Relationship between fish body and sagittal otolith morphometrics in the pool barb Puntius sophore (Hamilton, 1822) from the Ganga and Punpun rivers of Bihar, India

Pub Date : 2023-06-30 DOI:10.21077/ijf.2023.70.2.132160-11
None Jaspreet singh, S. K. Ahirwal, None Tarkeshwar Kumar, None Vivekanand Bharti, None Pranab Gogoi, None Kamal Sarma
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Abstract

The present study estimated the morphometric relationships between body and sagittal otolith of the economically and nutritionally important pool barb Puntius sophore (Hamilton, 1822). A total of 266 fish specimens were collected monthly from the Ganga and Punpun rivers of Bihar, India from September 2021 to March 2022 Length-weight relationships (LWRs), length frequency distribution, condition factor and otolith aspect ratio were assessed. The fish length and weight ranged from 5.57 cm to 11.17 cm and 1.18 g to 18.98 g, respectively. The b value in LWRs (b>3) were estimated as 3.20 and 3.17 for Ganga and Punpun, respectively. Condition factors indicated optimal growth conditions for this species in both the rivers. The fish and otolith morphometrics showed a positive correlation, and the highest coefficient of determination (R2) was observed between total fish length and otolith weight (R2= 0.942) followed by fish length and otolith length (R2=0.90). All of these relationships are significant to fisheries management and useful for future time series studies on food-feeding habits, stock structure, environmental change and resource conservation. Keywords : Coefficient of determination, Condition factor, Fish otolith, Growth, Length-weight relationship
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来自印度比哈尔邦恒河和Punpun河的池塘倒钩Puntius sophore (Hamilton, 1822)中鱼体与矢状耳石形态计量学的关系
本研究估计了经济上和营养上重要的池塘倒钩Puntius sophore的身体和矢状耳石之间的形态计量关系(Hamilton, 1822)。从2021年9月至2022年3月,在印度比哈尔邦的恒河和Punpun河每月采集266份鱼类标本,评估了长度-重量关系(LWRs)、长度频率分布、条件因子和耳石纵横比。鱼长5.57 ~ 11.17 cm,重1.18 ~ 18.98 g。Ganga和Punpun的lws (b>3)的b值分别为3.20和3.17。条件因子表明该物种在两条河流中生长条件最佳。鱼与耳石形态计量学呈正相关,其中鱼总长度与耳石重量的决定系数(R2)最高(R2= 0.942),其次是鱼长与耳石长度(R2=0.90)。所有这些关系对渔业管理具有重要意义,并对未来关于食物摄食习性、种群结构、环境变化和资源保护的时间序列研究有用。关键词:决定系数,条件因子,鱼耳石,生长,长重关系
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