Shellfish Team Viking Fish Farms Ltd, Ardtoe Marine Laboratory
|
|
- Logan Hutchinson
- 5 years ago
- Views:
Transcription
1 Shellfish Team Viking Fish Farms Ltd, Ardtoe Marine Laboratory
2 Introduction History of Ardtoe Marine Laboratory Native oyster production methods and facilities Microalgae production Broodstock Conditioning Larval rearing Settlement Nursery In house and funded research
3 Viking Fish Farms Ltd- Ardtoe Marine Laboratory
4 Began in 2008 Oyster Production Both production and research From 35K in 2008 to 3 million spat produced SARF project (Jan Dec 2012) Overcoming bottlenecks in the intensive commercial production of native oyster spat. Feeding: alternative to live algae (?) photo-bioreactor (?) Settlement (from plastic substrates to micro-cultch) Production (from extensive out-door to Intensive in-door) Feasibility of producing Native triploids
5 Microalgae Production Intermediate cultures (1-10l) Master cultures ( ml)
6 7-14 days Bag cultures (100l)
7 Broodstock holding and conditioning tanks 10 x 150l troughs with ambient water supply, UV treated and filtered to 25µm. Aquarium heaters in conditioning tanks 150l troughs for broodstock
8 Broodstock holding and conditioning tanks: Currently for O. edulis: 1 holding tank at ambient temperature and 2 conditioning tanks. Oysters in holding tank Oysters in conditioning tank
9 Conditioning Water temperature increased by 1-2 C per day from a mbient up to C. Water flow set at 25ml/min/adult Feed is supplied in the form of live algae: Chaetoceros muelleri Tetraselmis suecica Isochrysis galbana Dunaliella tertiolecta Phaeodactylum tricornutum food ration (g DW of algae) is 6% of the DW of oyster flesh per day
10 2-stages Conditioning Moderate temperature (15 C) and 6% feed ration for 4 to 6 weeks followed by full conditioning temperature (19-20 C) with ration reduced to 3%. Under this process, our oysters failed to spawn. All oysters held 24:0 light:dark (?)
11 Broodstock Feed Sheet: 1. Input wet weight oysters 2. Input ration required 3. Input optical density from spectrophotometer 4. Input proportions of algae/ paste required 5. Quantities of algae/paste calculated automatically Cells/ml of algae are calculated using the optical densities (ODs) and an equation derived from pre-determined concentrations and their OD s.
12 Spawning 45µm mesh under outflow to collect larvae. Any further larvae collected by draining the broodstock tank. Larvae counted and stocked at 5-10 per ml in larval tanks. Larvae swimming in tank after release. 45µm mesh basket under outflow Larvae collected in mesh basket
13 Larval tanks Larval tanks 3 x 450l square-conical tanks. 2 x 350l square-conical tanks. Static system with water supplied from 1,500l heated reservoir. Aeration via 5 air lines (1 central, 1 in each corner) 450l square-conical larval tanks
14 Larval feeding: 1. Input number of larvae per tank 2. Input average larval size in microns 3. Number of cells Iso equivalent/day calculated 5. Input proportions of algae required. 6. Quantities of algae calculated automatically 4. Input optical density from spectrophotometer
15 Larval feeding continued: Our calculator uses these numbers to calculate not only Iso but other algal species cell numbers, taking into account the cell size differences (as Iso-equivalent). Calculator is based on the number of Iso-equivalent ingested by larvae per day at each size. For C. gigas, we feed only Iso/Chaeto until larvae reach 125µm, then Tetra is added; For O. edulis Tetra is added from the start Water changed every 48 hours from 1,500l heated (22-23 C) reservoir. Residual algal quantities checked daily to avoid overfeeding
16 Swimming D-larvae Eyed larvae Larvae settled on cultch (Spat) Larvae with foot, searching for suitable substrate to settle
17 Settlement Cultch now used Size of particles µm. Ground, aged oyster shell Calcium carbonate particles from marble factory Cultch added when >50% of eyed larvae show signs of substrate searching behaviour. Cultch placed in a very thin layer on 125µm - 250µm mesh basket. No air lift throughout the day and gentle air lift overnight. Up to 150,000 larvae per mesh basket in 90l paxton containing 70l water. Larvae settle between 4 and 7 days.
18 Settlement Ground oyster shell vs marble Results showed that the oysters prefer to settle on ground oyster shell if both are provided. But still settle on marble if only substrate available. tends to clump, harbour more algal growth and makes grading difficult. Survival during settlement has been between 40 and 98%.
19 Spat tanks 19 x 90l paxtons containing mesh baskets. Static water, exchanged via 1,500l reservoir. Daily water change. Down-welling via air-lifts. Spat tank (mesh basket with air lift) Mesh basket containing spat
20 Micronursery with built-in heater and light can support up to 10 upwelling tubes. Micro-nursery (from side, showing control panel) Micronursery (from above)
21 Spat Feeding Summarised print out Same input method as broodstock feed sheet (based on weight) but with additional ability to set an overall reduction of feed when algae is limited (as highlighted).
