DOCSLIB.ORG

Assessment of the Snapper Fishery in Victoria Final Report Project No. 97

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

Assessment of the snapper fishery in Victoria Patrick C. Coutin, Shellie Cashmore and K.P. Sivakumuran Final Report Project No. 97/128 Assessment of the snapper fishery in Victoria Patrick C. Coutin, Shellie Cashmore and K.P. Sivakumuran Project No. 97/127 Fisheries Research and Development Corporation Assessment of the snapper fishery in Victoria Patrick C. Coutin, Shellie Cashmore and K.P. Sivakumuran Marine and Freshwater Resources Institute PO Box 114, Queenscliff, Victoria, 3225 June 2003 © The State of Victoria, Department of Primary Industries, 2003 ISBN: 1 74106 185 7 This work is copyright. Except as permitted under the Copyright Act 1968 (Cth), no part of this publication may be reproduced by any process, electronic or otherwise, without the specific written permission of the copyright owners. Neither may information be stored electronically in any form whatsoever without such permission. FRDC 97/127 Snapper Assessment in Victoria Final Report TABLE OF CONTENTS LIST OF TABLES ..................................................................................................... III LIST OF FIGURES .................................................................................................... V ABBREVIATIONS .................................................................................................. VIII NON–TECHNICAL SUMMARY .............................................................................. 1 OUTCOMES ACHIEVED .......................................................................................... 1 SUMMARY .................................................................................................................. 2 BACKGROUND .......................................................................................................... 5 NEED ............................................................................................................................ 6 PROJECT OBJECTIVES ........................................................................................... 7 METHODS ................................................................................................................... 7 Objective 1. Development of models to assess the snapper stocks .......................... 7 Modelling of fisheries data .......................................................................................... 7 Biological models .......................................................................................................... 8 The integrated movement, growth and fisheries model ......................................... 10 Objective 2. Tagging strategies and experimental design ...................................... 12 Development of a snapper tagging database ........................................................... 16 Tag retention experiments ........................................................................................ 17 Objective 3. Environment–recruitment models ...................................................... 18 Objective 4. Spawning season and location ............................................................. 22 Sampling of gut contents ........................................................................................... 25 RESULTS ................................................................................................................... 26 Commercial fisheries data analyses ......................................................................... 26 Analyses and modelling of biological data ............................................................... 31 Development of an integrated movement, growth and fisheries model ................ 42 Recaptures of tagged snapper by tag type and release location ............................ 43 Marine and Freshwater Resources Institute i FRDC 97/127 Snapper Assessment in Victoria Final Report Dispersal of the western snapper stock by location of release ............................... 51 Dispersal of the eastern snapper stock by location of release ................................ 61 Tag retention experiments ........................................................................................ 63 Tag retention models ................................................................................................. 65 Environment and recruitment relationships ........................................................... 68 Spawning season and location ................................................................................... 88 The diet of snapper in Port Phillip Bay and coastal waters ................................... 91 DISCUSSION ............................................................................................................. 