Melbourne Water Corporation 1998/1999 Annual Report
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Dynamics of Microbial Pollution in Surface Waters and the Coastal Ocean Through a Program of Review, Field Experimentation and Numerical Modelling
Dynamics of microbial pollution in aquatic systems Matthew Richard Hipsey B.Sc (Hons) (Environmental Science) M.Eng.Sc (Environmental Engineering) This thesis is presented for the degree of Doctor of Philosophy of The University of Adelaide School of Earth and Environmental Sciences May 2007 Microbial pollution in aquatic systems M.R. Hipsey Pg iii Table of Contents List of Figures ......................................................................................................................................... vii List of Tables ...........................................................................................................................................xi Abstract ................................................................................................................................................. xiii Acknowledgements............................................................................................................................... xvii Preface .................................................................................................................................................. xix Chapter 1 Introduction ............................................................................................................................1 An Emerging Threat .............................................................................................................................3 Surrogates for Indicating Pathogen Threats.........................................................................................5 -
Lake Eildon Land and On-Water Management Plan 2012 Table of Contents
Lake Eildon Land and On-Water Management Plan 2012 Table of Contents Executive Summary ....................................................3 3.5 Healthy Ecosystems ...........................................24 1. Objectives of the Plan ..........................................4 3.5.1 Native Flora and Fauna ............................24 2. Context .......................................................................4 3.5.2 Foreshore Vegetation Management .........25 3.5.3 Pest and Nuisance Plants ........................26 2.1 Lake Eildon Development ....................................4 3.5.4 Pest Animals .............................................27 2.2 Lake Eildon as a Water Supply ............................4 3.5.5 References ...............................................27 2.3 Storage Operations ..............................................5 2.4 Land Status ...........................................................5 3.6 Land Management ..............................................28 2.5 Legal Status ..........................................................5 3.6.1 Permits, Licences and Lease Arrangements ................................28 2.6 Study Area .............................................................5 3.6.2 Fire ............................................................29 3. A Plan for the Management 3.6.3 Foreshore Erosion ....................................30 of Lake Eildon ..........................................................5 3.6.4 Stream Bank Erosion ................................31 3.1 Plan -
Regional Bird Monitoring Annual Report 2018-2019
BirdLife Australia BirdLife Australia (Royal Australasian Ornithologists Union) was founded in 1901 and works to conserve native birds and biological diversity in Australasia and Antarctica, through the study and management of birds and their habitats, and the education and involvement of the community. BirdLife Australia produces a range of publications, including Emu, a quarterly scientific journal; Wingspan, a quarterly magazine for all members; Conservation Statements; BirdLife Australia Monographs; the BirdLife Australia Report series; and the Handbook of Australian, New Zealand and Antarctic Birds. It also maintains a comprehensive ornithological library and several scientific databases covering bird distribution and biology. Membership of BirdLife Australia is open to anyone interested in birds and their habitats, and concerned about the future of our avifauna. For further information about membership, subscriptions and database access, contact BirdLife Australia 60 Leicester Street, Suite 2-05 Carlton VIC 3053 Australia Tel: (Australia): (03) 9347 0757 Fax: (03) 9347 9323 (Overseas): +613 9347 0757 Fax: +613 9347 9323 E-mail: [email protected] Recommended citation: BirdLife Australia (2020). Melbourne Water Regional Bird Monitoring Project. Annual Report 2018-19. Unpublished report prepared by D.G. Quin, B. Clarke-Wood, C. Purnell, A. Silcocks and K. Herman for Melbourne Water by (BirdLife Australia, Carlton) This report was prepared by BirdLife Australia under contract to Melbourne Water. Disclaimers This publication may be of assistance to you and every effort has been undertaken to ensure that the information presented within is accurate. BirdLife Australia does 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 that may arise from you relying on any information in this publication. -
