Developing a self-sufficient Philippine milkfish industry through value chain analysis
- Global styles
- MLA
- Vancouver
- Elsevier - Harvard
- APA
- Help

閲覧/開く
日付
2021-02-15Page views
3,797ASFA keyword
AGROVOC keyword
Taxonomic term
Metadata
アイテムの詳細レコードを表示する
Share
抄録
The Philippine milkfish industry has been dependent on the importation of juveniles for grow-out ever since the decline of wild fry catch and with inadequate supply from local hatcheries. However, self-sufficiency is required to address recent global uncertainties. Value chain analysis of the upstream stages of the milkfish aquaculture pathway reveals options for efficient utilization of coastal aquaculture resources, capital investments and workforce. This paper presents a value chain that starts in an integrated breeding and hatchery (IBH) facility that will produce the required juveniles to yield 7.7 thousand mt milkfish valued at PHP 692 million per year (1 USD = 50 PHP). The number of IBH needed annually were determined, such that the country should have 60 IBH in 2030 to produce 448 thousand mt milkfish worth PHP 61 billion for its 128 million projected population. Economic analysis showed that public-private partnership should fund high-investment but low-profit IBH, while private investors should operate profit-earning hatcheries, nurseries and 4-cage mariculture system to secure the milkfish industry.
Suggested Citation
Salayo, N. D., Marte, C. L., Toledo, J. D., Gaitan, A. G., & Agbayani, R. F. (2021). Developing a self-sufficient Philippine milkfish industry through value chain analysis. Ocean and Coastal Management , 201, 105426. https://doi.org/10.1016/j.ocecoaman.2020.105426
Type
ArticleISSN
0964-5691Collections
- Journal Articles [1267]
Related items
Showing items related by title, author, creator and subject.
-
Ongoing research studies on maturation and spawning of milkfish, Chanos chanos at the brackishwater shrimp and milkfish culture applied research and training project, Jepara, Indonesia
Alikunhi, K. H. (Aquaculture Department, Southeast Asian Fisheries Development Center, 1976)The paper gives an account of the research work carried out at Jepara, Indonesia, on induction of maturity of milkfish in ponds and enclosures, and procurement of the spawners from the wild for seed production by hypophysation. Seven to eight years old pond grown milkfish were found sexually immature. Experiments are being conducted for growing and inducing maturity in 1-2 years old milkfish in fertilized ponds with regular tidal flow of water and also under regular hypophysation program. Milkfish spawners collected from sea had a few males in oozing condition and females mostly spent. -
Series: Milkfish Podcasts
Milkfish aquaculture: Alternate-day feeding strategy for reducing cost of milkfish culture in brackishwater ponds and marine cages in the Philippines
Sayco, Roberto; de Jesus-Ayson, Evelyn Grace (AquaFish Collaborative Research Support Program (AquaFish CRSP), 2012-02-02)This podcast provides information on how an alternate-day feeding strategy can be used to reduce costs for culturing milkfish in ponds or marine cages. -
Competitive and comparative advantages of brackishwater aquaculture of tiger shrimp, mud crab, and milkfish in the Philippines in 1985-1995
Gonzales, Leonardo A.; Elca, C. D.; Gonzales, V. A.; Alviola IV, Pedro A.; Paraguas, F. J.; Olalo, C. (Bureau of Agricultural Research, Department of Agriculture, 2007)The brackishwater aquaculture sector contributes considerably to the growth of the fisheries sector. Tiger shrimp Penaeus monodon, mud crab Scylla serrata, and milkfish Chanos chanos, in particular are efficient users of domestic resources and earners of foreign exchange. These three commodity sectors have not been fully developed because of inadequate policies in research, technology generation, and extension, and in public investment and support services in production, marketing, and post-harvest processing. Our analysis used the domestic resource cost approach. The average resource cost ratios for the Philippines were 0.44 for tiger shrimp, 0.66 for mud crab, and 0.35 for milkfish. If the peso overvaluation is corrected, the comparative advantage can be dramatically enhanced with respective resource cost ratios of 0.36 and 0.55, and 0.28. Given the current international market and production technologies for these commodities, competitive and comparative advantage can be sustained above the breakeven border price per kilogram of US$6–7 for tiger shrimp, US$5–6 for mud crab, and about US$1 for milkfish. The actual border prices per kilogram during the past five years have been higher at US$12.34 for tiger shrimp, US$8.39 for mud crab, and US$2.39 for milkfish. At current domestic costs and border prices of the these commodities, the advantage in exports may be sustained at yields per hectare greater than about 2 mt tiger shrimp, 100 kg mud crabs, and 500 kg milkfish. To enhance the efficiency of production of these commodities, the following areas of intervention are needed:- Technology improvements in seed production from the hatchery of tiger shrimp, mud crab, and milkfish
- Research and technologies for diagnosis, prevention, and control of diseases of tiger shrimp (e.g. luminous bacteria)
- Training in farm management to enhance the skills of small-scale pond operators
- Public investments in infrastructures and support services including credit access to enhance efficient flow of goods and services from the farm to strategic market outlets
- Market development to ensure sustainable outlets for brackishwater pond production
- Reforms in trade and exchange rate policies to enhance global competitiveness