99 Snapper stock abundance .......................................................................................... 99 Integrating snapper movement, growth and in fisheries assessment .................. 100 Snapper tagging and movement studies ................................................................ 101 Comparison of snapper dispersal behaviour ......................................................... 102 Performance of different types of tags ................................................................... 104 Environment-recruitment models .......................................................................... 104 Reproductive biology ............................................................................................... 108 Snapper diet .............................................................................................................. 112 Fishery Management Implications ......................................................................... 115 PLANNED OUTCOMES ........................................................................................ 116 BENEFITS ................................................................................................................ 117 FURTHER DEVELOPMENTS ............................................................................. 117 CONCLUSION ........................................................................................................ 118 REFERENCES ......................................................................................................... 119 ACKNOWLEDGMENTS ....................................................................................... 130 APPENDIX 1: INTELLECTUAL PROPERTY ................................................... 132 APPENDIX 2: STAFF ............................................................................................. 133 APPENDIX 3: EXTENSION .................................................................................. 134 APPENDIX 4: SNAPPER TAG RELEASE AND RECAPTURE DATA .......... 136 APPENDIX 5: LATITUDE AND LONGITUDE OF RECAPTURES ............... 201 Marine and Freshwater Resources Institute ii FRDC 97/127 Snapper Assessment in Victoria Final Report List of Tables Page Table 1. Macroscopic maturation stages of snapper gonads ........................................ 23 Table 2. Histological description of the oocytes of female snapper ............................ 24 Table 3. Standardised CPUE models for the commercial snapper fishery in Port Phillip Bay. .................................................................................................. 27 Table 4. Standardised CPUE models for the commercial snapper fishery in the west coast of Victoria ........................................................................................... 27 Table 5. Standardised CPUE models for the commercial snapper fishery in the east coast of Victoria ........................................................................................... 31 Table 6. Length weight relationships for snapper. ...................................................... 31 Table 7. Mean fork length at age estimated from sectioned otoliths of snapper sampled in Port Phillip Bay. ........................................................................ 35 Table 8. Mean fork length at age estimated from sectioned otoliths of snapper in eastern Victoria ............................................................................................ 36 Table 9. Mean fork length at age estimated from sectioned otoliths of snapper in western Victoria ........................................................................................... 37 Table 10. A summary of tagged snapper released in 1948-1994 and recaptured ........ 47 Table 11. A summary of tagged snapper released in 1995-2003 and recaptured ........ 47 Table 12. Tag retention models for internal, dart and Tbar tags derived from linear regressions. .................................................................................................. 67 Table 13. Relationships between environmental variables in the 0+ year and year class strength of 1+ snapper based on trawl surveys between 1989 – 1999. ....... 81 Table 14. Relationships between environmental variables and year class strength from the abundance of +3 to +18 old snapper in catches between 1994-1998. 81 Table 15. Size frequency distribution of oocytes in different stages of development from oocyte diameter measurements. ......................................................... 90 Table 16. The percentage of empty stomachs observed in each zone by season and length class .................................................................................................. 91 Table 17. Changes in diet of snapper (n= 115) caught
Recommended publications
  • H:\PNHP\Portland Local Services Guide.Docx1