22 Grading After 4 weeks, the newly settled spat are graded off the microcultch. Subsequently, every fortnight, the spat are graded over a series of sieves and sample weights are taken to determine numbers. Ideally, spat would be sold when they attain 10-15mm (shell length), but with algal limitations at VFF and new developments in nursery rearing, customers are willing to take 2mm (sieve size) oysters.
23 Pond trial Large 10m diameter pond tank (160m 3 ) filled with overflow from main header tank and inoculated with microalgae from bag culture. Agricultural fertiliser added and tank bloomed. Algae air lifted indoors to a reservoir tank. After salinity was adjusted, it was fed to two trial paxtons. Two paxtons being fed bag cultured algae provided a control. Over two weeks, the pond water fed oysters lost weight. Algae analysed (CCAP, Oban) and thought to be a Nanno/Chlorella which was deemed too small/ nutritionally poor to sustain the spat.
24
25 Further R&D Alternative artificial diets (Single Cell Detritus?). Extensive microalgae production in outdoor pond tank. Other designs or up-scale of upwelling systems. Further studies on the different cultch materials.
26
SARF Overcoming Bottlenecks in the Intensive Commercial Production of Native oyster (Ostrea Edulis) spat
SARF063-01 Overcoming Bottlenecks in the Intensive Commercial Production of Native oyster (Ostrea Edulis) spat A REPORT COMMISSIONED BY SARF AND PREPARED BY Viking Fish Farms Ltd Published by the: Scottish
More informationOyster Culture. Vanessa Weldon extension
Oyster Culture Vanessa Weldon extension vmaxwell24@gmail.com Overview Biology Lifecycle Hatchery Nursery Grow-out methods Extensive Intensive Advances in culture techniques Issues facing the oyster industry
More informationNutrition and Feeding: How to Keep Your Mussels Happy
Nutrition and Feeding: How to Keep Your Mussels Happy Rachel Mair United States Fish and Wildlife Service Harrison Lake National Fish Hatchery, Charles City, Virginia Rachel_Mair@fws.gov Propagation goal
More informationIntensive Microalgae Production, Years 1 and 2
Intensive Microalgae Production, Years 1 and 2 General Information Reporting Period September 1, 2005 August 31, 2006; no-cost extension through December 31, 2006 (Year 1, final report) January 1, 2007
More informationManaging Diseases In Bivalve Hatcheries Through Bacterial Monitoring
Managing Diseases In Bivalve Hatcheries Through Bacterial Monitoring Shellfish Workshop Series April 26, 2017 Susan Laramore Adapted from Laramore & Laramore FL Clam Industry Workshop 2015 & Ralph Elston,
More informationComparison of a flow through- and two recirculation systems for intensive rearing of cod larvae (Gadus morhua L.)
Comparison of a flow through- and two recirculation systems for intensive rearing of cod larvae (Gadus morhua L.) Kari Attramadal 1, Gunvor Øie 2, Olav Vadstein 3 and Yngvar Olsen 1 1 NTNU, Institute of
More informationNursery Culture of the Bay Scallop
NRAC Publication No. 215-2010 University of Maryland, 2113 Animal Science Building College Park, Maryland 20742-2317 Telephone: 301-405-6085, FAX: 301-314-9412 E-mail: nrac@umd.edu Web: http://www.nrac.umd.edu
More informationFINAL REPORT: FISHERY RESOURCE GRANT PROGRAM
FINAL REPORT: FISHERY RESOURCE GRANT PROGRAM 2007-01 FEASIBILITY OF CONVERTING CRAB SHEDDING TANKS TO EFFECTIVELY SET SINGLE OYSTER SEED FOR AQUACULTURE AND COMPARISON OF TECHNIQUE TO TRADITIONAL REMOTE
More informationConsistent Hatchery and Nursery Yields for Bivalve Molluscs using Health Management and Analysis of Production Systems
Consistent Hatchery and Nursery Yields for Bivalve Molluscs using Health Management and Analysis of Production Systems Florida Clam Industry Workshop Cedar Key Wednesday, September 24, 2008 Prepared by:
More informationHatchery Culture of the Bay Scallop
NRAC Publication No. 214-2010 University of Maryland, 2113 Animal Science Building College Park, Maryland 20742-2317 Telephone: 301-405-6085, FAX: 301-314-9412 E-mail: ssadams@umd.edu Web: http://www.nrac.umd.edu
More informationTHE EFFECTS OF OCEAN ACIDIFICATION AND TEMPERATURE ON OYSTERS AND THE POTENTIAL OF SELECTIVE BREEDING TO AMELIORATE CLIMATE CHANGE
University of Western Sydney THE EFFECTS OF OCEAN ACIDIFICATION AND TEMPERATURE ON OYSTERS AND THE POTENTIAL OF SELECTIVE BREEDING TO AMELIORATE CLIMATE CHANGE Laura Parker (PhD Candidate), Assoc. Prof.
