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The Real Challenge for Wetland Management
Hydrobiologia DOI 10.1007/s10750-012-1163-4 CLIMATE CHANGE AND AUSTRALIAN WETLANDS Review Paper A legacy of climate and catchment change: the real challenge for wetland management Peter Gell • Keely Mills • Rosie Grundell Received: 6 December 2011 / Accepted: 6 May 2012 Ó Springer Science+Business Media B.V. 2012 Abstract Wetland managers are faced with an array capacity to recover from the recent ‘big dry’. These of challenges when restoring ecosystems at risk from sedimentary archives reveal most modern wetlands to be changing climate and human impacts, especially as many outside their historical range of variability. This approach of these processes have been operating over decadal– provides a longer-term context when assessing wetland millennial timescales. Variations in the level and salinity condition and better establishes the restoration challenge of the large crater lakes of western Victoria, as revealed posed by the impact of climate change and variability and over millennia by the physical, chemical and biological human impacts. evidence archived in sediments, attest to extended periods of positive rainfall balance and others of rainfall Keywords Australia Á Climate change Á Ecological deficit. The recent declines in the depth of these lakes condition Á Wetland response Á Acceptable change have been attributed to a 15% decline in effective rainfall since AD 1859. Whilst some sites reveal state shifts following past droughts, the response of most wetlands to Introduction millennial-scale climatic variations is muted. Regional wetland condition has changed comprehensively, how- The management of wetlands has largely been under- ever, since European settlement, on account of extensive pinned by the assumption that their hydrology and catchment modifications. -
Assessing the Cost-Effectiveness of a Fish Stocking Program in a Culture
G Model FISH-4539; No. of Pages 10 ARTICLE IN PRESS Fisheries Research xxx (2016) xxx–xxx Contents lists available at ScienceDirect Fisheries Research journal homepage: www.elsevier.com/locate/fishres Full length article Assessing the cost-effectiveness of a fish stocking program in a culture-based recreational fishery a,b,∗ c d a b Taylor L. Hunt , Helen Scarborough , Khageswor Giri , John W. Douglas , Paul Jones a Fisheries Management and Science Branch, Fisheries Victoria, Department of Economic Development, Jobs, Transport and Resources, PO Box 114, Queenscliff, Victoria, 3225, Australia b Centre for Integrative Ecology, School of Life & Environmental Sciences, Faculty of Science, Engineering & Built Environment, Deakin University, PO Box 423, Warrnambool, Victoria, 3280, Australia c Department of Economics, Deakin Business School, Deakin University, PO Box 423, Warrnambool, Victoria, 3280, Australia d Biometrics Unit, Agriculture Research Division, Department of Economic Development, Jobs, Transport and Resources, 32 Lincoln Square North, Parkville, Victoria, 3053, Australia a r t i c l e i n f o a b s t r a c t Article history: Fish stocking is commonly used to enhance, create and maintain recreational fisheries that typically Received 5 February 2016 generate significant economic activity. As fish stocking can be highly popular with stakeholders and is Received in revised form 31 August 2016 often a large economic investment, it should be evaluated to ensure it provides adequate return and is an Accepted 4 September 2016 effective use of fisheries management funds. In this study we evaluated the cost-effectiveness of a fish Handled by: Chennai Guest Editor stocking program for non-native salmonid species of brown trout, rainbow trout and Chinook salmon at Available online xxx Lake Purrumbete, south-western Victoria, Australia. -
Vict.. on HIS MAJESTY's SERVICE Geological Notebook No. 9