The Economic Value of Water in Storage
Melbourne School of Engineering Department of Infrastructure Engineering The economic value of water in storage 11th February 2018 Citation Western, Andrew W., Taylor, Nathan, Langford, John K., and Azmi, Mo, 2017. The economic value of water in storage. The University of Melbourne, Australia. Copyright © The University of Melbourne, 2017. To the extent permitted by law, all rights are reserved and no part of this publication covered by copyright may be reproduced or copied in any form or by any means except with the written permission of The University of Melbourne. Contact Professor Andrew Western, Department of Infrastructure Engineering, The University of Melbourne, 3010, Australia [email protected] Project Team The University of Melbourne Project team consisted of: • Professor Andrew Western, Infrastructure Engineering, University of Melbourne; • Professor John Langford, Steering Committee Chair, University of Melbourne; and • Research Fellow, Nathan Taylor, University of Melbourne. Steering Committee The project was informed by the members of the Steering Committee consisting of: • Richard Smith; Business Planning and Regulation Manager; City West Water; • Udaya Kularathna; Team Leader Water Resource Assessment, Integrated Planning; Melbourne Water; • Bruce Rhodes, Manager Water Resources Management, Melbourne Water; • Ian Johnson; Manager Urban Water Policy; South East Water; • Dominic Keary; ESC Project Manager; Yarra Valley Water; and • Stephen, Sonnenberg, Manager Urban Water Security Policy, Department of Environment, Land, Water & Planning. The Steering Committee was Chaired by Professor John Langford, University of Melbourne. While this report was informed by the Steering Committee, the findings contained in the report are the responsibility of the Project Team and not the Steering Committee or the organisations they represent. -
Murrindindi Map (PDF, 3.1
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North Central Area Final Recommendations
LAND CONSERVATION COUNCIL NORTH CENTRAL AREA FINAL RECOMMENDATIONS February 1981 This text is a facsimile of the former Land Conservation Council’s North Central Area Review Final Recommendations. It has been edited to incorporate Government decisions on the recommendations made by Order in Council dated 4 May 1982, 22 June 1982, 24 August 1982 and 26 June 1984, and subsequent formal amendments. Added text is shown underlined; deleted text is shown struck through. Annotations [in brackets] explain the origin of changes. 2 MEMBERS OF THE LAND CONSERVATION COUNCIL S. G. McL. Dimmick, B.A., B. Com., Dip. Soc. Stud.; (Chairman) A. Mitchell, M. Agr. Sc., D.D.A.; Chairman, Soil Conservation Authority; (Deputy Chairman) C. N. Austin B. W. Court, B.Sc., B.E.; Secretary for Minerals and Energy W. N. Holsworth, Ph.D., M.Sc., B.Sc. J. Lindros, Ph.C. C. E. Middleton, L.S., F.I.S.Aust.; Secretary for Lands J. S. Rogerson, B.C.E., E.W.S., F.I.E.Aust.; Deputy Chairman, State Rivers and Water Supply Commission D. S. Saunders, B.Agr.Sc., M.A.I.A.S.; Director of National Parks D. F. Smith, B.Agr.Sc., M.Agr.Sc., Ph.D., Dip.Ed., M.Ed.Admin; Director General of Agriculture A. J. Threader, B.Sc.F., Dip.For.(Cres.), M.I.F.A.; Chairman, Forests Commission, Victoria J. C. F. Wharton, B.Sc.; Director of Fisheries and Wildlife 3 CONTENTS Page INTRODUCTION 4 A. PARKS 8 B. REFERENCE AREAS 20 C. WILDLIFE RESERVES 22 D. WATER PRODUCTION 25 E. HARDWOOD PRODUCTION 32 F. -
Local Context and Site Description
