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  • SEAFDEC/AQD-Development Bank of the Philippines (DBP)
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  • SEAFDEC/AQD-Development Bank of the Philippines (DBP)
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Manual on milkfish cage culture operations

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milkfish cage culture_final.pdf (9.429Mb) Restricted Access Restricted Access
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日付
2013-07
著者
Southeast Asian Fisheries Development Center, Aquaculture Department
Taytay sa Kauswagan Inc.
Development Bank of the Philippines (DBP)
Norwegian Agency for Development Cooperation
Page views
10,136
ASFA keyword
milkfish culture ASFA
cage culture ASFA
fish culture ASFA
aquaculture ASFA
induced ovulation ASFA
nursery ponds ASFA
fingerlings ASFA
site selection ASFA
fish ponds ASFA
transport ASFA
water quality control ASFA
water quality ASFA
sediment ASFA
evaluation ASFA
fishery biology ASFA
cages ASFA
investment ASFA
floating cages ASFA
feeding ASFA
dissolved oxygen ASFA
pH ASFA
water temperature ASFA
salinity ASFA
Secchi discs ASFA
organic matter ASFA
AGROVOC keyword
Chanos chanos AGROVOC
Taxonomic term
Chanos chanos GBIF
Metadata
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Milkfish (Chanos chanos, or bangus) culture is the largest finfish aquaculture industry in the Philippines and continues to be a top aquaculture commodity primarily because it is easy to culture and can be grown in a wide range of environments. Milkfish thrives in freshwater, brackishwater, marine, and even hypersaline habitats. Milkfish production is increasing rapidly with much of the production moving away from the traditional culture in brackishwater ponds to fish cages in coastal marine waters. To provide a general view of the milkfish culture industry, brief descriptions on breeding, hatchery production, and nursery operation are included in this manual. This manual is meant to serve as a guide for those interested to venture into marine cage farming of milkfish.

Milkfish culture has been practiced in the Philippines, Indonesia, and Taiwan for centuries and has been the focus of aquaculture research in a number of institutions for several decades. Innovations in culture practices as a result of information from research data and from farmer’s experiences have been adopted by industry practitioners and these are documented in the recently published book entitled Milkfish Aquaculture in Asia (Liao and Leano, 2010). The recent concern about the rapid growth of aquaculture and its possible environmental impacts, and risks that can threaten the sustainability of this expanding industry has also been the subject of many conferences to develop good management practices in aquaculture. Principles and guidelines on better management practices in marine finfish culture had been drafted and included in this manual.
URI
http://hdl.handle.net/10862/5886
Suggested Citation
SEAFDEC/AQD. (2013). Manual on milkfish cage culture operations. Aquaculture Department, Southeast Asian Fisheries Development Center.
Type
Book
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  • SEAFDEC/AQD-Development Bank of the Philippines (DBP) [8]

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    Series: JIRCAS Working Report; No. 56

    Comparative analysis of pattern of fishcage culture using marine/brackish water in three Southeast Asian countries 

    Matsuura, Tsutomu (Japan International Research Center for Agricultural Sciences, 2007)
    Production by fishcage culture using marine/brackish water has increased drastically since the mid-1980s, when the technology for developing sea bass hatchery fry was established. In the 1990s, it grew further, due to the start of production of grouper and snapper hatchery fry. We conducted a comparative analysis of production by fishcage culture and patterns of fishcage culture in the Philippines, Thailand, and Malaysia, all of which are major producer of fish by fishcage culture using marine/brackish water in the Southeast Asian countries. We compared of fishcage culture management between the reference and current year and analyzes the average of the reference year (the year when fishcage culture started; the same hereinafter) and current year (2004). In terms of production of cultured fish by kind, sea bass showed a more than 50% decrease - from 67% to 32%, whereas grouper saw a nearly doubled ratio from 20% to 39%. Snapper remained almost the same, at 29% to 28%. Other fish (mainly rabbitfish, threadfin bream and grunter) saw an increased ratio from 5% to 16%. We compared the management of fishcage culture between the reference year and 2004. We looked into the ratio of production by type of fish and found that sea bass showed a decreased ratio to less than half from 67% to 32%; while grouper showed a near doubling of its ratio from 20% to 39%. Snapper remained almost unchanged, at 28% to 29%; and other kinds of fish increased their ratios from 5% to 16%. In terms of operating cost per kilogram for farming groupers, fishcage culture costs more than fishpond culture. Fishcage culture, however, is more convenient and productive than fishpond culture, and requires lower initial cost than fishpond culture, since the former does not require an initial outlay for constructing a pond or management of water quality. Accordingly, fishcage culture shows overwhelmingly higher production than fishpond culture.
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    Polyculture of milkfish Chanos chanos (Forsskal) and the red seaweed Gracilariopsis bailinae (Zhang et Xia) in brackish water earthen ponds 

    Guanzon, Nicolas G., Jr.; de Castro-Mallare, Teresa R.; Lorque, Felizardo M. (Wiley-Blackwell, 2004)
    Growth, net production, and survival rates of milkfish cultured with Gracilariopsis bailinae at two stocking density combinations (T1– 30 fingerlings 100-m−2 pond+1-kg G. bailinae 4-m−2 net cage, T2– 30 fingerlings 100-m−2 pond+2-kg G. bailinae 4-m−2 net cage) in brackish water earthen ponds over four culture periods were determined. The control (T3) was stocked at 30 fingerlings 100-m−2 pond. Specific growth and production rates of G. bailinae were also calculated. There were no significant differences in mean growth, survival, and net production rates of milkfish between the three treatments. Irrespective of stocking singly or in combination with G. bailinae, significantly higher mean growth and mean production rates for milkfish were obtained during the third culture period of year 1 than those obtained from the other culture periods. Survival rates were not significantly different among the four culture periods. There were no significant differences in mean specific growth and mean net production rates between the two stocking densities of G. bailinae. Significantly higher mean specific growth and mean net production rates of red seaweed were also obtained during the third culture period of year 1 than those obtained from other culture periods. The production of milkfish and red seaweed was higher during the dry season. Growth rates of milkfish was positively correlated with temperature and salinity, while net production rates were positively correlated with temperature and total rainfall, but was inversely correlated with dissolved oxygen. G. bailinae growth and net production rates were positively correlated with water temperature and salinity. Results show that milkfish can be polycultured with G. bailinae grown in net cages in brackish water ponds at stocking density combination of 30 fingerlings 100-m−2 pond+1-kg G. bailinae 4-m−2 net cage.

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