Cover ©Gill Estate. Except as otherwise indicated, the Gill Notebooks are copyright to the Gill Estate and licensed Western Dist. – Vict.. under a Creative Commons Attribution-NonCommercial- NoDerivatives 4.0 International License. ON HIS MAJESTY’S SERVICE Geological Notebook No. 9 National Museum of Victoria, Melbourne, C.I, Victoria, Australia Edmund D Gill Title page Notebook No. 9 If found please return to – Edmund D Gill Palaeontologist National Museum Russell Street Melbourne CI. 1951 Index 1 Lake Colongulac 3 “Chocolyn” bores 7 L. Colongulac levels 9 Analyses bore water 10 Tuff & loess 12 Loess cliffs 13 Camperdown Basalt 14 Winchelsea “laterite” 17 Sewerage outlet Dennington levels 19 Nestle’s 20 Levels Dennington Stn to Moulden’s Quarry 23 Moulden’s Q 25 Auger hole near Moulden’s Q 27 Levels M’s Quarry to coast 37 Excav. S.E. of Moulden’s Quarry Kelly Swamp 39 Excav. Merri Flats 40 Auger hole, bank Merri R. 41 Auger hole near Sanitary Depot 45 Dunes near Sanitary Depot 47 Tower Hill Beach 51 Goose Lagoon 53 Lake Gillear 54 Lake Gillear auger hole 55 Port Fairy drain 57 Holloway’s Beach 61 Levels Holloway’s Beach 67 Holloway’s Cave 70 Warrnambool 71 Thunder Pt. 72 Tower Hill Beach 74 Rd. ctg. E. of Illowa 75 Goose Lagoon 77 L. Colongulac 88 Queensland Museum 89 L. Keilambete 90 L. Connewarren, Mt. Shadwell, Mt. Elephant 91 Shelford 93 L. Colongulac 102 “Puunyart” Bore 103 L. Kariah L. Terangpom 104 Garvoc 107 Lake Terang 109 Lake Elingamite 111 Formation of calderas 112 Ewan’s Hill 113 Lake Purrumbeet 118 Camperdown Quarry south of Mt Leura 119 Mt Leura Camperdown 120 Quarries Camperdown 127 Rd. -
And Hinterland LANDSCAPE PRIORITY AREA
GIPPSLAND LAKES and Hinterland LANDSCAPE PRIORITY AREA Photo: The Perry River 31 GIPPSLAND LAKES AND HINTERLAND Gippsland Lakes and Hinterland AQUIFER ASSET VALUES, CONDITION AND KEY THREATS Figure 25: Gippsland Lakes and Hinterland Landscape Priority Area Aquifer Asset Shallow Aquifer The Shallow Alluvial aquifer includes the Denison and Wa De Lock Groundwater Management Areas. It has high Figure 24: Gippsland Lakes and Hinterland Landscape connectivity to surface water systems including the provision Priority Area location of base flow to rivers, such as the Avon, Thomson and Macalister. The aquifer contributes to the condition of other Groundwater Dependent Ecosystems including wetlands, The Gippsland Lakes and Hinterland landscape priority area estuarine environments and terrestrial flora. The aquifer is characterised by the iconic Gippsland Lakes and wetlands is also a very important resource for domestic, livestock, Ramsar site. The Gippsland Lakes is of high social, economic, irrigation and urban (Briagolong) water supply. The shallow environmental and cultural value and is a major drawcard aquifer of the Avon, Thomson, Macalister and lower Latrobe for tourists. A number of major Gippsland rivers (Latrobe, catchments is naturally variable in quality and yield. In many Thomson, Macalister, Avon and Perry) all drain through areas the aquifer contains large volumes of high quality floodplains to Lake Wellington and ultimately the Southern (fresh) groundwater, whereas elsewhere the aquifer can be Ocean, with the Perry River being one of the few waterways naturally high in salinity levels. Watertable levels in some in Victoria to have an intact chain of ponds geomorphology. areas have been elevated due to land clearing and irrigation The EPBC Act listed Gippsland Red Gum Grassy Woodland recharge. -
Map C: Historic and Cultural Features Reserve, Nature Conservation Reserve, Regional Park - Implementation Status