More informationTraining Manual on Live Feed for Marine Finfish and Shellfish Culture
CMFRI Training manual Ser. No.: 9/2016 Training Manual on Live Feed for Marine Finfish and Shellfish Culture VISAKHAPATNAM REGIONAL CENTRE ICAR-CENTRAL MARINE FISHERIES RESEARCH INSTITUTE OCEAN VIEW LAYOUT,
More informationNew mud crab hatcheries for Bangladesh design concepts and draft budget for a demonstration-scale and full-scale commercial hatchery
Attachment 2 New mud crab hatcheries for Bangladesh design concepts and draft budget for a demonstration-scale and full-scale commercial hatchery Colin Shelley, Disclaimer This report is based on information
More informationLOW-INPUT SHRIMP FARMING IN KENTUCKY, Macrobrachium rosenbergii World Aquaculture, 38(4): Click here for Slide Show
LOW-INPUT SHRIMP FARMING IN KENTUCKY, Macrobrachium rosenbergii World Aquaculture, 38(4): 44-49. Click here for Slide Show William A. Wurts, Kentucky State University CEP Senior State Specialist for Aquaculture
More informationOptimum Nutritional Requirement for the growth of Chaetoceros Calcitrans
Research Journal of Marine Sciences ISSN 2321 1296 Optimum Nutritional Requirement for the growth of Chaetoceros Calcitrans Abstract Bindhu K.B. Department of Botany, Carmel College, Mala, Thrissur, Kerala,
More informationResearch & Development in Hatchery Technology for Asian Seabass & other marine species
Offshore Mariculture Conference 15-17 May 2018, Singapore Research & Development in Hatchery Technology for Asian Seabass & other marine species Mr Lim Huan Sein Director, Aquaculture Technology Department,
More informationDon Webster, ₁ Steven Weschler, 1. Alan Roache, ₁ Don Meritt, ₃. Stephan Abel & ₃ Kevin Wilcox. January 16, 2016 Ocean City MD
₂ Don Webster, ₁ Steven Weschler, 1 Alan Roache, ₁ Don Meritt, ₃ Stephan Abel & ₃ Kevin Wilcox ₁ University of Maryland Center for Environmental Science Horn Point Laboratory ₂ University of Maryland Extension
More informationContrasting effects of hypoxic conditions on survivorship of planktonic larvae of rocky intertidal invertebrates
The following supplement accompanies the article Contrasting effects of hypoxic conditions on survivorship of planktonic larvae of rocky intertidal invertebrates Dafne Eerkes-Medrano 1,*, Bruce A. Menge
More informationThe authors: S D Utting, BSc PhD, and B E Spencer, BSc, are Senior Scientific Officers based at MAFF s Fisheries Laboratory at Benarth Road, Conwy, Gw
MINISTRY OF AGRICULTURE, FISHERIES AND FOOD DIRECTORATE OF FISHERIES RESEARCH LABORATORY LEAFLET NUMBER 68 The hatchery culture of bivalve mollusc larvae and juveniles S D Utting and B E Spencer LOWESTOFT
More informationThe Effect of Substrate Conditioning on Larval Settlement and Spat Growth of the Cupped Oyster, Crassostrea belcheri (Sowerby), in a Hatchery
Kasetsart J. (Nat. Sci.) 45 : 629-635 (211) The Effect of Substrate Conditioning on Larval Settlement and Spat Growth of the Cupped Oyster, Crassostrea belcheri (Sowerby), in a Hatchery Suwat Tanyaros
More informationManaging Microalgae at the Pilot Scale
Managing Microalgae at the Pilot Scale 7 th Algae Biomass Summit October 1 st, 2013 4:30 PM Schonna R. Manning, Ph.D. Research Associate Introduction Applied Phycology *water proteins lipids + CO 2 carbs
More informationRedacted for privacy
DENNIS STUART LUND (Name of student) for the MASTER OF SCIENCE Degree) in Fisheries and Wildlife presented on (Major) J (Date) Title: LABORATORY STUDIES ON SETTING OF THE PACIFIC OYSTER (CRASSOSTREA GIGAS)
More informationAquaculture Extension and Training Support in the U.S.-Affiliated Pacific Islands: Black-Lip Pearl Oyster Spat Production, Year 14
Aquaculture Extension and Training Support in the U.S.-Affiliated Pacific Islands: Black-Lip Pearl Oyster Spat Production, Year 14 General Information Reporting Period April 1, 2003 July 31, 2004 (final
More informationMississippi Oyster Status/Management
Mississippi Oyster Status/Management 293 Stations 75 One Minute Dredge 586 m² Dive Samples 661 Total Samples Collected 2016 Oyster Mortalities Sequence of Events High levels of Dermo (Perkinsus marinus
More informationFarmer to Farmer: New Caledonia Trip Report June 2011
Farmer to Farmer: New Caledonia Trip Report June 2011 University of Arizona Jason D. Licamele PhD New Caledonia is an overseas territory of France located in the Pacific Oceania region and is one of the
More informationCourse Manual. Winter School on. Recent Advances in Breeding and Larviculture of Marine Finfish and Shellfish