    H:\PNHP\Portland Local Services Guide.Docx1

    Got questions Portland Workskills Phone 03 5523 1645 Find local and online help Shop 14 Pioneer Plaza Health Services and Support/Community/Employment Portland Vic 3305 Finances/Education/ Recreation/ Leisure/HousingDisability Support H:\PNHP\Portland local services guide.docx1 Contents A. Local Information .............................................................................................................. 4 1. Portland Visitor Information Centre ............................................................................ 4 2. Glenelg Shire Council ................................................................................................... 4 3. Portland Library ............................................................................................................ 4 4. Centrelink ..................................................................................................................... 4 B. Health Services ................................................................................................................. 5 1. Portland District Health ................................................................................................ 5 2. Active Health Portland – Medical and Allied Health .................................................... 5 3. Seaport Medical Clinic .................................................................................................. 5 4. Portland Family Practice ............................................................................................... 5 5. Dhauwurd-Wurring
  • Heritage Citation Report – Portland Foreshore

    Heritage Citation Report – Portland Foreshore

    Heritage Citation Report – Portland Foreshore Heritage Citation Report Name Portland Foreshore Address Lee Breakwater Road, Portland Place Type Recreation / Civic Citation Date 14 June 2016 Heritage listings Victorian Heritage Inventory (VHI) Portland Pier Railway Station (H7221-0195), VHI Cliff Street Tunnel (H7221-0279), Heritage Overlay (HO) HO129 Phoenix Canariensis, HO128 Norfolk Island Pine, Victorian Aboriginal Heritage Register (VAHR) Portland Foreshore 1 (VAHR 7221-0860), Portland Foreshore 2 (VAHR 7221-0870) Recommended heritage protection Glenelg Shire Planning Scheme (PS) Heritage Overlay (HO) Figure 1 : Portland Foreshore, view to the north from Cliff Street Portland Foreshore Hermes No XXXX Place Citation Report Page 1 Heritage Citation Report – Portland Foreshore Figure 2 : Portland Foreshore, view north Figure 3 : Proposed HO extent Portland Foreshore Hermes No XXXX Place Citation Report Page 2 Heritage Citation Report – Portland Foreshore History and historical context Indigenous background As noted by other researchers, information which relates to the Aboriginal occupation of the Portland area is derived from publications and other surviving forms of documentation which were compiled by early non- Aboriginal settlers, missionaries and government officials who went to the region during the mid to late nineteenth century (Barwick 1984). The following information was compiled from a number of written sources based on language research and ethno-historic observations. It should be noted that the information provided here does not necessarily reflect the opinions of the Gunditj Mirring people regarding their tribal affiliations and boundaries. Aboriginal occupation of the Portland region has been dated to at least 11,000 years ago, with use of the coastal regions demonstrated by the presence of recorded shell middens and artefact scatters (Freslov 1992; Kellaway and Rhodes 2002).
  • Eco-Hydrological Investigation and Restoration Planning for Big Marsh

    Eco-Hydrological Investigation and Restoration Planning for Big Marsh

    Eco-hydrological Investigation and Restoration Planning for Big Marsh The Spit Nature Conservation Reserve, Port Phillip Bay (Western Shoreline) and Bellarine Peninsula Ramsar Site Report to Port Phillip and Westernport Catchment Management Authority Ben Taylor, Mark Bachmann, Lachlan Farrington and Tessa Roberts 27th September 2020 Eco-hydrological Investigation and Restoration Planning for Big Marsh. The Spit Nature Conservation Reserve. Citation Taylor B., Bachmann M., Farrington L. and Roberts, T. (2020) Eco-hydrological Investigation and Restoration Planning for Big Marsh. The Spit Nature Conservation Reserve, Port Phillip Bay (Western Shoreline) and Bellarine Peninsula Ramsar Site. Report to Port Phillip and Westernport Catchment Management Authority. NGT Consulting – Nature Glenelg Trust, Mumbannar, Victoria. For correspondence in relation to this report, please contact: Mr Ben Taylor Senior Wetland Ecologist Nature Glenelg Trust 0434 620 646 [email protected] OR Mr Mark Bachmann Principal Ecologist Nature Glenelg Trust 0421 978 181 [email protected] Disclaimer This report has been developed using the best information available and all efforts have been made to ensure accuracy. No warranty express or implied is provided for any errors or omissions, nor in the event of its use for any other purposes or by any other parties. Page ii Eco-hydrological Investigation and Restoration Planning for Big Marsh. The Spit Nature Conservation Reserve. Acknowledgements This investigation was commissioned by Port Phillip and Westernport Catchment Management Authority, through funding from the Australian Government’s National Landcare Program. We would especially like to acknowledge and thank the following people for their generous assistance with this investigation: Andrew Morrison (Port Phillip and Westernport CMA) for contract management, technical support and providing assistance with fieldwork.
  • Mangroves and Salt Marshes in Westernport Bay, Victoria Robyn Ross

