Kebijakan Kelautan Dan Perikanan Dan Implikasinya Terhadap Kelestarian Sumberdaya Ikan  Dan Ekonomi Perikanan Indonesia

Suhana, Suhana

doi:10.20957/jkebijakan.v2i1.10397

Cited by 7 publications

(7 citation statements)

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“…Bapak Minan, rata-rata omzet masing-masing anggota kelompok adalah 20 juta per bulan dengan biaya operasional rata-rata 10 juta per bulan. Rata-rata pendapatan rumah tangga pembudidaya ikan hias ini merupakan nilai tertinggi dari pendapatan rumah tangga pertanian lainnya yang ada di Indonesia (Suhana, 2017) (Dwiyaniti et al, 2020), penerangan lampu pada rumah tinggal (Kristiawan et al, 2019;Rumokoy et al, 2020), hidroponik drip (Huwaida, 2020)…”

Section: Abstrakunclassified

Internet of Thing untuk Memantau Sistem Kelistrikkan Pembudidaya Ikan Hias

Dwiyaniti,

Riandini,

Silawardono

et al. 2023

bdr

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The Pondakan Alam Sari ornamental fish cultivator group has approximately 50 types of ornamental fish cultivated for domestic and foreign commodities. Market demand for ornamental fish tends to increase yearly, but the market wants stable prices. This price stability is a dilemma for ornamental fish cultivator groups. One of the determinants of the selling price of ornamental fish is operational costs, especially electricity costs. The increase in basic electricity tariffs causes operational costs to increase. Electricity is used to power the circulating water pump 24 hours non-stop daily. This circulating water pump is very important for producing oxygen in the water. If there is no oxygen in the water, ornamental fish will die. To reduce operational electricity costs, the community service team built a DC electricity system sourced from solar energy so that the circulating water pump source no longer uses PLN electricity. This community service program aims to reduce operational electricity costs by building a DC electricity system sourced from solar energy and an IoT-based monitoring process. The implementation method consists of two stages: (1) building physical capital through a solar energy electricity source and DC pump installation and (2) creating a DC electrical parameter monitoring system with the Blynk IoT platform. The evaluation technique was carried out by comparing planning with the progress of implementing activities. The results and implications of activities include the availability of DC electricity sources from renewable energy, namely solar cells with a power of 960 WP, installing 10 DC pumps, and an IoT-based DC electrical parameter monitoring system. Operational costs in managing an ornamental fish business can be reduced by 46% from before using renewable and IoT-based energy. This result will certainly increase the profit margin of ornamental fish farming.

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Section: Abstrakunclassified

Internet of Thing untuk Memantau Sistem Kelistrikkan Pembudidaya Ikan Hias

Dwiyaniti,

Riandini,

Silawardono

et al. 2023

bdr

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“…Waktu pencarian memang dinyatakan dengan sangat spesifik dikarenakan dalam waktu yang berbeda, bisa jadi hasil pencaraian teratas juga berbeda. (Hendartyo, 2020) Dasar Hukum PBNU Minta Ekspor Benih Lobster Dihentikan Halaman all -Kompas.com (Idris, 2020c) Di Tengah Penolakan, Ekspor Benih Lobster Naik 3.149 % di Juli 2020 -Tirto.ID (Suhana, 2015) Diduga Ini Penyebab Maraknya Penyelundupan Benih Lobster -Tribunnews.com (Aco, 2020) Edhy Prabowo Jawab Kritik soal Legalisasi Ekspor Benih Lobster Halaman all -Kompas.com (Idris, 2020b) Ekspor Benih Lobster Dibuka, Mari Bersiasat Kalahkan Vietnam -Ekonomi Bisnis.com (Timorria, 2020) Ekspor Benih Lobster Masif, Pembudidaya Cemas Tak Dapat Jatah Benur Halaman all -Kompas.com (Ulya, 2020a) Ekspor Benih Lobster Sudah Legal, Penyelundupan Belum Surut (Ulya, 2020b) Eksportir Benih Lobster Dituding Berbohong (Radar Lombok, 2020) Gagalkan Ekspor Benih Lobster, Bea Cukai Palembang Raih Penghargaan -Tribunnews.com (Tribunews.com, 2020) Ganjil Ekspor Benih Lobster ala Edhy Prabowo -Fokus Tempo.co (Francisca, 2020)…”

