PRODUKSI BANDENG (Chanos chanos) MELALUI APLIKASI PUPUK ORGANIK

Pantjara, Brata; Hendradjat, Erfan Andi

doi:10.15578/jra.6.2.2011.253-262

Cited by 4 publications

(3 citation statements)

References 7 publications

(7 reference statements)

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“…The milkfish that are cultivated in silvoaquaculture ponds have a survival rate ranging from 25.00%-80.00% with an average of 52.98%. This survival rate is lower than the average survival rate of milkfish in non-silvoaquaculture ponds which is 63.3% [15] and 56.62% -60.82% [16].…”

Section: Survival Ratementioning

confidence: 76%

Survival Rate and Feed Conversion Ratio of Milkfish in Different Silvoaquaculture Ponds

Muarif¹,

Wahyudin²,

Merdekawati³

et al. 2021

Proceedings of the International Seminar on Promoting Local Resources for Sustainable Agriculture and Development (ISPLRSAD 202

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Silvoaquaculture is a model of brackish water ponds that combines aquaculture with mangrove conservation. This study examines aspects of feed conversion ratio (FCR) and survival rate (SR) as benchmarks for milkfish production that are maintained in three different types of silvoaquaculture ponds (Empang Parit, Komplangan, and Kao-kao Ponds). This research was conducted in Indramayu Residence (Indonesia). Data collected by questionnaires and determination of the respondents was done by purposive sampling with the aim of getting fish farmers in silvoaquaculture ponds. Data analysis uses a statistical test approach (ANOVA and DMRT). The milkfish that are cultivated in silvoaquaculture ponds have a survival rate ranging from 25.00%-80.00% with an average of 52.98%. Survival rate between types of silvoaquaculture ponds was different; Empang Parit ponds produce the lowest survival rate (average = 44.98%) and Kao-kao ponds have the highest survival rate (average = 59.64%). Mangroves become predatory animal habitats, so milkfish survival in silvoaquaculture ponds is low. The best feed conversion ratio of a Kao-kao pond is 1.63, followed by a Empang Parit of 1.82, and a Komplangan of 1.92. Feed conversion ratio between types of silvoaquaculture ponds was not significantly different. Mangrove ecosystems contribute to high nutrient waters, so natural food grows well and becomes additional feed for milkfish.

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Section: Survival Ratementioning

confidence: 76%

Survival Rate and Feed Conversion Ratio of Milkfish in Different Silvoaquaculture Ponds

Muarif¹,

Wahyudin²,

Merdekawati³

et al. 2021

Proceedings of the International Seminar on Promoting Local Resources for Sustainable Agriculture and Development (ISPLRSAD 202

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“…Penelitian terkait pupuk organik yang digunakan pada budidaya ikan bandeng yang telah dilakukan menggunakan pupuk organik komersial (Hijrah et al, 2017). Penelitian sebelumnya terkait perbandingan pupuk organik komersial dan pupuk organik cair non-komersial pada budidaya ikan bandeng menggunakan campuran limbah sayuran, ampas tahu dan pupuk kandang menunjukkan hasil yang dengan sintasan 60.82% (Pantjara dan Hendradjat, 2011). Nilai sintasan yang masih belum optimal ini mendorong untuk melakukan kajian terkait penggunaan pupuk organik fermentasi dari limbah kotoran ayam yang diproses secara fermentasi dengan bakteri probiotik (Lactobacillus sp., dominan) pada budidaya ikan bandeng sehingga diharapkan mampu memaksimalkan produksi.…”

Section: Pendahuluanunclassified

Penggunaan Pupuk Organik Fermentasi Pada Budidaya Bandeng (Chanos chanos. Forsk)