CMFRI Course Manual Winter School on Recent Advances in Breeding and Larviculture of Marine Finfish and Shellfish 30.12.2008-19.1.2009 Compiled and Edited by Dr. K. Madhu, Senior Scientist and Director,
More informationFacility & Technology of Water Recirculating Aquaculture
Facility & Technology of Water Recirculating Aquaculture SUN Jianming Dalian Huixin Titanium Equipment Development CO.LTD Research Center for Facility Fishery Engineer of Liaoning Province Outline Ⅰ. General
More informationLARVAL PERFORMANCE OF SELECTIVELY BRED VERSUS WILD POPULATIONS OF PACIFIC OYSTERS (CRASSOSTREA GIGAS) IN ACIDIFIED SEAWATER
LRVL PERFORMNCE OF SELECTIVELY BRED VERSUS WILD POPULTIONS OF PCIFIC OYSTERS (CRSSOSTRE GIGS) IN CIDIFIED SEWTER E. DURLND 1 *, C. LNGDON 1, P. D E W I T 2 1 OREGON STTE UNIVERSITY, NEWPORT, OREGON, US
More informationAlgal Culturing Facilities at. Jo Warwick-Dugdale
Algal Culturing Facilities at Jo Warwick-Dugdale Algal Culturing Facilities at PML From small- to large-scale, and back again. Structure: Introduction to the team Isolation, identification and small-scale
More informationDeveloping Restoration Methods to Aid in Recovery of a Key Herbivore, Diadema antillarum, on Florida Coral Reefs
Developing Restoration Methods to Aid in Recovery of a Key Herbivore, Diadema antillarum, on Florida Coral Reefs "Protect Our Reer' Grant - 2008 Progress Report (Aprill to September 30, 2008) Prillcipai
More informationPEARLING CONSERVANCY Updated 2014
PEARLING CONSERVANCY Updated 2014 This is a living document to be evaluated and updated periodically by the J Hunter Pearls Fiji management team. CONTENTS 1. Introduction 2. Background 3. Code of practice
More informationUse of Spray-dried Schizochytrium sp. as a Partial Algal Replacement for Juvenile Bivalves.
Use of Spray-dried Schizochytrium sp. as a Partial Algal Replacement for Juvenile Bivalves. Phil Boeing Pacific Seafarms International S.A. de C.V. Cerro Escondido #122 Mazatlan, Sinaloa, Mexico. ABSTRACT
More informationStanding Policy For Virginia Institute of Marine Science Non-Native Oyster Research In Virginia
VIMS NOR Policy Standing Policy For Virginia Institute of Marine Science Non-Native Oyster Research In Virginia Standish K. Allen, Jr. Director Aquaculture Genetics and Breeding Technology Center Eugene
More informationAquaculture of Marine Ornamental. of Pygmy Angelfish, Year 1
Aquaculture of Marine Ornamental Species, Phase II: Techniques for Large-Scale Production of Pygmy Angelfish, Year 1 General Information Reporting Period January 1, 2004 September 30, 2004 Funding Level
More informationUSDA NATIONAL COLD WATER MARINE AQUACULTURE CENTER ATLANTIC SALMON BREEDING PROGRAM
USDA NATIONAL COLD WATER MARINE AQUACULTURE CENTER ATLANTIC SALMON BREEDING PROGRAM W. R. Wolters, A. Masters, B. Vinci, and S. Summerfelt USDA ARS National Cold Water Marine Aquaculture Center, Franklin,
More informationCandidate Species for Florida Aquaculture: Evaluating an Aquatic Organism's Aquaculture Potential 1
FA146 Candidate Species for Florida Aquaculture: Evaluating an Aquatic Organism's Aquaculture Potential 1 Cortney L. Ohs and R. LeRoy Creswell 2 Candidate Species for Florida Aquaculture: Evaluating an
More informationTraining Manual on Live Feed for Marine Finfish and Shellfish Culture
CMFRI Training manual Ser. No.: 9/2016 Training Manual on Live Feed for Marine Finfish and Shellfish Culture VISAKHAPATNAM REGIONAL CENTRE ICAR-CENTRAL MARINE FISHERIES RESEARCH INSTITUTE OCEAN VIEW LAYOUT,
More informationMicroalgae culture training for Samoa Fisheries staff
Final report for Mini-project MS0503: Microalgae culture training for Samoa Fisheries staff Aleluia Taise Ministry of Agriculture and Fisheries, Fisheries Division, Apia, Samoa 1 Background Marine microalgae
More informationIntensive Production of Ornamental Fish in Recirculating Aquaculture Systems
Copyright National Aquaculture Training Institute Pty Ltd 2011 Slide 1 Intensive Production of Ornamental Fish in Recirculating Aquaculture Systems Managing Director National Aquaculture Training Institute
More informationlarvi 2013 Kari Attramadal 6th fish & shellfish larviculture symposium ghent university, belgium, 2-5 september 2013
larvi 2013 6th fish & shellfish larviculture symposium Control of the selective pressure on microbes in rearing tanks through manipulation of the incoming water increases survival of marine fish larvae
More informationrespectively, for STX-167, Sj/STX-114, and Tahiti Isochrysis.
