BibTex Citation Data :
@article{IJFST24010, author = {Hairul Umam and Gondo Puspito and Wazir Mawardi}, title = {PENGGUNAAN HIGH POWER LED (HPL) PADA PERIKANAN BAGAN APUNG DI SELAT MADURA (The Use Of High Power LED (HPL) Lamp On The Lift Net Fishing In The Madura Strait)}, journal = {Saintek Perikanan : Indonesian Journal of Fisheries Science and Technology}, volume = {16}, number = {2}, year = {2020}, keywords = {: Cahaya; hemat; komposisi; lingkungan; tinggi.}, abstract = { Cahaya merupakan alat bantu utama pada perikanan bagan apung dan berfungsi sebagai pengumpul ikan. Sumber cahayanya sangat beragam, mulai dari petromaks, lampu pijar, lampu neon dan mercury. Nelayan terpaksa mulai meninggalkan pengunaan keempat lampu karena bahan bakar sebagai sumber energinya sangat mahal. Jenis sumber cahaya yang sangat berpeluang besar dikembangkan adalah lampu LED, karena lebih hemat energi, ramah lingkungan dan tahan lama. Uji coba lampu LED jenis HPL pernah dilakukan pada perikanan bagan tancap. Hasilnya membuktikan bahwa bagan yang mengoperasikan lampu HPL mendapatkan berat tangkapan 2 kali lebih tinggi dibandingkan dengan bagan nelayan yang menggunakan lampu neon. Penelitian dilakukan untuk memperbaiki konstruksi penelitian sebelumnya agar pancaran cahayanya semakin luas. Selanjutnya, berat hasil tangkapan bagan apung yang mengoperasikan lampu berbeda dibandingkan. Tujuannya adalah untuk membuktikan bahwa penggunaan lampu konstruksi baru dapat meningkatkan berat hasil tangkapan bagan, tanpa mengurangi komposisi jenisnya. Hasilnya adalah berat total hasil tangkapan bagan yang mengoperasikan lampu dengan konstruksi baru mencapai 1494 kg yang didominasi oleh hasil tangkapan utama seberat 847 kg dan sampingan 647 kg, atau lebih tinggi dibandingkan hasil tangkapan total lampu konstruksi lama 788 kg (433 kg; 355 kg). Komposisi jenis hasil tangkapan kedua lampu terdiri atas delapan jenis organisme yang sama, yaitu teri putih ( Stolephorus buccaneeri ), teri jengki, teri hitam, teri paku ( Stolephorus indicus ), cumi-cumi ( Loligo sp.), pepetek ( Leiognathus sp. ), selar kuning ( Selaroides leptolepis ) dan tembang ( Sardinella fimbriata ). Light is the main fish aggregat device on the lift net fishing as fish collector. The source of light is various, i.e. petromaks, fluorescent lamp, neon lamp, and mercury. The fisherman is forced to abandon the use of the lamps because the fuel cost is high. The kind of light sources that have big opportunity to be developed is LED because it is lower energy, enviromentally friendly, and durable. The trials of HPL lamp had been carried out on the lift net fishing. The result showed that the weight of fish catches on the lift net with HPL lamp was higher twice than lift net with neon lamp. The research handled to fix the contruction on the previous research was carried out to make the emission of the light widen. Then, the weight of fish catches on the lift net with different lamp could be compared. This research aimed to prove the use of lamp with new contruction could increase the weight of fish catches on the lift net without decreasing the species composition. The result showed the weight of fish catches on the lift net with new contruction was 1494 kg that was dominated by main catch 847 kg and by catch 647 kg or more than the total weight of the HPL-S lamp 788 kg (433 kg; 355 kg). the species composition of both of the lamp were 8 species, i.e, white ancovy, jengki ancovy, black ancovy, paku anchovy, squid, ponyfish, yellowtripe scad, fringescale sardinella . }, issn = {2549-0885}, pages = {79--85} doi = {10.14710/ijfst.16.2.79-85}, url = {https://ejournal.undip.ac.id/index.php/saintek/article/view/24010} }
Refworks Citation Data :
Cahaya merupakan alat bantu utama pada perikanan bagan apung dan berfungsi sebagai pengumpul ikan. Sumber cahayanya sangat beragam, mulai dari petromaks, lampu pijar, lampu neon dan mercury. Nelayan terpaksa mulai meninggalkan pengunaan keempat lampu karena bahan bakar sebagai sumber energinya sangat mahal. Jenis sumber cahaya yang sangat berpeluang besar dikembangkan adalah lampu LED, karena lebih hemat energi, ramah lingkungan dan tahan lama. Uji coba lampu LED jenis HPL pernah dilakukan pada perikanan bagan tancap. Hasilnya membuktikan bahwa bagan yang mengoperasikan lampu HPL mendapatkan berat tangkapan 2 kali lebih tinggi dibandingkan dengan bagan nelayan yang menggunakan lampu neon. Penelitian dilakukan untuk memperbaiki konstruksi penelitian sebelumnya agar pancaran cahayanya semakin luas. Selanjutnya, berat hasil tangkapan bagan apung yang mengoperasikan lampu berbeda dibandingkan. Tujuannya adalah untuk membuktikan bahwa penggunaan lampu konstruksi baru dapat meningkatkan berat hasil tangkapan bagan, tanpa mengurangi komposisi jenisnya. Hasilnya adalah berat total hasil tangkapan bagan yang mengoperasikan lampu dengan konstruksi baru mencapai 1494 kg yang didominasi oleh hasil tangkapan utama seberat 847 kg dan sampingan 647 kg, atau lebih tinggi dibandingkan hasil tangkapan total lampu konstruksi lama 788 kg (433 kg; 355 kg). Komposisi jenis hasil tangkapan kedua lampu terdiri atas delapan jenis organisme yang sama, yaitu teri putih (Stolephorus buccaneeri), teri jengki, teri hitam, teri paku (Stolephorus indicus), cumi-cumi (Loligo sp.), pepetek (Leiognathus sp.), selar kuning (Selaroides leptolepis) dan tembang (Sardinella fimbriata).
Light is the main fish aggregat device on the lift net fishing as fish collector. The source of light is various, i.e. petromaks, fluorescent lamp, neon lamp, and mercury. The fisherman is forced to abandon the use of the lamps because the fuel cost is high. The kind of light sources that have big opportunity to be developed is LED because it is lower energy, enviromentally friendly, and durable. The trials of HPL lamp had been carried out on the lift net fishing. The result showed that the weight of fish catches on the lift net with HPL lamp was higher twice than lift net with neon lamp. The research handled to fix the contruction on the previous research was carried out to make the emission of the light widen. Then, the weight of fish catches on the lift net with different lamp could be compared. This research aimed to prove the use of lamp with new contruction could increase the weight of fish catches on the lift net without decreasing the species composition. The result showed the weight of fish catches on the lift net with new contruction was 1494 kg that was dominated by main catch 847 kg and by catch 647 kg or more than the total weight of the HPL-S lamp 788 kg (433 kg; 355 kg). the species composition of both of the lamp were 8 species, i.e, white ancovy, jengki ancovy, black ancovy, paku anchovy, squid, ponyfish, yellowtripe scad, fringescale sardinella.
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