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Comparison and Optimal Prediction of Goptimal prediction of growth of Babylonia areolata and B. lutosa
Aquaculture Reports ( IF 3.2 ) Pub Date : 2020-07-15 , DOI: 10.1016/j.aqrep.2020.100425 Wengang Lü , Maocheng Zhong , Jingqiang Fu , Sheng Ke , Bihui Gan , Yinhuan Zhou , Minghui Shen , Caihuan Ke
Aquaculture Reports ( IF 3.2 ) Pub Date : 2020-07-15 , DOI: 10.1016/j.aqrep.2020.100425 Wengang Lü , Maocheng Zhong , Jingqiang Fu , Sheng Ke , Bihui Gan , Yinhuan Zhou , Minghui Shen , Caihuan Ke
Over the past decade, the ivory shells have been successfully exploited as important aquaculture organisms in Southern China. In this research, we measured the annual growth of shell length and body weight of two species including and () of ivory shells. a Chinese populations of and , and a Thai population of were studied. We used Mallows’ criterion and three growth statistics models to explain and predict the growth pattern of and . The results showed that under constant environmental conditions and the same artificial culture management regime, shell length and body weight did not differ significantly ( > 0.05) between populations in initial cultural stage. However, the significant differences were found with an extension of the growth cycle; Notably, the growth curve of body weight showed a decreasing tendency in the high temperature season, but the and growth patterns were reversed. The asymptotic growth of shell length in the logistic model, estimated using the Levengerg-Marquardt iteration, was 42.479, 47.300 and 41.031 mm for , and , respectively. The asymptotic body weight in the Brody model was 20.890, 25.142 and 19.575 g for , and , respectively. The results provide reference for breeding project and formulation or aquaculture management of and
更新日期：2020-07-15
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