    Mangroves and Salt Marshes in Westernport Bay, Victoria Robyn Ross

    Mangroves and Salt Marshes in Westernport Bay, Victoria BY Robyn Ross Arthur Rylah Institute Flora, Fauna & Freshwater Research PARKS, FLORA AND FAUNA ARTHUR RYLAH INSTITUTE FOR ENVIRONMENTAL RESEARCH 123 BROWN STREET (PO BOX 137) HEIDELBERG VIC 3084 TEL: (03) 9450 8600 FAX: (03) 9450 8799 (ABN: 90719052204) JUNE 2000 0 ACKNOWLEDGEMENTS The following people assisted in gathering information for this review: Michele Arundell, Dale Tonkinson, David Cameron, Carol Harris, Paul Barker, Astrid d’Silva, Dr. Neil Saintilan, Kerrylee Rogers and Claire Turner. 1 TABLE OF CONTENTS INTRODUCTION .................................................................................................................1 MANGROVE-SALT MARSH MAPPING IN WESTERNPORT BAY....................................................................................................4 MANGROVE–SALT MARSH MONITORING IN WESTERNPORT BAY..................................................................................................10 MANGROVE-SALT MARSH MONITORING IN NEW SOUTH WALES ..................................................................................................20 SEDIMENT ELEVATION TABLE (SET).........................................................................22 SUMMARY.........................................................................................................................23 REFERENCES ....................................................................................................................25 APPENDIX I Westernport Contacts .......................................................................................................30
  • Australian Historic Theme: Producers

    Australian Historic Theme: Producers

    Stockyard Creek, engraving, J MacFarlane. La Trobe Picture Collection, State Library of Victoria. Gold discoveries in the early 1870s stimulated the development of Foster, initially known as Stockyard Creek. Before the railway reached Foster in 1892, water transport was the most reliable method of moving goods into and out of the region. 4. Moving goods and cargo Providing transport networks for settlers on the land Access to transport for their produce is essential to primary Australian Historic Theme: producers. But the rapid population development of Victoria in the nineteenth century, particularly during the 1850s meant 3.8. Moving Goods and that infrastructure such as good all-weather roads, bridges and railway lines were often inadequate. Even as major roads People were constructed, they were often fi nanced by tolls, adding fi nancial burden to farmers attempting to convey their produce In the second half of the nineteenth century a great deal of to market. It is little wonder that during the 1850s, for instance, money and government effort was spent developing port and when a rapidly growing population provided a market for grain, harbour infrastructure. To a large extent, this development was fruit and vegetables, most of these products were grown linked to efforts to stimulate the economic development of the near the major centres of population, such as near the major colony by assisting the growth of agriculture and settlement goldfi elds or close to Melbourne and Geelong. Farmers with on the land. Port and harbour development was also linked access to water transport had an edge over those without it.
  • City of Geelong

    City of Geelong

    Contents: Local Section We All Live In A Catchment 3 Drains To the River 5 Lake Connewarre 8 Balyang Sanctuary - Local Laws 9 Feathers & Detergents Don’t Mix 11 Feathers & Oil Don’t Mix 14 Balyang Sub-Catchment 15 Begola Wetlands 16 Design a Litter trap 18 Frogs At Yollinko 20 Pobblebonk! 21 Car Wash! 22 Phosphorus In Your Catchment 23 Emily Street Lake 24 What’s the Water Like? 25 What Makes Algae Grow? 27 Lara Mapping 28 Where Does It Go? 29 We Can All Do Something! 31 Mangroves! 32 Limeburners Bay & Estuary 36 Frogs At Jerringot Wetland 38 Litter Round-Up 40 Frog Tank 41 Catchment Litter 43 Stormwater Pollution & Seagrass 44 Effects of Pollutants 46 Bird In a Trap! 47 Seahorse Tank 48 Organic Breakdown 49 Every Living Thing Needs Oxygen 51 Mapping & Decisions (Drain Stencilling) 52 Tell the World! 53 Take action! 54 Find-a-Word 56 Your School Drains To 57 Contacts/Reference 60 local section - i of greater geelong 1 How to use this material This material has been designed for students/teachers of Yr 3 - 8. It provides information and activities on water quality issues at specific locations around the City of Greater Geelong, associated with stormwater. It is designed to be used in conjunction with the Waterwatch Education Kit, but can also be used as an independent study. Each unit of work is designed around a specific area Jane Ryan, Project Officer, Waterwatch Victoria; of Geelong. These areas have been chosen as Tarnya Kruger Catchment Education Officer, each has it’s own issues relating to stormwater.
  • Point Henry 575 Concept Master Plan Published September 2017 Contents

