Logistic model of abalon’s length growth in Sekotong, West Lombok

Marliadi Susanto, M. U. Romdhini, S. Kamali, Laya Zurfani
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Abstract

Abalon (Haliotisasinina) is a marine animal that is classified in shellfish and belongs to the class of gastrophoda, family haliotidae. It is one of the mainstays of NTB and national ethnofauna as marine commodities for export. The existence of these snails has provided an important role for the economy of coastal communities not only eaten or sold in the local market but also exported to several Asian countries, Europe and the United States. Thus, the growth of Abalone is very important to know quickly so that the process of abalone cultivation becomes more effective. Abalone growth is a logistical problems, Abalone growth can be observed through changes in weight, length and biomass. this study focused on the growth of abalone length as a continuation of previous research. The length of Abalone is also one of the parameters of successful cultivation and marketing. It should be noted that knowing the growth of Abalone is quiteslows so this also becomes an interesting phenomenon to study. Slow growth is certainly one of the economic problems because it is related to the time of marketing or harvesting. One way to know quickly the growth of abalone is to construct the mathematical modelso that based on the results of analyzing the model can be known the optimal length and time of harvesting. The mathematical model constructed in this case is the Von Berlatanffy model as a generalization of the Verhulst logistics model. Based on the results of analysis of the model obtained the growth of the length of the Abalone reaches a maximum of 12 cm at the age of 80 months. However, harvesting at that age is less effective because it will require more maintenance costs so that the optimal harvesting time is 26 months with an abalone length of 8 cm and the length is said to be the optimal length because it meets national or international market standards.Abalon (Haliotisasinina) is a marine animal that is classified in shellfish and belongs to the class of gastrophoda, family haliotidae. It is one of the mainstays of NTB and national ethnofauna as marine commodities for export. The existence of these snails has provided an important role for the economy of coastal communities not only eaten or sold in the local market but also exported to several Asian countries, Europe and the United States. Thus, the growth of Abalone is very important to know quickly so that the process of abalone cultivation becomes more effective. Abalone growth is a logistical problems, Abalone growth can be observed through changes in weight, length and biomass. this study focused on the growth of abalone length as a continuation of previous research. The length of Abalone is also one of the parameters of successful cultivation and marketing. It should be noted that knowing the growth of Abalone is quiteslows so this also becomes an interesting phenomenon to study. Slow growth is c...
西龙目岛Sekotong地区鲍鱼长度增长的Logistic模型
鲍鱼(balalon)是一种贝类动物,属于腹足纲,鲍鱼科。它是国家海洋出口商品和民族动物的支柱之一。这些蜗牛的存在为沿海社区的经济提供了重要的作用,不仅在当地市场上食用或销售,而且还出口到几个亚洲国家、欧洲和美国。因此,快速了解鲍鱼的生长情况对提高鲍鱼养殖的效率具有重要意义。鲍鱼的生长是一个物流问题,鲍鱼的生长可以通过体重、长度和生物量的变化来观察。本研究的重点是鲍鱼长度的增长,作为以往研究的延续。鲍鱼的长度也是成功养殖和销售的参数之一。值得注意的是,鲍鱼的生长非常缓慢,所以这也成为一个有趣的研究现象。生长缓慢当然是经济问题之一,因为它与销售或收获的时间有关。快速了解鲍鱼生长情况的一种方法是建立数学模型,根据模型分析结果确定最佳采收时长和采收时间。在这种情况下建立的数学模型是Von Berlatanffy模型作为Verhulst物流模型的推广。根据模型的分析结果,鲍鱼的体长在80月龄时达到了12厘米的最大值。然而,在这个年龄采收效果较差,因为它需要更多的维护成本,所以最佳采收时间为26个月,鲍鱼长度为8厘米,据说这是最佳长度,因为它符合国家或国际市场标准。鲍鱼(balalon)是一种贝类动物,属于腹足纲,鲍鱼科。它是国家海洋出口商品和民族动物的支柱之一。这些蜗牛的存在为沿海社区的经济提供了重要的作用,不仅在当地市场上食用或销售,而且还出口到几个亚洲国家、欧洲和美国。因此,快速了解鲍鱼的生长情况对提高鲍鱼养殖的效率具有重要意义。鲍鱼的生长是一个物流问题,鲍鱼的生长可以通过体重、长度和生物量的变化来观察。本研究的重点是鲍鱼长度的增长,作为以往研究的延续。鲍鱼的长度也是成功养殖和销售的参数之一。值得注意的是,鲍鱼的生长非常缓慢,所以这也成为一个有趣的研究现象。缓慢的增长是c…
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