The milkfish industry in the Philippines
- Global styles
- MLA
- Vancouver
- Elsevier - Harvard
- APA
- Help

Date
1984Author
Page views
29,830ASFA keyword
AGROVOC keyword
Taxonomic term
Metadata
Show full item record
Share
Abstract
Milkfish (Chanos chanos ) is the most commercially important fish species in the Philippines. Milkfish production from the marine fisheries and aquaculture sectors has increased at an average rate of 22%. In 1981, production was valued at 1.9 billion Philippine dollars (212,000 t), representing 14% of total fish production value. About 73% of milkfish production came from brackishwater ponds, while the rest was contributed by fishpens (26.3%) and marine fisheries (0.5%). The national yield average was 870 kg/ha per year. Local marketing is handled by brokers, who distribute the fish to wholesalers, cooperatives, retailers, and consumers. Exports experienced a more than 600% increase from 1977 to 1980 and a slight decrease in 1981. Despite inherent problems of the industry include, the potential for further growth of the industry is strong in view of recent research on intensive farming, induced spawning, rearing in controlled conditions, and polyculture techniques. The government is providing support through the establishment of infrastructure facilities, strengthening of extension and training, provision of credit, and development of efficient marketing.
Suggested Citation
Samson, E. (1984). The milkfish industry in the Philippines. In J. V. Juario, R. P. Ferraris, & L. V. Benitez (Eds.), Advances in milkfish biology and culture: Proceedings of the Second International Milkfish Aquaculture Conference, 4-8 October 1983, Iloilo City, Philippines. (pp. 215-228). Metro Manila, Philippines: Published by Island Pub. House in association with the Aquaculture Department, Southeast Asian Fisheries Development Center and the International Development Research Centre.
Type
Conference paperISBN
9711007045Collections
Related items
Showing items related by title, author, creator and subject.
-
Series: Aquaculture extension manual; No. 25
The modular method: Milkfish pond culture
Baliao, Dan D.; de los Santos, Miguel A.; Franco, Nilo M. (Aquaculture Department, Southeast Asian Fisheries Development Center, 1999)The modular method of milkfish culture (Chanos chanos) described in the manual is an improvement over the traditional extensive method. The manual is intended for the use of fish farmers and aquaculturists, extensionists, and students of aquaculture not only in the Philippines, but also in other milkfish-producing countries in Southeast Asia and the world. It covers the following: Interesting facts about milkfish -- biological characteristics, artificial breeding of milkfish; Design and operation of modular pond system -- pond preparation, stocking in the nursery or transition ponds, stocking in the rearing ponds, care of stock, pond utilization and production schedule, harvest and post-harvest; and, Economics and costing. -
Evaluation of organic and inorganic fertilizers in brackishwater milkfish ponds
Bombeo-Tuburan, Isidra; Agbayani, Renato F.; Subosa, Precilla F. (Elsevier, 1989)The study was conducted in twelve 144-m2 ponds to evaluate the effect of different organic and inorganic fertilizers on the growth, survival, gross production, and profitability of marketable milkfish. The following treatments were used: Treatment I, SEAFDEC traditional fertilization practice (16-20-0 at 50 kg/ha and 45-0-0 at 15 kg/ha); Treatment II, half-dosage of Treatment I; Treatment III, chicken manure at 0.5 ton/ha; and Treatment IV, MASA (processed from agricultural and industrial wastes) fertilizer at 0.5 ton/ha. All treatments were applied once in every 2 weeks. No significant difference (P > 0.05) existed in the harvest and production of milkfish among the treatments. However, economic indicators such as return-on-investment (ROI), payback period, and marginal analysis ranked the performance of the fertilizer treatments in the order of I, II, III and IV. Fish kills occurred in three ponds applied with chicken manure and MASA fertilizer. This could have been due to a heavy build-up of organic matter in the pond bottom which led to the collapse of the benthic algal community, depletion of dissolved oxygen and the presence of hydrogen sulfide. It is therefore suggested that a lower dosage of organic fertilizer should be applied in ponds especially during the rainy season. -
Milkfish breeding and hatchery technology at SEAFDEC/AQD
Unknown author (Aquaculture Department, Southeast Asian Fisheries Development Center, 1999)Describes the techniques already adopted by the private sector: broodstock management, broodstock diet, commercial fry production, live transport, and larval diet. A list of AQD research publications on milkfish is included.