    Point Henry 575 Concept Master Plan Published September 2017 Contents

    POINT HENRY 575 CONCEPT MASTER PLAN PUBLISHED SEPTEMBER 2017 CONTENTS 1.0 Introduction 3 2.0 Concept Master Plan Overview 4 3.0 Unlocking Point Henry’s Potential for Geelong 6 4.0 Shared Vision 8 5.0 Regional Context 10 6.0 Geelong Context 12 7.0 Site Context 18 8.0 Concept Master Plan Vision & Key Moves 30 9.0 Concept Master Plan 32 10.0 Concept Master Plan Components 34 11.0 Implementation 50 12.0 From Shared Vision to Concept Master Plan 52 13.0 Project Timeline 54 14.0 The Team and Acknowledgments 56 Cover & Inside Cover - Images by katrinalawrence.com POINT HENRY 575 | Concept Master Plan 2 SEPTEMBER 2017 1.0 INTRODUCTION The Point Henry peninsula has played a signifi cant role Community Engagement The Concept Master Plan An overriding theme for Alcoa has been to develop a process in the region’s history; and since 1963 Alcoa of Australia Alcoa’s long term commitment to its environmental and The draft Concept Master Plan was released in October 2016 that balances and considers all of these aspects while creating Limited has been an integral part of the Geelong health and safety values is unchanged, together with its for community consultation. The feedback gathered from a Concept Master Plan that is not only commercially viable community. commitment to keep working with the local community and community and key stakeholders provided further input into and deliverable in the future, but one that also makes sense key stakeholders. the Concept Master Plan. to the community and key stakeholders.

  • 'Tongue of Land' Is the Wadawurrung / Wathaurong

    DJILLONG Djillong: ‘tongue of land’ is the Wadawurrung / Wathaurong Aboriginal name for Geelong TIMELINE www.djillong.net.au At least 65,000 years ago Evidence of Aboriginal people living on the Australian continent and of the world’s earliest human art. (French cave painting 5,000 years ago, the Mona Lisa, 14th century) 1600s 1688 William Dampier (England) lands on the west coast of Australia. 1700s 1770 Captain James Cook (England) lands on the east coast of Australia. 1800s 1800 Lt James Grant (Lady Nelson ship) sails through Bass Strait. 1802 Dispossession in the Geelong district begins as Lieutenant John Murray takes possession of Port Phillip in King George III’s name and raises the British flag. First contact between Wadawurrung and the Europeans. William Buckley escapes from Capt. Collins’ temporary settlement at Sorrento and walks around Port Phillip Bay. Later he is invited to join the Mon:mart clan of Wadawurrung People when Kondiak:ruk 1803 (Swan Wing) declares him her husband returned from the dead. Aboriginal people believed that the dead were reincarnated in a white form. They call Buckley Morran:gurk (Ghost blood). 1820s 1824 Hume & Hovell arrive on Wadawurrung land at Corio Bay and are greeted by Wadawurrung resistance. In Tasmania settlers are authorised to shoot Aboriginal people. Martial law is declared in Bathurst (NSW) after violent clashes between settlers and Aboriginal people. 1827 Batman and Gellibrand apply to the colonial government for Kulin nation land. 1828 Martial law declared in Tasmania where the Solicitor General says ‘the Aborigines are the open enemies of the King and in a state of actual warfare against him’.
  • Download Full Article 2.0MB .Pdf File