48. 6 DEVELOPMENTAL RESEARCH - ARTEHIA 6.1 INITIAL FEASIBILITY STUDIES 6.1.1 IDENTIFICATION OF SUITABLE ALGAL SPECIES AS FOOV FOR ARTEMIA S?. IN THE ST. CROIX "ARTIFICAL UPWELLING" MARICULTURE SYSTEM.
More informationLE DUC THUAN MSc student in Aquaculture (Batch 11) Research Institute for Aquaculture No.1 (RIA No.1) Supervised by Dr. Ngo Van Thinh.
Internship Experiment in the Aquaculture Research Sub-Institute for Hai Yen Penaeus monodon seed production unit-hoang Phu, Hoang Hoa, Thanh Hoa, Vietnam LE DUC THUAN MSc student in Aquaculture (Batch
More informationPacific Oyster Mortality Syndrome OsHV-1 University of Sydney Technical Visit to New Zealand March 2012
Pacific Oyster Mortality Syndrome OsHV-1 University of Sydney Technical Visit to New Zealand 27-29 March 2012 Background The recent emergence of ostreid herpesvirus (OsHV1 µ-var) in both Australia and
More informationExplain hatchery techniques used in the New Zealand aquaculture industry
Page 1 of 5 Explain hatchery techniques used in the New Zealand aquaculture industry Level 4 Credits 15 Purpose People credited with this unit standard are able to explain: the conditioning and management
More informationSelecting the right feed
Chapter 1: Nutrition Selecting the right feed A major factor in determining how successfully you grow your cultured fish, both financially and producing a quality product, is selecting the most suitable
More informationHalibut farming in Europe
Halibut farming in Europe St. John February 19th Arnar Jonsson General Manager Fiskey Ltd. Juvenile production Challenges of Halibut farming Complicated larval rearing Quality of juveniles (pigmentation,
More informationPhysical Characteristics of Feed and Fecal Waste from Trout Aquaculture: Part 2:
Physical Characteristics of Feed and Fecal Waste from Trout Aquaculture: Part 2: Settling Characteristics and Scouring Velocity Estimates of Aquaculture Waste to Validate DEPOMOD Final Report submitted
More informationFoveaux Strait Ecosystem Management Workshop. Invercargill August 2004
Foveaux Strait Ecosystem Management Workshop Invercargill August 2004 Agenda Welcome and introductions NIWA presentation Review of proposed research Discussion Summary Overview Ecosystem management & goals
More informationParinya Sutthinon 1, Wara Taparhudee 2 * and Renu Yashiro 1 ABSTRACT
Kasetsart J. (Nat. Sci.) 41 : 104-109 (2007) Nursing of Babylon Snail (Babylonia areolata Link, 1807) from Veliger Larvae to Early Juveniles Using Different Materials Attached on Edge of Nursing Tanks
More informationImpacts of ocean acidification on the hatching success and larval development of Euphausia pacifica
Impacts of ocean acidification on the hatching success and larval development of Euphausia pacifica Leah R. Feinberg 1, Melissa E. Prechtl 2, William T. Peterson 3 1 Cooperative Institute for Marine Resources
More informationD2.10 NCO International Operators EU Additional Requirements for Aquaculture Production
Page 1 of 10 D2.10 NCO International Operators EU Additional Requirements for This document must be read in conjunction with the NASAA Organic Standard Scope of this document covers: 1. Production of Aquaculture
More informationBIOSECURITY IN SHRIMP FARMING
Aquaculture Biosecure Systems BIOSECURITY IN SHRIMP FARMING Practical Biosecurity Risk Management Measures by Francois Brenta Most of world shrimp farming companies have adopted the casino risk management
More informationInterim Report : Pilot-Scale Phase (PSP) of Diadema Aquaculture Research POR December 23, 2010, by Dave Vaughan
Interim Report : Pilot-Scale Phase (PSP) of Diadema Aquaculture Research POR 2009-30 December 23, 2010, by Dave Vaughan The Diadema Project was developed as a two pronged approach for the restoration of
