Analisis Hasil Tangkapan Udang Brown (Metapenaeus ensis) di Pelabuhan Perikanan Kuala Pembuang

Kembarawati Kembarawati, Sweking Gandih, Anang Najamuddin, Rosita Rosita
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Abstract

This study aims to determine the results of Catch Per Unit Effort (CPUE), Maximum Sustainable Yield (MSY) and the utilization rate of brown shrimp (Metapenaeus ensis) at the Kuala Pemburan Fishing Port for the last 5 years (2017-2021). The basic method used in this study is a quantitative descriptive method derived from primary and secondary data. Data collection techniques were interviews and primary data collection in the form of shrimp production data at the Kuala Pemburan Fishing Port. Data analysis methods are CPUE, MSY and utilization rate analysis. The results of the study show that the CPUE value has fluctuated from 2017-2021. The highest CPUE value was in 2020 which was 37.76 kg/trip and the lowest was in 2017 which was 8.36 kg/trip. The high and low CPUE values ​​occurred because during this period there was an increase and decrease in both the use of fishing gear and fishing trips. For the yield value (MSY) the optimum fishing effort is 2,940 trips per year and the maximum sustainable catch value is 63,954 kg per year. If viewed based on the sustainable maximum catch value, the number of catches produced in 2020 and 2021 has exceeded the maximum catch limit (Cmsy), but the fishing effort has not exceeded the optimum fishing effort (Emsy). Meanwhile, the yield value of the utilization rate of brown shrimp resources in the last five years indicates that the utilization rate has increased drastically, especially in 2020 and 2021
瓜拉奔邦渔港褐虾(Metapenaeus ensis)的渔获量分析
本研究旨在确定过去5年(2017-2021年)吉隆坡Pemburan渔港的单位努力渔获量(CPUE)、最大可持续产量(MSY)和褐虾(Metapenaeus ensis)利用率的结果。本研究使用的基本方法是定量描述方法,来源于一手和二手数据。数据收集技术是访谈和以吉隆坡彭布兰渔港虾类生产数据的形式收集原始数据。数据分析方法有CPUE、MSY和利用率分析。研究结果表明,CPUE值在2017-2021年期间存在波动。CPUE值最高的是2020年,为37.76 kg/trip,最低的是2017年,为8.36 kg/trip。CPUE值的高低是因为在此期间渔具的使用和捕鱼次数都有增加和减少。对于产量值(MSY),最佳捕捞量为每年2,940次,最大可持续捕捞量为每年63,954公斤。如果以可持续最大渔获量来看,2020年和2021年的渔获量已超过最大渔获量限制(Cmsy),但捕捞努力量未超过最佳捕捞努力量(Emsy)。同时,近5年褐虾资源利用率的产量值表明,褐虾资源利用率大幅提高,特别是在2020年和2021年
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