Map C: Historic and cultural features reserve, Nature conservation reserve, Regional park - implementation status Merbein South FR Psyche Bend Pumps HCF R Mildura FFR Yarrara Yatpool FFR FR Lambert Island NCR Historic and cultural features reserve Karadoc Bum bang Island Meringur NCR HCF R FFR Toltol Fully implemented FFR Lakes Powell and Carpul Wemen Mallanbool NCR FFR Nowingi Ironclad C atchment FFR and C oncrete Tank Partially implemented HR Bannerton FFR Wandown Implementation unclear Moss Tank FFR Annuello FFR FFR Bolton Kattyoong Tiega FFR Unimplemented FR FR Kulwin FFR Degraves Tank FR Kulwin Manya Wood Wood Gnarr FR Cocamba Nature conservation reserve FR Walpeup Manangatang FFR Dunstans Timberoo Towan Plains FR FFR (Lulla) FFR FFR FFR FFR Bronzewing FFR Fully implemented Murrayville FFR Chinkapook FR FFR Yarraby Chillingollah FR Koonda Nyang FFR FR Boinka FFR Lianiduck Partially implemented FR FFR Welshmans Plain FFR Dering FFR Turriff Lake Timboram FFR Waitchie FFR Implementation unclear FFR Winlaton Yetmans (Patchewollock) Wathe NCR FFR FFR Green Yassom Swamp Dartagook Unimplemented NCR Lake NCR Koondrook Paradise RP Brimy Bill Korrak Korrak HC FR FFR WR NCR Cambacanya Angels Rest Wandella Kerang RP Regional park Lake FFR FR NCR Gannawarra Red Gum Albacutya Swamp V NCR Cohuna HCFR RP Wangie FFR Tragowel Swamp Pyramid Creek Cohuna Old Fully implemented NCR Cannie NCR NCR Court House Goyura Rowland HCF R HR Towaninny NCR Flannery Red Bluff Birdcage NCR Griffith Lagoon NCR Bonegilla Unimplemented FFR NCR Bethanga FFR Towma (Lake -
Bushwalking News Victoria February 2011
Bushwalking News Victoria February 2011 Diamond Valley Bushwalkers at a Grampians Base Camp, November 2010 (Photo: Ian Bates) Contributions Inside this issue... Email or post news, views, club Walking and Talking with your Do you know who Ned was? .............8 profiles, articles, photographs, President.......................................... 2 Cattle Grazing Returns in Victorian sketches and letters on any Position Vacant—Bushwalking National Parks: subject of interest to bushwalkers Victoria Auditor.................................3 Professor Mark Adams (subject to editorial approval) to: New Map—Tali Karng-Moroka ..........4 —brief profile..............................4 Some Things to Look Forward to: From the President of [email protected] Bushwalking Victoria...................9 or 2011 Federation Day Walk..........4 2012 Federation Weekend..........4 Help Stop Alpine Cattle Grazing 24 Moorhouse Street – It’s a Park Not a Paddock.......10 Camberwell Victoria 3124 Club Anniversaries............................5 A Selection of Articles from Regent Honeyeater Project Deadline for the March edition: Newspapers: —2010 Report..................................6 The Age........................... 11, 12 Monday, 14 February 2011 Bushwalking Environment: The Border Mail .....................13 The statements and opinions Track Maintenance Reports ........6 Weekly Times........................13 expressed in articles are those of the Track Maintenance Program .......7 BSAR Searches..............................14 author and -
Overview of the Impacts of Introduced Salmonids on Australian Native Fauna
OVERVIEW OF THE IMPACTS OF INTRODUCED SALMONIDS ON AUSTRALIAN NATIVE FAUNA by P. L. Cadwallader prepared for the Australian Nature Conservation Agency 1996 ~~ AUSTRALIA,,) Overview of the Impacts of Introduced Salmonids on Australian Native Fauna by P L Cadwallader The views and opinions expressed in this report are those of the authors and do not necessarily reflect those of the Commonwealth Government, the Minister for the Environment or the Director of National Parks and Wildlife. ISBN 0 642 21380 1 Published May 1996 © Copyright The Director of National Parks and Wildlife Australian Nature Conservation Agency GPO Box 636 Canberra ACT 2601 Design and art production by BPD Graphic Associates, Canberra Cover illustration by Karina Hansen McInnes CONTENTS FOREWORD 1 SUMMARY 2 ACKNOWLEDGMENTS 3 1. INTRODUCTION 5 2. SPECIES OF SALMONIDAE IN AUSTRALIA 7 2.1 Brown trout 7 2.2 Rainbow trout 8 2.3 Brook trout 9 2.4 Atlantic salmon 9 2.5 Chinook salmon 10 2.6 Summary of present status of salmonids in Australia 11 3. REVIEW OF STUDIES ON THE IMPACTS OF SALMONIDS 13 3.1 Studies on or relating to distributions of salmonids and native fish 13 Grey (1929) Whitley (1935) Williams (1964) Fish (1966) Frankenberg (1966, 1969) Renowden (1968) Andrews (1976) Knott et at. (1976) Cadwallader (1979) Jackson