxynoemacheilus theophilii Stoumboudi, Kottelat et Barbieri, 2006; Oxynoemacheilus tigris (Heckel, 1843); Oxynoemacheilus veyselorum Çiçek, Eagderi et Sungur, 2018. Based on the results, the growth coefficient values (b) ranged from 2.770 (O. argyrogramma) to 3.285 (O. theophilii) with an R2 estimate greater than 0.91. Fulton’s condition factor (KF) of the studied fishes ranged from 0.598 (O. insignis) to 1.07 (O. nasreddini) . Relative conditions (KR) were found to have a narrow distribution range (0.856–1.014 with a mean of 1.005). The form factors of these species were calculated between 0.006 and 0.14, with a mean and median value of 0.01. This study represents the first reports of LWRs parameters for 22 species, new maximum total length data were bigger than given in FishBase for 21 species, and first species listing for maximum total length for seven species. The findings of this study provide useful information for further fisheries management and fish population dynamic studies.","PeriodicalId":6950,"journal":{"name":"Acta Ichthyologica Et Piscatoria","volume":" ","pages":""},"PeriodicalIF":0.8000,"publicationDate":"2022-03-14","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"4","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Acta Ichthyologica Et Piscatoria","FirstCategoryId":"97","ListUrlMain":"https://doi.org/10.3897/aiep.52.81211","RegionNum":4,"RegionCategory":"农林科学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"Q3","JCRName":"FISHERIES","Score":null,"Total":0}
引用次数: 4
Abstract
This study aimed to provide the length–weight relations and condition factors of 34 Oxynoemacheilus species from the inland waters of Turkey: Oxynoemacheilus anatolicus Erk’akan, Özeren et Nalbant, 2008; Oxynoemacheilus angorae (Steindachner, 1897); Oxynoemacheilus argyrogramma (Heckel, 1847); Oxynoemacheilus arsaniasus Freyhof, Kaya, Turan et Geiger, 2019; Oxynoemacheilus atili Erk’akan, 2012; Oxynoemacheilus banarescui (Delmastro, 1982); Oxynoemacheilus bergianus (Derjavin, 1934); Oxynoemacheilus cf. bureschi (Drensky, 1928); Oxynoemacheilus ceyhanensis (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus ciceki Sungur, Jalili et Eagderi, 2017; Oxynoemacheilus cilicicus Kaya, Turan, Bayçelebi, Kalayci et Freyhof, 2020; Oxynoemacheilus cyri (Berg, 1910); Oxynoemacheilus ercisianus (Erk’akan et Kuru, 1986); Oxynoemacheilus eregliensis (Bănărescu et Nalbant, 1978); Oxynoemacheilus euphraticus (Bănărescu et Nalbant, 1964); Oxynoemacheilus evreni (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus frenatus (Heckel, 1843); Oxynoemacheilus germencicus (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus hamwii (Krupp et Schneider, 1991); Oxynoemacheilus hazarensis Freyhof et Özuluğ, 2017; Oxynoemacheilus insignis (Heckel, 1843); Oxynoemacheilus kaynaki Erk’akan, Özeren et Nalbant, 2008; Oxynoemacheilus mediterraneus (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus namiri (Krupp et Schneider, 1991); Oxynoemacheilus nasreddini Yoğurtçuoğlu, Kaya et Freyhof, 2021; Oxynoemacheilus paucilepis (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus samanticus (Bănărescu et Nalbant, 1978); Oxynoemacheilus seyhanensis (Bănărescu, 1968); Oxynoemacheilus seyhanicola (Erk’akan, Nalbant et Özeren, 2007); Oxynoemacheilus simavicus (Balik et Bănărescu, 1978); Oxynoemacheilus theophilii Stoumboudi, Kottelat et Barbieri, 2006; Oxynoemacheilus tigris (Heckel, 1843); Oxynoemacheilus veyselorum Çiçek, Eagderi et Sungur, 2018. Based on the results, the growth coefficient values (b) ranged from 2.770 (O. argyrogramma) to 3.285 (O. theophilii) with an R2 estimate greater than 0.91. Fulton’s condition factor (KF) of the studied fishes ranged from 0.598 (O. insignis) to 1.07 (O. nasreddini) . Relative conditions (KR) were found to have a narrow distribution range (0.856–1.014 with a mean of 1.005). The form factors of these species were calculated between 0.006 and 0.14, with a mean and median value of 0.01. This study represents the first reports of LWRs parameters for 22 species, new maximum total length data were bigger than given in FishBase for 21 species, and first species listing for maximum total length for seven species. The findings of this study provide useful information for further fisheries management and fish population dynamic studies.