    Download Full Article 2.0MB .Pdf File

    Memoirs of the National Museum of Victoria 12 April 1971 Port Phillip Bay Survey 2 https://doi.org/10.24199/j.mmv.1971.32.08 8 INTERTIDAL ECOLOGY OF PORT PHILLIP BAY WITH SYSTEMATIC LIST OF PLANTS AND ANIMALS By R. J. KING,* J. HOPE BLACKt and SOPHIE c. DUCKER* Abstract The zonation is recorded at 14 stations within Port Phillip Bay. Any special features of a station arc di�cusscd in �elation to the adjacent stations and the whole Bay. The intertidal plants and ammals are listed systematically with references, distribution within the Bay and relevant comment. 1. INTERTIDAL ECOLOGY South-western Bay-Areas 42, 49, 50 By R. J. KING and J. HOPE BLACK Arca 42: Station 21 St. Leonards 16 Oct. 69 Introduction Arca 49: Station 4 Swan Bay Jetty, 17 Sept. 69 This account is basically coneerncd with the distribution of intertidal plants and animals of Eastern Bay-Areas 23-24, 35-36, 47-48, 55 Port Phillip Bay. The benthic flora and fauna Arca 23, Station 20, Ricketts Pt., 30 Sept. 69 have been dealt with in separate papers (Mem­ Area 55: Station 15 Schnapper Pt. 25 May oir 27 and present volume). 70 Following preliminary investigations, 14 Area 55: Station 13 Fossil Beach 25 May stations were selected for detailed study in such 70 a way that all regions and all major geological formations were represented. These localities Southern Bay-Areas 60-64, 67-70 are listed below and are shown in Figure 1. Arca 63: Station 24 Martha Pt. 25 May 70 For ease of comparison with Womersley Port Phillip Heads-Areas 58-59 (1966), in his paper on the subtidal algae, the Area 58: Station 10 Quecnscliff, 12 Mar.
  • Model Bubbles Refinements and Calibration K.P

    Model Bubbles Refinements and Calibration K.P

    Model Bubbles Refinements and Calibration K.P. Black1,2, A.R. Longmore1 and G.P. Jenkins1 Technical Report No. 2019-2 March, 2019 1School of BioSciences, University of Melbourne, Vic 3010 Australia 2Sanctuary Beach Pte Ltd, Singapore The University of Melbourne Sanctuary Beach Pte Ltd www.unimelb.edu.au www.sanctuarybeach.net Front page image from: CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=125403 Reference to this report: Black, K.P., Longmore, A.R. and Jenkins, G.P. 2019. Pelagic Pathways to Productivity in Port Phillip Bay: Model Bubbles, Refinements and Calibration. Technical Report, School of Biosciences, University of Melbourne and Sanctuary Beach Pte Ltd, 2019-2. Other publications and reports in the series: Black, K. P., Longmore, A. R., Hamer, P. A., Lee, R., Swearer, S., and Jenkins, G. P. (2015). Bubbles: The Nutrient, Phytoplankton, Zooplankton and Fish Recruitment (NPZ-F) Numerical Model. Technical Report No. 2015-1, University of Melbourne and Sanctuary Beach Pte Ltd, 2015-1. Black, K. P., Longmore, A. R., Hamer, P. A., Lee, R., Swearer, S. E., and Jenkins, G. P. (2016a). Linking nutrient inputs, phytoplankton composition, zooplankton dynamics and the recruitment of pink snapper, Chrysophrys auratus, in a temperate bay. Estuarine, Coastal and Shelf Science 183, 150-162. Black, K. P., Longmore, A. R., and Jenkins, G. P. (2016b). Refinement and further development of the Bubbles model: 1. Desktop analysis of Silicate data Technical Report, School of BioSciences, University of Melbourne and Sanctuary Beach Pte Ltd. Jenkins, G. P., Black, K. P., and Longmore, A. R. (2016).
  • Registered Aboriginal Parties in Victoria Horse S Hoe Lagoon