and Williams (1980) Jackson and Davies (1983) Koehn (1986) Jones et al. (1990) Lintermans and Rutzou (1990) Minns (1990) Sanger and F ulton (1991) Sloane and French (1991) Shirley (1991) Townsend and Growl (1991) Hamr (1992) Ault and White (1994) McIntosh et al. (1994) Other Observations and Comments 3.2 Studies Undertaken During the Invasion of New Areas by Salmonids 21 Tilzey (1976) Raadik (1993) Gloss and Lake (in prep) 3.3 Experimental Introduction study 23 Fletcher (1978) 3.4 Feeding Studies, Including Analysis of Dietary Overlap and Competition, and Predation 25 Introductory Comments Morrissy (1967) Cadwallader (1975) Jackson (1978) Cadwallader and Eden (1981,_ 1982) Sagar and Eldon (1983) Glova (1990) Glova and Sagar (1991) Kusabs and Swales (1991) Crowl et at. -
Carbon Sequestration by Victorian Inland Wetlands
Carbon sequestration by Victorian inland wetlands Carbon sequestration by Victorian inland wetlands Carbon sequestration by Victorian inland wetlands. Citation Carnell P, Windecker S, Brenker M, Yukate B, Johnson K and Macreadie P. 2016. Carbon sequestration by Victorian inland wetlands. Blue Carbon Lab, Deakin University, Victoria, Australia. ISBN 978-1-76047-220-7 (Print) ISBN 978-1-76047-221-4 (pdf/online) Acknowledgements The authors would like to thank Kate Brunt from the Goulburn Broken CMA for guiding the project. The broader steering committee including Janet Holmes (DELWP), Paul Reich (ARI), Rohan Hogan (NCCMA), Natalie Dando (NECMA), Adam Bester (GHCMA), Simon Casanelia (GBCMA) and Tamara van Polanen Petel (DELWP). A big thank you to wetland representatives from each CMA for supplying wetland site information, coordinating with landholders and visiting us in the field while sampling. We also thank Steve Krueger of Deakin University for his help with field monitoring, as well as Jan Barton and other members of the Blue Carbon Lab including Tessa Evans, Quinn Olivier and Alex Pearse. Report produced by: Blue Carbon Lab, Centre for Integrative Ecology, School of Life and Environmental Sciences, Deakin University. Disclaimer: This publication may be of assistance to you, but Deakin University and its employees do not guarantee that the publication is without flaw of any kind or is wholly appropriate for your particular purposes and therefore disclaims all liability for any error, loss or other consequence which may arise from you relying on any information in this publication. 2 Carbon sequestration by Victorian inland wetlands List of Definitions Carbon sequestration rate: The rate at which carbon dioxide and other forms of carbon is being captured and stored within the soil. -
Purrumbete Verandah, 2008 1
Coolabah, No.11, 2013, ISSN 1988-5946, Observatori: Centre d’Estudis Australians, Australian Studies Centre, Universitat de Barcelona Purrumbete Verandah, 2008 1 Seth Keen Copyright©2013 Seth Keen. This text may be archived and redistributed both in electronic form and in hard copy, provided that the author and journal are properly cited and no fee is charged. Abstract: In describing his 2008 digital video installation, a continuous 3 minute five second loop, Seth Keen introduces a contemporary engagement with the historic landscape of rural Victoria witnessed by Von Guérard in his paintings of the 1850s. Bringing together a background in documentary practice and graphic design, Seth is interested, as a media artist, in using digital technologies to explore forms of environmental portraiture that document relationships between people and place. In this video work, he revisits the location and landscape painting, From the verandah of Purrumbete, 18582 by Eugene Von Guérard. Purrumbete Verandah, 2008 documents the landscape and location that Von Guérard painted in 1858. Video is used to record the view across Lake Purrumbete from the verandah of the Purrumbete Homestead. Edited into this shot, are shots of local fishermen and a view of the Purrumbete Homestead recorded from Picnic Point on Lake Purrumbete. Caught up in the tranquillity of this location, I slipped into the pace of the fishermen and their interaction with Lake Purrumbete. They become a pivot for differing viewpoints on the verandah location. The video work can be viewed on the web at http://www.sethkeen.net/portfolio/purrumbete-verandah/. These shots originated from the Locative Painting3 research project, which records the numerous locations Von Guérard painted in the Corangamite Shire. -
