虾的摄入量(Panulirus spp)是基于盘尼西区盈余生产模型的基础

Hasrun Hasrun, Kasmawati Kasmawati, M. Alwi
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引用次数: 0

摘要

小龙虾(Panulirus spp)是印度尼西亚一种极具潜力的海洋渔业资源,长期以来一直被渔民在珊瑚区捕捞,以了解Pangkep摄生区水域的渔具、捕捞方法和小龙虾捕捞区域(Panulirus spp)的描述,并利用MSY方法估算出Pangkep摄生区小龙虾的估计利用率。本研究采用了2022年3月1日至2022年4月30日期间的主要数据,以及2016-2021年期间庞克普摄政海洋和渔业局获得的捕捞产量数据和捕捞努力量(单位)的辅助数据。研究结果表明,小龙虾的渔具为以独木舟船为工具的固定刺网。捕小龙虾的过程包括设置、浸泡和拖拽。珊瑚渔场位于多岩石的地区,捕鱼季节为11月至次年1月。基于3种剩余生产模型的研究结果,认为庞格普摄政区最适合小龙虾渔业的剩余生产模型为Gulland模型,R2大,标准差小。最大可持续捕获量为16,783.58公斤/年,尝试捕获量为12,496单位。TP (Utilization Rate)和TPU (Capability Rate)分别超过yJTB和fJTB,处于过度使用状态。
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TINGKAT PEMANFAATAN UDANG KARANG (Panulirus spp) BERDASARKAN PENDEKATAN MODEL PRODUKSI SURPLUS DI PERAIRAN KABUPATEN PANGKEP
Crayfish (Panulirus spp) is one type of Indonesian marine fishery resources that is very potential and has long been caught by fishermen in coral areas to find out the description of fishing gear, methods, and crayfish fishing areas (Panulirus spp) in the waters of Pangkep Regency and to find out the estimated utilization rate of crayfish using the MSY approach in Pangkep Regency. This research has been carried out by taking data in the form of primary data carried out from March 1, 2022 – April 30, 2022 and secondary data in the form of catch production data and fishing efforts (units) obtained from the Marine and Fisheries Service of Pangkep Regency for the 2016-2021 time period. The results of this study showed that the fishing gear used to catch crayfish (Panulirus spp) was a fixed gill net using a canoe boat as a tool. The process of catching crayfish includes setting, soaking and hauling. Coral fishing grounds are in rocky areas with the fishing season occurring from November to January. Based on the results of research using three surplus production models, it was concluded that the most suitable surplus production model for crayfish fisheries in Pangkep Regency is the Gulland model by showing a large (R2) and a small standard deviation. The maximum sustainable catch is 16,783.58 kg/year and the attempted catch is 12,496 units. The Utilization Rate (TP) and Capability Rate (TPU) have exceeded (yJTB) and (fJTB) with overexploited status.
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