Section: Hasil Dan Pembahasanunclassified

Analisis Kualitatif Kebijakan Legalisasi Penangkapan Benih Lobster Di Indonesia

Riadi

Wahyudin

Nababan³

2022

JRL

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Penelitian ini bertujuan untuk menganalisis dan mengkaji sentimen isu-isu utama di setiap berita di internet terkait legalisasi penangkapan benih lobster oleh Kementerian Kelautan dan Perikanan. Berita Daring diperoleh menggunakan mesin pencari Google Indonesia dengan menggunakan kata kunci "Benih Lobster". Dalam penelitian ini dianalisis 20 berita terpopuler terkait dengan kata kunci tersebut. Semua berita tersebut kemudian di lakukan pengkodean untuk mencari sentimen dari setiap berita dan juga topik utama yang terdapat dalam berita tersebut menggunakan software NVivo versi 12. Hasil analisis sentimen menunjukkan bahwa terdapat sentiment positif sejumlah 13 koding yang berasal dari 11 artikel dan 10 sentimen negative yang berasal dari 8 artikel. Hasil analisis topik utama juga terbagi dalam 6 cluster besar yaitu Akibat Legalisasi Penangkapan Benih Lobster sebanyak 46 Koding, Fakta, mengenai benih lobster sebanyak 10 koding, fakta tentang permen KP no 12 tahun 2020 sebanyak 8 koding, Permasalahan Permen KP no 12 tahun 2020 sebanyak 17 koding , Tujuan Permen KP no 12 tahun 2020 sebanyak 15 koding dan Solusi pasca legalisasi sebanyak 3 koding. Mayoritas topik utama yang keluar dari internal Kementerian Kelautan dan Perikanan sebagian besar positif sedangkan sentiment negative berasal dari Menteri KKP sebelumnya dan juga dari organisasi keagamaan seperti PBNU dan Muhammadiyah. Analisis lebih lanjut dapat disimpulkan bahwa pemberitaan-pemberitaan negative yang ada di media cenderung berlawanan dengan hasil kajian-kajian yang dilakukan oleh para peniliti dari berbagai universitas di Indonesia, oleh karena itu dirasa perlu kementrian KKP dapat menggandeng stakeholder media untuk dapat menyampaikan fakta-fakta ilmiah terkait legalisasi benih lobster kepada masnyarakat.

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“…This policy is considered to have a positive influence on small fishermen and provides opportunities for capture fisheries industry in a wider score (Suman & Satria, 2014). However, the policy to reduce the capture effort must be carried out across sectors considering that the implementation of the policy must be supported by all relevant stakeholders (Suhana, 2015). The government can also arrange some regulation on the minimum length of grouper which can be traded in order to protect the small grouper population.…”

Section: Length Frequencymentioning

confidence: 99%

The Fishing Ground of Bottom Longline Vessels and Exploitation Rate of Tiger Grouper (<i>Epinephelus aerolatus</i>) in Arafura Waters

et al. 2020

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As excessive capture activity adversely impacts fisheries sector, fish resources management is a necessity. This study was conducted as a scientific contribution for the managements of bottom longline fisheries in Arafura Waters and areolate grouper (Epinephelus areolatus) as one of the target catches. It was carried out from February to December 2017 and in November 2018. Data on the fishing grounds of eight bottom longline vessels were obtained from the vessel monitoring system (VMS) of Probolinggo Marine and Fisheries Resources Supervisory Unit, Mayangan Probolinggo Fishing Port, and Marine and Fisheries Resources Surveillance (PSDKP) Tual Station. Based on the analysis of the coordinates from the VMS, the fishing grounds of the bottom longline vessels in Arafura waters were found around Dolak until the border with Merauke and around Timika until Aru Islands. The composition of dominant catches consisted of croaker (Pennahia spp.) and snapper (Lutjanus spp.), as well as grouper (Epinephelus spp.) in a smaller proportion. The size structure of the areolate grouper caught with bottom longlines was 21.5–54.5 cmTL; its length at first capture (Lc) was 33.9 cmTL; and its asymptotic length was 70.5 cmTL. Its growth rate (K) was found 0.26 per year. The fishing mortality (F) of the species was found higher than its natural mortality (M), and its exploitation level (E) was 0.74, meaning that the species was already overfished. The exploitation should be reduced by 40–50% to keep the fish resources in Arafura sustainable, especially for areolate grouper. Keywords: fishing ground, bottom longline, exploitation level, tiger grouper, Arafura

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Kebijakan Kelautan Dan Perikanan Dan Implikasinya Terhadap Kelestarian Sumberdaya Ikan Dan Ekonomi Perikanan Indonesia

Cited by 7 publications

References 0 publications

Internet of Thing untuk Memantau Sistem Kelistrikkan Pembudidaya Ikan Hias

Internet of Thing untuk Memantau Sistem Kelistrikkan Pembudidaya Ikan Hias

Analisis Kualitatif Kebijakan Legalisasi Penangkapan Benih Lobster Di Indonesia

The Fishing Ground of Bottom Longline Vessels and Exploitation Rate of Tiger Grouper (<i>Epinephelus aerolatus</i>) in Arafura Waters

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