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. -
Redfin Perch in Lake Purrumbete – Managing the Fishery Recreational Fishing Grants Program Research Report
Redfin perch in Lake Purrumbete – managing the fishery Recreational Fishing Grants Program Research Report Redfin perch in Lake Purrumbete – managing the fishery June 2018 Recreational Fishing Grants Program Research Report Published by the Victorian Government, Victorian Fisheries Authority (VFA), June 2018 © The State of Victoria, Victorian Fisheries Authority, Melbourne, June 2018 This publication is copyright. No part may be reproduced by any process except in accordance with the provisions of the Copyright Act 1968. Authorised by the Victorian Government, 1 Spring Street, Melbourne. Preferred way to cite this publication: VFA (2017) Redfin perch in Lake Purrumbete – managing the fishery. Recreation Fishing Grants Program Research Report. ISBN 978-1-925733-43-3 (Print) ISBN 978-1-925733-44-0 (pdf/online) Copies are available by emailing [email protected] For more information contact the VFA Customer Service Centre 136 186 Disclaimer This publication may be of assistance to you but the State of Victoria and its employees do not guarantee that the publication is without flaw of any kind or is wholly appropriate for your particular purposes and therefore disclaims all liability for any error, loss or other consequence which may arise from you relying on any information in this publication. Accessibility If you would like to receive this publication in an accessible format, such as large print or audio, please telephone 136 186, or email [email protected] Deaf, hearing impaired or speech impaired? Call us -
Highlighting the Role of Groundwater in Lake– Aquifer Interaction to Reduce Vulnerability and Enhance Resilience to Climate Change
Article Highlighting the Role of Groundwater in Lake– Aquifer Interaction to Reduce Vulnerability and Enhance Resilience to Climate Change Yohannes Yihdego 1,2,*, John A Webb 2, and Babak Vaheddoost 3 1 Snowy Mountains Engineering Corporation (SMEC), Sydney, New South Wales 2060, Australia 2 Environmental Geoscience, La Trobe University, Melbourne, Victoria 3086, Australia; [email protected] 3 Hydraulic Lab., Istanbul Technical University, Istanbul 34467, Turkey; [email protected] * Correspondence: [email protected] Academic Editor: Abdon Atangana Received: 22 December 2016; Accepted: 8 February 2017; Published: 13 February 2017 Abstract: A method is presented to analyze the interaction between groundwater and Lake Linlithgow (Australia) as a case study. A simplistic approach based on a “node” representing the groundwater component is employed in a spreadsheet of water balance modeling to analyze and highlight the effect of groundwater on the lake level over time. A comparison is made between the simulated and observed lake levels over a period of time by switching the groundwater “node “on and off. A bucket model is assumed to represent the lake behavior. Although this study demonstrates the understanding of Lake Linlithgow’s groundwater system, the current model reflects the contemporary understanding of the local groundwater system, illustrates how to go about modeling in data‐scarce environments, and provides a means to assess focal areas for future data collection and model improvements. Results show that this approach is convenient for getting first‐hand information on the effect of groundwater on wetland or lake levels through lake water budget computation via a node representing the groundwater component.