本研究旨在提供土耳其内陆水域34种Oxynemachilus的长重关系和条件因素:Oxynemacheilus anatolicus Erk'akan,Özeren et Nalbant,2008;Oxynemacheilus angorae(斯坦达奇纳,1897);阿氏Oxynemachilus argyrogramma(赫克尔,1847);Oxynemachilus arsaniasus Freyhof,Kaya,Turan et Geiger,2019;Oxynemacheilus atili Erk'akan,2012;Oxynemacheilus banarescui(Delmastro,1982);伯氏Oxynemachilus bergianus(Derjavin,1934);Oxynemacheilus cf.bureschi(Drensky,1928);ceyhanensis Oxynemachilus(Erk'akan,Nalbant etÖzeren,2007);Oxynemacheilus ciceki Sungur,Jalili et Eagleri,2017;Kaya,Turan,Bayçelebi,Kalayci et Freyhof,2020;Oxynemacheilus cyri(伯格,1910);Erk’akan et Kuru,1986;Oxynemachilus eregliensis(Bănărescu et Nalbant,1978);Oxynemacheilus胡杨(Bănărescu et Nalbant,1964);Oxynemacheilus evreni(Erk'akan,Nalbant etÖzeren,2007);frenatus Oxynemachilus(赫克尔,1843);细菌性氧化杆菌(Erk'akan,Nalbant etÖzeren,2007);Oxynemacheilus hamwii(Krupp et Schneider,1991);hazarensis Freyhof etÖzuluğ,2017;Oxynemachilus徽章(赫克尔,1843);Oxynemacheilus kaynaki Erk’akan,Özeren和Nalbant,2008年;地中海氧合物(Erk’akan,Nalbant etÖzeren,2007);纳米氧化杆菌(Krupp et Schneider,1991);Oxynemacheilus nasreddini Yoğurtçuoğlu,Kaya et Freyhof,2021;贫氧合线虫(Erk'akan,Nalbant etÖzeren,2007);Oxynemachilus samanticus(Bănărescu et Nalbant,1978);Oxynemachilus seyhanensis(Bănărescu,1968);Oxynemachilus seyhanicola(Erk'akan,Nalbant etÖzeren,2007);Oxynemacheilus simavicus(Balik et Bănărescu,1978);Stoumboudi,Kottelat和Barbieri,2006年;虎Oxynemachilus tigris(赫克尔,1843);Oxynemachilus veyselorumÇiçek,Eagleri et Sungur,2018。基于这些结果,生长系数值(b)的范围从2.770(银耳蟾蜍)到3.285(嗜神蟾蜍),R2估计值大于0.91。研究鱼类的富尔顿条件因子(KF)在0.598(O.insignis)到1.07(O.nasreddini)之间。相对条件(KR)的分布范围很窄(0.856–1.014,平均值为1.005)。这些物种的形状因子在0.006和0.14之间计算,平均值和中值为0.01。本研究代表了22个物种的LWRs参数的首次报告,21个物种的新的最大总长数据大于FishBase中给出的数据,7个物种的最大总长首次列出。这项研究的结果为进一步的渔业管理和鱼类种群动态研究提供了有用的信息。
期刊介绍:
ACTA ICHTHYOLOGICA ET PISCATORIA (AIeP) is an international, peer-reviewed scientific journal that publishes articles based on original experimental data or experimental methods, or new analyses of already existing data, in any aspect of ichthyology and fisheries (fin-fish only).