More informationSilver bioaccumulation dynamics and modeling in an estuarine invertebrate following aqueous exposure
Supporting Information Silver bioaccumulation dynamics and modeling in an estuarine invertebrate following aqueous exposure to nanosized and dissolved silver Farhan R. Khan, Superb K. Misra, Javier García-Alonso,
More informationAlgae harvesting Boost yield and product quality by harvesting with Evodos Dynamic Settlers
Algae harvesting Boost yield and product quality by harvesting with Evodos Dynamic Settlers Increase yield by using Evodos Dynamic Settlers Harvesting microalgae like Nannochloropsis, Dunaliella, Diatoms,
More informationCentral Marine Fisheries Research Institute, PO Box 1603, Kochi , Kerala, India. *Correspondence
Available online at: www.mbai.org.in doi: 10.6024/jmbai.2014.56.1.01779-0x Growth and survival of the blacklip pearl oyster Pinctada margaritifera (Linnaeus) spat reared with various combinations of microalgae
More informationSeafood Watch Seafood Report
Seafood Watch Seafood Report Farmed Oysters Crassostrea virginica, Illustration Scandanvian Fishing Yearbook Worldwide Final Report February 9, 2007 Aaron A. McNevin, Ph.D. A.A. McNevin & Associates Independent
More informationBC Shellfish Aquaculture
BC Shellfish Aquaculture Environmental Management Code of Practice Developed in 2013 by Environmental Management Codes of Practice BC Shellfish Growers Association 1 Table of Contents 1.0 Introduction
More informationPractical: S. No. Topic
Class: B.F.Sc. Semester: II Course No. : FAQC- (Freshwater Aquaculture) Credit Hours: 3(+). Major species cultured, production trends and prospect in different 3 parts of the world.. Freshwater aquaculture
More informationIBIS Project + working with shellfish farmers Dr Liz Ashton
IBIS Project + working with shellfish farmers Dr Liz Ashton A project supported by the European Union's INTERREG IVA Programme managed by the Special EU Programmes Body IBIS = Integrated aquatic resources
More informationSTUDENT WORKBOOK. Marine Aquaculture: Raising Salt Water Fish in Your Classroom. by Brandy M. Moran Clifford A. Goudey and Alan L.
STUDENT WORKBOOK Marine Aquaculture: Raising Salt Water Fish in Your Classroom by Brandy M. Moran Clifford A. Goudey and Alan L. Hankin Marine Advisory Services Supported by the National Sea Grant College
More informationFlow-through Culture. (Raceways)
Flow-through Culture (Raceways) Production Intensity Flow-through Culture Advantages Continual flow replaces: Oxygen Temperature While removing: Nitrogen wastes CO 2 Can support higher production levels;
More informationSTUDENT WORKBOOK. Marine Aquaculture: Raising Salt Water Fish in Your Classroom. by Brandy M. Moran Clifford A. Goudey and Alan L.
STUDENT WORKBOOK Marine Aquaculture: Raising Salt Water Fish in Your Classroom by Brandy M. Moran Clifford A. Goudey and Alan L. Hankin Marine Advisory Services Supported by the National Sea Grant College
More informationContributors/Acknowledgement s
Discussion Topic Nursery 150M 2380 Pacific seed to 6000 screen BC Shellfish Growers Association 19 June 2013 Guest: Ted Kuiper tedkuiper@suddenlink.net Contributors/Acknowledgement s Mitch White, Kuiper
More informationCHALLENGES FOR THE WEST COAST SHELLFISH INDUSTRY WITH INCREASING LOCAL AND GLOBAL OCEAN ACIDIFICATION CHRIS LANGDON
CHALLENGES FOR THE WEST COAST SHELLFISH INDUSTRY WITH INCREASING LOCAL AND GLOBAL OCEAN ACIDIFICATION CHRIS LANGDON Coastal Oregon Marine Experiment Station, Hatfield Marine Science Center, Oregon State
More informationAlternative Filter Media for Potable Water Treatment
Alternative Filter Media for Potable Water Treatment M.E. Steele*, M.J. Chipps*, R. Bayley*, A. Mikol** & C.S.B. Fitzpatrick** * Thames Water Research & Development ** Department of Civil & Environmental
