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A method of culturing/ growing high-quality edible oysters (Crassostrea spp. and Magallana bilineata)

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Abstract (32.97Kb) Open Access
Downloads: 53
Bibliographic data (217.5Kb) Open Access
Downloads: 46
Claims (35.91Kb) Open Access
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Images (348.3Kb) Open Access
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Description (61.53Kb) Open Access
Downloads: 64
Date
2024-11-18
Inventor
Lebata-Ramos, Ma. Junemie Hazel ORCID
Page views
1,271
ASFA keyword
oyster culture ASFA
oysters
patents ASFA
AGROVOC keyword
Crassostrea AGROVOC
Crassostrea iredalei AGROVOC
Taxonomic term
Crassostrea GBIF
Magallana bilineata GBIF
Crassostrea iredalei GBIF
Geographic names
Philippines TGN
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Abstract
This utility model discloses a process of culturing/ growing high-quality edible oysters (Crassostrea spp. and Magallana bilineata) comprising the steps: selecting grow-out culture sites, deploying substrates for competent larvae of oysters to settle and grow, making oyster pouches while waiting for the availability of oyster spat, harvesting and stocking the oyster spat in the said pouches, hanging the pouches from rafts, and harvesting the oysters when they attain at least 80 grams of body weight. Traditional processes of producing edible oysters allow them to grow on top of each other, producing clumped oysters of varying sizes. This utility model produces larger, individual oysters of almost uniform sizes with harvest size attainable at a shorter period compared to those oysters cultured using traditional methods.
URI
http://hdl.handle.net/10862/6609
Suggested Citation
Lebata-Ramos, M. J. H. (2024). A method of culturing/ growing high-quality edible oysters (Crassostrea spp. and Magallana bilineata) (Intellectual Property Office of the Philippines Patent PH22021051572). https://wipopublish.ipophil.gov.ph/wopublish-search/public/detail/patents?id=PH22021051572
Type
Patent
Collections
  • Patents [5]

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    Wise use of important mollusc species in mangrove areas: Malaysia 

    Nair, Devakie (Aquaculture Department, Southeast Asian Fisheries Development Center, 2000)
    For centuries, several edible mollusc species are being collected for food by coastal communities from these mangrove ecosystems. The most common molluscs collected are cockles, various species of oysters, clams and cerithids. This paper attempts to discuss the most practical culture technologies that have been developed for some of the more important mollusc species that are cultured in Malaysia. In order of priority, these are Anadara granosa (blood cockle), Crassostrea iredalei (brackishwater slipper oyster), Crassostrea belcheri (mangrove oyster), and Cerithidia obtusa (horn shells).
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    Socio-economics of oyster and mussel farming in Western Visayas, Philippines 

    Samonte, Giselle P. B.; Siar, Susana V.; Ortega, Rolando S.; Espada, Larni T. (Asian Fisheries Society, 1994)
    Among the economically important bivalves, the slipper oyster (Crassostrea iredalei) and green mussel (Perna viridis) are predominantly being farmed in the Philippines. Oyster and mussel farms in the Western Visayas region have increased because of the need for supplementary sources of income brought about by the dwindling catch of small-scale fishermen. Socio-demographic and costs and returns data were gathered from 175 oyster and mussel farmers using a combination of rapid rural appraisal techniques and a pre-tested questionnaire. Oyster and mussel farms, less than 1000 m2, were located among fish capture devices in rivers and bays. The oyster and mussel farmers belong to the marginalized sector of society with about 30% of total household income derived from oyster and mussel farming. Problems encountered by oyster and mussel farmers included poaching, mortality due to siltation or sedimentation and pond effluents, no spat, lack of financing, and lack of buyers. This study recommends that oyster and mussel farmers form cooperatives to effectively market their produce and avail of financing, and research on the non-occurrence of spat.
  • Thumbnail

    Mangrove-associated mollusc research at SEAFDEC/AQD 

    De Castro-Mallare, Teresa R. (Aquaculture Department, Southeast Asian Fisheries Development Center, 2000)
    Mollusc research at the Aquaculture Department of the Southeast Asian Fisheries Development Center started in 1975 and focused on two commercially important mangrove-associated bivalves, the slipper-shaped oyster (Crassostrea iredalei) and the green mussel (Perna viridis). Studies conducted were on spatfall forecasting to increase collection of seeds from the wild; improvement of farming techniques; seed production in the hatchery; bivalve sanitation; and transplantation. These studies have led to the development of a suitable spat collector for oyster and mussel; promotion of the raft culture method for oysters and mussels to prevent siltation of growing areas, including a low-cost raft design for this purpose; refinement of transplantation techniques to increase production and to grow osyters and mussel in suitable areas without natural populations; and desgin of a prototype low-cost depuration unit. A socio-economic study of oyster and mussel farming practices in Western Visayas provided information on current farming practices and profitability. A study done on the use of green mussel as biofilter in a semi-intensive shrimp pond showed that shrimp stocked with mussels grew faster than those without. A study on the biology and fishery of the "imbao" Anodontia edentula, another mangrove-associated bivalve, is ongoing. Spawning has been achieved in the laboratory and larval stages monitored were first polar body, 2-cell stage, morula, ciliated gastrula, trocophore, veliger, and pediveliger.

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