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王瑛, 王勇, 王聪, 彭琼英, 陈银瑞, 杨君兴. 1998: 滇池太湖新银鱼的生长特性与资源量关系的研究. 动物学研究, 19(4): 289-295.
引用本文: 王瑛, 王勇, 王聪, 彭琼英, 陈银瑞, 杨君兴. 1998: 滇池太湖新银鱼的生长特性与资源量关系的研究. 动物学研究, 19(4): 289-295.
WANG Ying, WANG Yong, WANG Cong, PENG Qing-ying, CHEN Yin-rui, YANG Jun-xing. 1998. Study on The Correlation Between The Growing Characters of Neosalanx taihuensis and Its Resources in Lake Dianchi. Zoological Research, 19(4): 289-295.
Citation: WANG Ying, WANG Yong, WANG Cong, PENG Qing-ying, CHEN Yin-rui, YANG Jun-xing. 1998. Study on The Correlation Between The Growing Characters of Neosalanx taihuensis and Its Resources in Lake Dianchi. Zoological Research, 19(4): 289-295.

滇池太湖新银鱼的生长特性与资源量关系的研究

Study on The Correlation Between The Growing Characters of Neosalanx taihuensis and Its Resources in Lake Dianchi

  • 摘要: 为了滇池中太湖新银鱼(Neosalanx taihuensis Chen)达到稳产、高产、优质、高效的目的,管理部门急需寻求一个合理的资源量平衡点。经31个月的连续采样调查,应用Von Bertalanffy生长方程,得到太湖新银鱼1989年和1990年生长方程分别为:L=6.70〔1-e-0.198(t-0.225)〕、W=1.78〔1-e-0.198(t-0.225)3和L=7.48〔1-e-0.173(t+0.064)〕、W=2.76〔1-e-0.173(t+0.064)3。据此拟合出体重与种群密度关系W=1.047-0.671lgC,种群密度与资源量关系F=1999.36Ce-0.2045C,最终演译出资源量平衡点在1847 t。相应体重1.0g/尾;密度指标1.175尾/m3;捕捞时间在8月。该研究结果已成为滇池渔业管理的努力目标。

     

    Abstract: The salangid fish,Neosalanx taihuensis,has become a major export fish product in Yunnan.In order to approach steady abundant harvest of N.taihuensis with high quality in Lake Dianchi,it is urgent to set an appropriate balance point for the resources of N.taihuensis in the lake.After successive 31-month sampling investigations and applying the Von Bertalanffy growing equation,We obtained N.taihuensis growing eqs.L=6.07〔1-e-0.198(t-0.225)〕,W=1.78〔1-e-0.198(t-0.225)〕3 for 1989 and L=7.48〔1-e-0.173(t+0.064)〕.W=2.76〔1-e-0.173(t+0.064)〕3 for 1990.Based on the two eqs.We fitted out the correlations between body F=1999.36 C e-0.2045 C,and finally we deduced the resource-balance point to be 1847 t,correspondingly the body weight 1.0 g per fish;density 1.175 fish/m3,the fishing season is Aug.These results have been the goal for the Kunming Department of Fishery Management and being tested and improved in practice.

     

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