LOCAL CONTEXT AND SITE DESCRIPTION Metropolitan and Regional Context The Greenvale Central Precinct Structure Plan (PSP) area is located approximately 20 kilometres north of the Melbourne CBD, within the Hume Growth Area shown on Plan 1. Melbourne‟s Hume Growth Area generally extends north from Somerton Road (west of Sydney-Melbourne rail line) to Gunns Gully Road at Merrifield. It includes parts of the suburbs of Greenvale and Craigieburn and the localities of Donnybrook, Kalkallo and Beveridge. The Hume Growth Area, along with the Mitchell and Whittlesea Growth Areas, make up the Melbourne North Growth Corridor. The Melbourne North Growth Corridor Plan details the strategic direction for future urban development within this region. The corridor is characterised by strong population growth occurring on various fronts. The population base is projected to increase from its current level of around 170,000 residents to over 220,000 people and has the capacity to provide for at least 68,000 jobs. The North Growth Corridor Plan provides an opportunity to establish new communities to assist in meeting Melbourne‟s urban growth needs over the next 30 years. The plan ensures that the following existing key roles and features are maintained within the Hume Growth Area: A strategic transport corridor of state and national significance; A gateway to Melbourne for interstate and international visitors; Large areas for future employment and industrial development; Highly self-contained working population (with approximately 50% of Hume‟s workforce employed within the municipality); Significant water catchments, creek corridors, remnant vegetation and stone resources on its east and west boundaries; and Important landscape features and biodiversity assets including grasslands and grassy woodlands. -
2010-11 Victorian Floods Rainfall and Streamflow Assessment Project
Review by: 2010-11 Victorian Floods Rainfall and Streamflow Assessment Project December 2012 ISO 9001 QEC22878 SAI Global Department of Sustainability and Environment 2010-11 Victorian Floods – Rainfall and Streamflow Assessment DOCUMENT STATUS Version Doc type Reviewed by Approved by Date issued v01 Report Warwick Bishop 02/06/2012 v02 Report Michael Cawood Warwick Bishop 07/11/2012 FINAL Report Ben Tate Ben Tate 07/12/2012 PROJECT DETAILS 2010-11 Victorian Floods – Rainfall and Streamflow Project Name Assessment Client Department of Sustainability and Environment Client Project Manager Simone Wilkinson Water Technology Project Manager Ben Tate Report Authors Ben Tate Job Number 2106-01 Report Number R02 Document Name 2106R02_FINAL_2010-11_VIC_Floods.docx Cover Photo: Flooding near Kerang in January 2011 (source: www.weeklytimesnow.com.au). Copyright Water Technology Pty Ltd has produced this document in accordance with instructions from Department of Sustainability and Environment for their use only. The concepts and information contained in this document are the copyright of Water Technology Pty Ltd. Use or copying of this document in whole or in part without written permission of Water Technology Pty Ltd constitutes an infringement of copyright. Water Technology Pty Ltd does not warrant this document is definitive nor free from error and does not accept liability for any loss caused, or arising from, reliance upon the information provided herein. 15 Business Park Drive Notting Hill VIC 3168 Telephone (03) 9558 9366 Fax (03) 9558 9365 ACN No. 093 377 283 ABN No. 60 093 377 283 2106-01 / R02 FINAL - 07/12/2012 ii Department of Sustainability and Environment 2010-11 Victorian Floods – Rainfall and Streamflow Assessment GLOSSARY Annual Exceedance Refers to the probability or risk of a flood of a given size occurring or being exceeded in any given year. -
Sugarloaf Pipeline South-North Transfer Preliminary Business Case Summary Department of Environment, Land, Water and Planning
Sugarloaf Pipeline South-North Transfer Preliminary Business Case Summary Department of Environment, Land, Water and Planning Sugarloaf Pipeline South-North Transfer 2 Sugarloaf Pipeline South-North Transfer Department of Environment, Land, Water and Planning Introduction During the Millennium Pipeline to provide water security The key questions asked in the Drought, Victoria made to towns and communities in both preliminary business case were: large investments in the directions. The work has shown that it is technically feasible to • What infrastructure is required state’s water security. The pump water north with additional for bi-directional pumping and Victorian Desalination works to existing infrastructure. It is it technically feasible? Project was commissioned, would require additional capital • How much water can be investment and it is an option that $1 billion dollars was pumped from the Melbourne government will continue to invested in upgrading the system to the Goulburn River? explore. Goulburn-Murray Irrigation • When can water be transferred District, and the water grid The primary benefits available by and where can it be used? was expanded, including sending water north through the building the Sugarloaf Sugarloaf Pipeline include: • Is the infrastructure financially viable? Pipeline. • supplying water to irrigators and private diverters to improve This document summarises the As a consequence of these agricultural productivity; key findings of the preliminary investments, the Victorian business case. Government has determined that • improving water security for up to an additional 75 gigalitres rural towns and urban centres (GL) per year be available for use connected to the water grid; in northern Victoria. This will support industry and farmers, • making water available to be particularly during dry conditions. -