More informationPilot project for the production of seed from commercially valuable molluscs: Modiolus barbatus (Bearded mussel)
Ovidius University Annals of Chemistry Volume 22, Number 1, pp. 47-56, 2011 Pilot project for the production of seed from commercially valuable molluscs: Modiolus barbatus (Bearded mussel) Nadia B. BARILE
More informationThe ingestion rate of Mytilopsis sallei at different salinity and mussel size
The ingestion rate of Mytilopsis sallei at different salinity and mussel size Lingfeng Summer Research School 2009 Katja Thonang, ee05kt2@student.lth.se Lund University of Engineering, Sweden Abstract
More informationAnu Frank Lawale, Aquaculture Genetics and Breeding Technology Center, Virginia Institute of Marine Science, College of William and Mary
Anu Frank Lawale, Aquaculture Genetics and Breeding Technology Center, Virginia Institute of Marine Science, College of William and Mary Riding Cows? Milking Horses? Nottingham University (Agriculture)
More informationA report on Capacity building of tribal women self help groups on brackishwater aquaculture integrated with agro - based technologies
A report on Capacity building of tribal women self help groups on brackishwater aquaculture integrated with agro - based technologies B. Shanthi, M. Kailasam, K. Ambasankar, P. Mahalakshimi, V.S. Chandrasekaran,
More informationEvaluating the use of flow through larval culture for the Eastern oyster, Crassostrea virginica. A Thesis. Presented to
Evaluating the use of flow through larval culture for the Eastern oyster, Crassostrea virginica A Thesis Presented to The Faculty of the School of Marine Science The College of William and Mary in Virginia
More informationFlorida Aquaculture Plan November 2018
Florida Aquaculture Plan November 2018 Prioritized recommendations for applied research and economic development by the Aquaculture Review Council for the purposes of creating new technologies, improved
More informationFlorida Aquaculture Plan
Florida Aquaculture Plan November 2018 Prioritized recommendations for applied research and economic development by the Aquaculture Review Council for the purposes of creating new technologies, improved
More informationGOOD PRACTICE MANAGEMENT. Pacific oyster (Crassostrea gigas) PACIFIC OYSTER
GOOD PRACTICE MANAGEMENT Pacific oyster (Crassostrea gigas) PACIFIC OYSTER GOOD PRACTICE MANAGEMENT GUIDE Pacific oyster (Crassostrea gigas) Other names: Pacific giant oyster, Pacific cupped oyster Crassostrea
More informationWaste production from pangasius raised in ponds, flowthrough and recirculating aquaculture systems
Waste production from pangasius raised in ponds, flowthrough and recirculating aquaculture systems Nhut Nguyen 1, Nguyen van Hao 1, Roel Bosma, Ep Eding, Johan Verreth, Marc Verdegem 2 1 Research Institute
More informationECONOMICAL IMPACT OF ROTIFER CULTURE PROBLEMS IN A HATCHERY. Larvi 05
ECONOMICAL IMPACT OF ROTIFER CULTURE PROBLEMS IN A HATCHERY Larvi 05 What is the cost structure in a marine hatchery? Producing in a hatchery is: 40% Labour 14% Investment 8.5%Energy Source of following
More informationADVANCEMENTS IN MICRO Aqua Feed EXTRUSION. Ramesh Gangatharan. Ph.D Wenger Manufacturing Inc. Mob:
ADVANCEMENTS IN MICRO Aqua Feed EXTRUSION Ramesh Gangatharan. Ph.D Wenger Manufacturing Inc. Mob: +91-9444 384 369 Email:ramesh@wenger.com Wide range of aquatic species to be fed Aquatic Feeds Floating
More informationWild and Hatchery Seed Survey - France
Wild and Hatchery Seed Survey - France October 2003 by Brian O Loan BIM Regional Officer Wexford e-mail: oloan@bim.ie Tiles Stacked in Arcachon Coupelles in Arcachon On the 9 October 2003 Brian O Loan
More informationSFPA Guidance Document for Inspecting LBM Purification Centres.
