Pelatihan dan Percontohan Aplikasi RAS dan Fitobiotik untuk Pokdakan Pembenihan Kepiting Bakau Bahari Sakti, Tanjungpinang

Dinamella Wahyuningrum, Irzal Effendi, Shavika Miranti
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Abstract

This activity aims to provide knowledge, insight, and skills in the application of recirculated aquaculture system (RAS) technology and phytobiotics to members of the Bahari Sakti mud crab hatchery group on Penyengat Island, Tanjungpinang, Riau Islands. Mastery of this application is important to improve the production performance of the mud crab hatchery group which is faced with the problem of high frequency of disease attacks on broodstock and low survival rate of larvae. The activity, which includes training, piloting, and mentoring, were take place from June‒September 2022, attended by 20 participants consisting of members of the Bahari Sakti mud crab hatchery group and public. The training materials covered the technical and management aspects of mud crab hatchery, RAS application, and phytobiotics of garlic flour in broodstock and larvae rearing. Pilot methods and mentoring were conducted in the form of RAS installations and application of phytobiotics with participants. After attending the training, there was a significant increase in knowledge and insight of these three aspects by 47, 51, and 26%, respectively, for the mud crab hatchery, phytobiotic, and RAS aspects. Pilots and mentoring in the form of rearing and spawning in the RAS system with the application of phytobiotics were carried out after training at the production facility of mud crab hatchery group. Participants in the pilot and mentoring activities were quite enthusiastic, although the attendance rate of participants was only 25‒35%. The RAS application can improve the water quality of the mud crab broodstock rearing media, while for the application of phytobiotics was not evaluated.
该活动旨在向廖内群岛丹中品港Penyengat岛Bahari Sakti泥蟹孵化场的成员提供关于循环水养殖系统(RAS)技术和植物素应用的知识、见解和技能。掌握这一应用对提高泥蟹孵化群的生产性能具有重要意义,目前泥蟹孵化群正面临着种鱼发病频率高、幼虫成活率低的问题。该活动包括培训、试点和指导,于2022年6月至9月举行,由Bahari Sakti泥蟹孵化场成员和公众组成的20名参与者参加。培训材料涵盖了泥蟹孵化技术和管理、RAS应用、大蒜粉在种鱼和幼虫养殖中的植物生物学等方面的内容。试点方法和指导以RAS装置的形式进行,并与参与者一起应用植物生物制剂。参加培训后,学员对泥蟹孵化、植物和RAS三个方面的知识和见解分别提高了47%、51%和26%。在泥蟹孵化场集团生产设施进行培训后,开展了在RAS系统中应用植物制剂进行饲养和产卵的试点和指导。虽然参与者的出勤率只有25-35%,但试点和指导活动的参与者都非常热情。RAS的应用可改善泥蟹养殖介质的水质,而植物制剂的应用尚未得到评价。
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