    Registered Aboriginal Parties in Victoria Horse S Hoe Lagoon

    !( !( WEST WYALONG D ar ling Ri ver WENTW ORTH !( Registered Aboriginal Parties in Victoria Horse S hoe Lagoon r MILDURA e v !( i Registered Aboriginal Parties* R Lake Wallawalla n a !( l h c GRIFFITH a L !( <null> Barengi Gadjin Land Council Aboriginal Corporation !( YOUNG RE D CLIFFS !( !( Mu rrumb idgee Rive Bunurong Land Council Aboriginal Corporation r TEMORA !( HAY !( !( Dja Dja Wurrung Clans Aboriginal Corporation ROBINVALE LEETON HA RDEN !( !( BALRANALD !( COOTAMUNDRA Eastern Maar Aboriginal Corporation Rocket Lake !( Lake Cantala NARRANDERA !( First People of the Millewa-Mallee Aboriginal Corporation GANMAIN Lake Kramen !( COOLAMON S U N S E T C OUNTRY !( GOULBURN MILDURA !( JUNEE Gunaikurnai Land and WYaAStSers Aboriginal Corporation NEW SOUTH WALES !( !( Gunditj Mirring Traditional Owners Aboriginal Corporation Bailey Plain Salt Pan OUYEN GUNDAGAI Lake Burrinjuck !( !( WAGGA WAGGA Taungurung Land and Waters Council Aboriginal Corporation SWAN HILL !( Wathaurung Aboriginal Corporation Lake Wahpool JERILDERIE TUMUT Lake Tiboram !( !( !( Wurundjeri Woi Wurrung Cultural Heritage Aboriginal Corporation Lake Tyrrell SWAN HILL L itt le CANBERRA M QUEANBEYAN u !( rr W !( a a E y k d R o w Lake Boga iv o a e l R rd r iv R Yorta Yorta Nation Aboriginal Corporation e i r v er DENILIQUIN Lake Tutchewop !( Blowering Reservoir Kangaroo Lake Indicates an area where more than one RAP exists Lake Charm Lake Cullen e.g. Eastern Maar Aboriginal Corporation and B I G D E SERT The Marsh !( FINLEY G o Gunditj Miro ring Traditional Owners Aboriginal Corporation d r r a d e i v KERANG g i b R !( Talbingo Reservoir e e e R e GANNAW ARRA g iv d P e i r b y r Tantangara Reservoir Lake A lbacutya a COHUNA m TOCUMWAL u m r !( r i d !( u !( C M r e * This map illustrates all Registered Aboriginal Parties on e k COBRAM FEBRUARY 6, 2020.
  • Macphersons Arriving in Victoria, 1840-1865

    Macphersons Arriving in Victoria, 1840-1865

    MACPHERSONS ARRIVING IN VICTORIA, 1840-1865 Alan G. Macpherson St John’s, Newfoundland 2005 The information presented here was extracted from ship lists of assisted immigrants in the State Archives of Victoria in the southern spring of 1988, Australia’s bicentennial year. It covers the period from 1840 to 1865 during which fifty-six ships (fifty-seven voyages) deposited 303 men, women and children of the name — most frequently ‘McPherson’ — on the shores of Victoria. Thirty-four of the voyages originated in Liverpool (60%), with Plymouth and Southampton sending three ships each, London and Greenock two each, Glasgow, Birkenhead and Queenstown (Cork) one each, and ten ships listed with no point of departure. Those ten ships — plus one from Greenock — arrived in the early years of immigration in Port Phillip, the bay which includes Melbourne and Geelong. Melbourne received twenty-one ships, Geelong fourteen, Portland Bay in western Victoria seven, Hobson’s Bay (Melourne) two, and Belfast (Port Fairy) one. The age profile of these immigrants peaked in the 21-25 year cohort (48), and diminished steadily thereafter, the oldest being Murdoch McPherson, the only man to proclaim himself to be an Inverness-shire crofter, aged sixty-five. The profile is as follows: Age Cohort No. Age Cohort No. Age Cohort No. Age Cohort No. Infants 12 16-20 43 36-40 18 56-60 2 1- 5 30 21-25 48 41-45 16 61-65 1 6- 10 28 26-30 37 46-50 4 11-15 39 31-35 32 51-55 5 The immigrant Macphersons came from diverse geographical origins: the vast majority from Scotland and from Highland counties and parishes, but a family of five came from Leigh in Kent, three sisters from Ipswich, Suffolk, three individuals from Middlesex (London), and one from Sussex.