Mulberry (Morus alba L.) farming systems: Impact on silkworm growth and cocoon production in northern Philippines
Paper Details
Mulberry (Morus alba L.) farming systems: Impact on silkworm growth and cocoon production in northern Philippines
Abstract
Sustainable farming practices using LEISA and Organic Farming combined with biofertilizers were evaluated to improve sericulture farm productivity and profitability of sericulture farms in Northern Philippines. Growth and yield parameters for silkworms were gathered; tabulated and analyzed using Combined ANOVA (RCBD) and means were compared using HSD. Cost-returns was also estimated. Three systems were found productive: LEISA + biofertilizer 2, Biofertilizer 1, and Organic + Biofertilizer 2 as indicated by heavier 10 mature larvae, higher effective rearing rates and consequently higher cocoon yield per box. Rearing seasons significantly affected the silkworm growth, yield and cocoon characters. The best seasons were during the colder months, November-December (Year 1), May-June (Year 2) and September-October (Year 2). The weight of 10 matured larvae, effective rearing rates, and cocoon yield per box were significantly influenced by the farming systems at each level of rearing seasons. Higher net income and return on investment (main and combined products) were recorded in LEISA + Biofertilizer 1 and Biofertilizer 2, Organic farming + Biofertilizer 1 and Biofertilizer 2 compared with cocoons raised in conventional practices.
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Mabel M. Caccam, Josephine A. Guiner, Roel D. Supsup, Jarson P. Libunao, Evangel M. Barrameda (2025), Mulberry (Morus alba L.) farming systems: Impact on silkworm growth and cocoon production in northern Philippines; IJB, V26, N4, April, P181-197
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