SFPA Guidance Document for Inspecting LBM Purification Centres. Ref: Regulation (EC) 853/2004 Annex III Section VII Additional Reading via FAO website: http://www.fao.org/docrep/011/i0201e/i0201e00.htm
More informationSydney rock oysters: Overcoming constraints to commercial scale hatchery and nursery production
Sydney rock oysters: Overcoming constraints to commercial scale hatchery and nursery production Wayne A. O Connor, Michael Dove, Ben Finn NSW Department of Primary Industries Port Stephens Fisheries Centre
More informationJuvenile Horseshoe Crab Rearing Programme. Manual for rearing juvenile horseshoe crabs in secondary schools
Juvenile Horseshoe Crab Rearing Programme Manual for rearing juvenile horseshoe crabs in secondary schools A. Basic equipment for housing juvenile horseshoe crabs Items glass tank (height: 6-10 ) A. Basic
More informationUIUC Algae Biodiesel Facility
2009 UIUC Algae Biodiesel Facility Derek R. Vardon & Prof. Lance Schideman University of Illinois at Urbana- Champaign 4/15/2009 INTRODUCTION The Algae Biodiesel Production Facility was commissioned to
More informationKwamena Quagrainie, Ph.D. Purdue University. INDOOR SHRIMP FARMING WORKSHOP September 14, 2018, KSU, FRANKFORT, KY
Kwamena Quagrainie, Ph.D. kquagrai@purdue.edu Purdue University INDOOR SHRIMP FARMING WORKSHOP September 14, 2018, KSU, FRANKFORT, KY Funding the Enterprise Be mindful of initial investments Planning,
More informationThe Aquaponics Partnership Program
The Aquaponics Partnership Program Working Together to Expand Aquaponics Food Production in the Washington, DC Area The Program: In order to improve our craft, we are designing, installing, and helping
More informationToxicity and Related Testing. Possible Etiological Agents
Toxicity and Related Testing Run to reproduce AHPNS experimentally in the laboratory Possible Etiological Agents Toxicant From feed (new ingredient(s) in feed?) Remember the melamine contamination of wheat
More information2013 Working Group Updates
2013 Working Group Updates Horizon Scanning At the 2013 CBSG Annual Meeting, we conducted the first horizon scan for zoos and aquariums. Our aim was to identify the 10 most important emerging issues with
More informationPractical experiences of Ultrasonic units for algae control
An Ultrasonic device for algae control Practical experiences of Ultrasonic units for algae control A.N. Hampton B.Sc. Ph.D. Introduction The use of ultrasound for controlling algae has been known for some
More informationGeneral Information. Reporting Period. August 1, 2004 July 31, 2005 (Year 15, final report)
Aquaculture Extension and Training Support for the U.S.-affiliated Pacific Islands with a Special Emphasis on Hatchery Propagation of the Black-lip Pearl Oyster (Pinctada Margaritifera), Year 15 General
More informationA5 PC Series Pressure Compensating Ag Dripline
A5 PC Series Pressure Compensating Ag Dripline Rain Bird engineers leveraged over years of irrigation expertise to develop this reliable, durable, and high performing pressure compensating heavy wall dripline.
More informationSFPA Guidance Document for Inspecting LBM Purification Centres.
SFPA Guidance Document for Inspecting LBM Purification Centres. Ref: Regulation (EC) 853/2004 Annex III Section VII Additional Reading via FAO website: http://www.fao.org/docrep/011/i0201e/i0201e00.htm
More informationPhilip Jones July Enhancing agricultural productivity through use of a saline spring in Tel al- Hima
Philip Jones July 2013 Enhancing agricultural productivity through use of a saline spring in Tel al- Hima Intervention summary The intervention in Tel al- Hima aims to create a demonstration of a sustainable
More informationFish room manual for visiting scientists. Ahituv Lab
Fish room manual for visiting scientists Ahituv Lab Purpose This document is intended to give a brief overview of the Ahituv lab Zebrafish facility. Visitors working with zebrafish should known and understand
More informationFlorida Aquaculture Plan August 2017
Florida Aquaculture Plan August 2017 Prioritized recommendations for applied research and economic development by the Aquaculture Review Council for the purposes of creating new technologies, improved
More informationCulture of Scylla serrata Megalops in Brackishwater Ponds
Asian Fisheries Science 14(2001): 185-189 Asian Fisheries Society, Manila, Philippines 185 Proceedings of the International Forum on the Culture of Portunid Crabs Culture of Scylla serrata Megalops in
More informationInstallation & Operating Instructions
200 G R A V I T Y F E D Installation & Operating Instructions Note: Do not attempt to operate this unit before reading the manual thoroughly Manufactured by Evolution Aqua Ltd. Evolution House Kellett
More informationNitrogen cycle Important steps
Nitrogen cycle Nitrogen cycle Important steps Stage1 Entry and Accumulation Ammonia is introduced into the water via tropical fish waste, uneaten food, and decomposition. These will break down into ammonia
More informationFPA LABORATORY PHOTOBIOREACTOR
Reproducible cultivation results Minimal manual or intrusive operations Transparent and easy process control and data loging Safe starter culture preparation, holding and transfer FPA LABORATORY PHOTOBIOREACTOR
More informationRegulation Assessment Mitigation Restoration. September 2017
Regulation Assessment Mitigation Restoration September 2017 Imaging FlowCytobot Guides Operational Response for Aquaculture Farm By McLane Research Laboratories 48 eco SEPTEMBER 2017 Oyster traps in Cape
More informationin Puget Sound? What caused the 50-y north-to-south
What about HAB in Puget Sound? What caused the 50-y north-to-south spread of PSP? Harmful algal species in PS Alexandrium catenella: paralytic shellfish poisoning (PSP) and diatoms in the genus Pseudo-nitzschia
More informationOHIO STATE UNIVERSITY EXTENSION. System Principles. Matthew A. Smith Extension Aquaculture Specialist
System Principles Matthew A. Smith Extension Aquaculture Specialist Topics for this presentation Quick overview of World production System types and considerations Fish feed and it s affect on various
More information