Nasuki

Cahyanurani

2022

JSAPI

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Penggunaan pupuk anorganik pada kegiatan budidaya ikan bandeng menimbulkan dampak degradasi lingkungan selain itu penggunaan yang berlebihan juga berpengaruh terhadap organisme budidaya. Salah satu upaya yang dapat dilakukan dengan mengoptimalkan penggunaan pupuk organik. Peningkatan kualitas pupuk organik dilakukan dengan menggunakan proses fermentasi. Penelitian ini bertujuan untuk mengetahui pengaruh penggunaan pupuk organik terfermentasi (fermented fertilizer) terhadap pertumbuhan bobot dan tingkat kelulushidupan ikan bandeng. Penelitian ini dilakukan di Instalasi Tambak Praktek Desa Pulo Kerto Pasuruan pada Juli s/d Oktober 2021. Penelitian ini merupakan penelitian eksperimental skala lapang dengan menggunakan uji T dengan membandingkan penggunaan pupuk organik terfermentasi (fermented organic fertilizer) dan pupuk kandang (non fermented fertilizer). Monitoring kualitas air meliputi suhu, pH, salinitas, kecerahan dan oksigen terlarut. Suhu air media selama pemeliharaan berkisar antara 26-30°C, salinitas berkisar 20 – 30 ppt, pH air berkisar antara 7,5 – 8,5 dan oksigen terlarut berkisar 5-6 mg/L serta nilai kecerahan 30 – 45 cm. Nilai rata-rata bobot ikan bandeng pada perlakuan pupuk organik fermentasi mencapai 349,8 gram/ekor sementara perlakuan pupuk kandang sebesar 283,2 gram/ekor. Hasil uji t terhadap berat akhir menunjukkan bahwa perlakuan dengan pupuk organik terfermentasi memberikan pengaruh yang berbeda nyata (p < 0,05). Tingkat kelulushidupan ikan bandeng pada kedua perlakuan menunjukkan hasil yang baik mencapai 96% pada perlakuan pupuk organik fermentasi dan 95% pada perlakuan pupuk kandang.

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“…Organic fertilizer (OF) can be made through aerobic and anaerobic methods, whereby the product qualities of the two are relatively the same. In this activity, the method was the anaerobic method, modified from previous methods (Atjo, 2016;Garg & Bhatnagar, 2002;Pantjara & Hendradjat, 2011;Kaur et al, 2015) by using probiotics or microorganisms' inoculants as decomposers. In the anaerobic method, high temperature can inhibit pathogenic bacteria, fungi, and weeds that are present in organic matter.…”

Section: The Production Of Organic Fertilizermentioning

confidence: 99%

Production and Application of Organic Fertilizer for White Leg Shrimp and Milkfish Cultivation

Nur

Yusnaini

Baheri

2021

Jurnal Pengabdian kepada Masyarakat (Indonesian Journal of Comm

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The slow growth of white leg shrimp and milkfish cultivation became a concern in the location of community service activity (PKM). This was mainly due to food limitation, especially concerning the difficulty in natural food development. The purpose of this endeavor is to apply the production technology and application of organic fertilizer for the cultivation of white leg shrimp and milkfish along the marginal embankments. This endeavor was carried out in April to November 2019 in Mondoe Village, Konawe Selatan District, Southeast Sulawesi. This activity was manifested by providing production facilities, training, production of organic fertilizer, the use of organic fertilizer, white leg shrimp and milkfish cultivation, monitoring, and activities evaluation. The implementation of this activity was able to increase the knowledge, perception, and skills of participants as partners in producing fermented organic fertilizer. The application of the use of organic fertilizer was able to provide alternatives and overcome the limitation of fertilizer for aquaculture businesses in embankments. The results of this PKM were proven to be able to improve partners' knowledge and skills and provide solutions in overcoming the limitation of fertilizer especially in terms of aquaculture businesses in embankments.

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PRODUKSI BANDENG (Chanos chanos) MELALUI APLIKASI PUPUK ORGANIK

Cited by 4 publications

References 7 publications

Survival Rate and Feed Conversion Ratio of Milkfish in Different Silvoaquaculture Ponds

Survival Rate and Feed Conversion Ratio of Milkfish in Different Silvoaquaculture Ponds

Penggunaan Pupuk Organik Fermentasi Pada Budidaya Bandeng (Chanos chanos. Forsk)

Production and Application of Organic Fertilizer for White Leg Shrimp and Milkfish Cultivation

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