Pengaruh Perbedaan Tiga Jenis Daun Ketela Pohon Terhadap Konsumsi dan Konversi Pakan Ulat Sutera Samia Cynthia

Setiyawan, Ahmad Iskandar; Fitasari, Eka

doi:10.21776/ub.jtapro.2018.019.01.5

Cited by 4 publications

(4 citation statements)

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“…Starting from the age of 14 days the United Nations has only rapidly occurred to reach an average of 3,211 grams/head at the age of 21 days. The final body weight obtained from the results of this study is smaller than the study (Setiyawan and Fitasari, 2018) [9] which obtained a caterpillar final body weight of 3.283 grams/head. The data on the development of Samia caterpillar body weight can be seen in Figure 2.…”

Section: Results and Discussion Body Weight And Body Lengthcontrasting

confidence: 83%

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2019

Int. J. Fauna Bio. Stud.

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Cassava caterpillars (Samia cynthia ricini) are a type of silk-producing caterpillar that consumes castor bean leaves, cassava leaves, and papaya leaves. A study was conducted to determine the growth characteristics of casava caterpillars (Samia cynthia ricini) fed with elephant cassava (Manihot esculenta Crantz) leaves. A total of 200 head Samia caterpillars are maintained by feeding them in the form of elephant cassava leaves. The parameters observed include body weight gain, body length, feed consumption and feed convertion ratio and feed digestibility coefficient. The results showed that the cultivation of Samia caterpillar by feeding elephant cassava leaves requires 21 days of cultivation time to form a cocoon. Samia caterpillars have a body length of 51.67 mm and a final body weight of 3.211 gram/head with an average body weight gain of 0.512 grams/head/day. Feed consumption of 0.168 grams/head/day with a FCR value of 1.344. Samia Caterpillar has 77.23% dry matter digestibility, 96.48% organic matter, 96.82% crude protein, 95.18% ether extract and 2.48% crude fiber. It can be concluded that the Samia caterpillars fed elephant cassava leaves have good growth and digestibility of nutrients, so it is very suitable to be used as an alternative feed for Samia cynthia ricini caterpillars.

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Section: Results and Discussion Body Weight And Body Lengthcontrasting

confidence: 83%

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2019

Int. J. Fauna Bio. Stud.

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“…(Herijanto et al, 2017) Feeding ducks with vegetable waste silage containing Lactobacillus casei up to 20% resulted in the best body weight for male ducks. (Setiyawan & Fitasari, 2018) Traditional market vegetable waste contains crude protein (CP) ranging from 12.64% to 23.50%, and crude fibre (CF) ranging from 20.76% to 29.18%. (Superianto et al, 2018) Reported that silaged cabbage waste with rice bran supplementation and fermentation for 7 days had dry matter (DM) at 82.76%, crude protein (CP) at 10.67%, crude fibre (CF) at 26.82%, and crude fat at 3.29%.…”

Section: Introductionmentioning

confidence: 99%

Training on the Application of Silage Technology for Vegetable Waste as Feed for Ducks in Kayu Manis Village

Suningsih,

Hakim,

Nur'aini

2024

JPM

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Purpose: This study addresses the challenge of low community knowledge in Kayu Manis village, aiming to boost interest and skills in duck farming. The primary objective is to elevate community understanding by applying silage technology to convert vegetable waste into duck feed. Method: Through training sessions involving socialization, practical demonstrations, and hands-on practice, participants learn to create vegetable waste silage as duck feed. Pre- and post-test evaluation reveals significant sequential improvements of 88.15%, 7.69%, and 89.23% in knowledge, interest, and skills. Practical Applications: The outcomes offer practical benefits for the community and potential scalability for similar agricultural sectors. Silage technology proves valuable in enhancing sustainable farming practices. Conclusion: In conclusion, the community-based intervention focusing on making vegetable waste silage effectively achieves its goals of enhancing participants' knowledge, interest, and skills in duck farming. The sequential increases of 88.15%, 7.69%, and 89.23% underscore the training program's success. The practical applications extend beyond Kayu Manis village, demonstrating the broader relevance and impact of implementing silage technology in agricultural practices. This research contributes significantly to addressing the initial problem outlined in the introduction, emphasizing the importance of sustainable and innovative approaches in community-based agrarian interventions.

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“…Consequently, the government continues to depend on imports to fill the discrepancy between supply and demand. The expansion of silkworm farming is essential to fulfill domestic demands and enhance the nation's foreign exchange reserves [2]. The current level of natural silk production in Indonesia remains limited, with an annual output of no more than 500 tons and outlying short of the domestic demand estimated at approximately 2,000 tons per year [3].…”

Section: Introductionmentioning

confidence: 99%

Analysis of Silkworm Farming Business in Partnership with CV Kupu Sutera Pasuruan East Java

Rahmawati,

Habibah Muthahiroh Adzra,

Fairuz Ramli

2023

E3S Web of Conf.

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Silkworms are insects or moths that spawn high-quality thread. In general, this insect is beneficial in the production of silk fabrics. This fabric has tremendous economic worth; thus, many people are interested in cultivating silkworms. This research aimed to determine the costs, production, revenue, profits, and feasibility (RC ratio) of silkworm farming in Pasuruan, East Java. Descriptive analysis was employed in this study. The study was conducted in a community of silkworm farmers in Pasuruan in partnership with CV Kupu Sutera. A total of 72 people were considered as respondents. The findings revealed that: 1) silkworm farming production factors included eggs, labor, cage and equipment depreciation, and transportation fuel. 2) A business analysis was performed per silkworm production cycle, with a cost of IDR 37,646, dry cocoon output of 1.79 kg, wet cocoon production of 0.229 kg, revenue of IDR 453,225, and silkworm profit of 449,579. 3) The R/C on the silkworm farming business was 12.03. This rate indicated that for every IDR 1.00 spent cost, the silkworm farmer earns IDR 12.03 in revenue. Silkworm farming was thus feasible in Pasuruan, East Java.

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Pengaruh Perbedaan Tiga Jenis Daun Ketela Pohon Terhadap Konsumsi dan Konversi Pakan Ulat Sutera Samia Cynthia

Cited by 4 publications

References 0 publications

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Training on the Application of Silage Technology for Vegetable Waste as Feed for Ducks in Kayu Manis Village

Analysis of Silkworm Farming Business in Partnership with CV Kupu Sutera Pasuruan East Java

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