VRFG 2007-08 ADS.Indd
Rock lobster Spiny freshwater crayfish: The body of a RESPONSIBLE FISHING • if the fish is hooked deeper in the mouth or in 28 Rock lobster is measured from the front edge of the crayfish which is not cut in any way other than BEHAVIOURS the stomach through having swallowed the bait, 29 groove between the large antennae to the nearest to remove one or more legs or claws, or is not do not try to pull or twist the hook out. Leave the part of the rear edge of the carapace (main body mutilated in any way other than the absence of Handling Fish hook where it is and cut the line near the hook. shell). Divers are required to measure rock lobster one or more legs or claws. Treating fish humanely, maintaining table fish underwater prior to bringing them to the surface. quality and avoiding waste means: Reducing Damage to Fish DEFINITIONS If the fish that is to be released must be handled • using only tackle that is appropriate for the out of water, reduce damage to the fish by: Catch limit: A general term used to describe any size and type of fish; limit on catching or possession of fish. Bag limits, • using a net without knotted mesh; • attending gear to ensure that fish are boat limits, vehicle limits and possession limits • retrieving fish as quickly as possible; are all types of catch limits. retrieved as soon as they are caught; • using wet hands or a wet cloth, and a Bag limit: The maximum number of a particular • dispatching fish immediately, and; minimum of handling to ensure that released type of fish that a person may take on any one day. -
Water Quality Annual Report
Water Quality Annual Report 2016-17 Melbourne Water Doc ID. 39900111 Melbourne Water is owned by the Victorian Government. We manage Melbourne’s water supply catchments, remove and treat most of Melbourne’s sewage, and manage rivers and creeks and major drainage systems throughout the Port Phillip and Westernport region. Table of contents Water supply system .................................................................................................. 3 Source water .............................................................................................................. 4 Improvement initiatives ............................................................................................. 7 Drinking water treatment processes .......................................................................... 8 Issues ...................................................................................................................... 16 Emergency, incident and event management ........................................................... 16 Risk management plan audit results ........................................................................ 17 Exemptions under Section 8 of the Act ..................................................................... 17 Undertakings under Section 30 of the Act ................................................................ 17 Further information .................................................................................................. 17 2 Water Quality Annual Report | 2016-17 This report is -
Better Water Resources Forecasts for Melbourne
Better water resources CASE STUDY forecasts for Melbourne The Bureau of Meteorology’s seasonal streamflow forecasts provide Melbourne Water with improved information to aid water resource management for Melbourne. These forecasts indicate the likely volume of catchment inflows into the city’s major water supply reservoirs for the next three months. Collaboration between the two organisations has led Testing the forecast accuracy to the continued development of seasonal streamflow Together, the Bureau and Melbourne Water evaluated forecasts for Melbourne Water, offered insight for the the accuracy of monthly forecasts at five major inflow Bureau on how the forecasts can support decision- locations for Melbourne’s four major reservoirs— making within the water industry, and enabled better Maroondah, O’Shannassy, Upper Yarra and Thomson— communication on forecast performance. comparing the Bureau’s forecasting model output to the use of historical streamflow records (or climatology) Forecasting to improve Melbourne’s water for forecasting inflows for each location and season. resource management The Bureau’s model produced better forecasts than Severity of the 1997–2009 Millennium Drought— the information previously available. For each outlook, combined with projected impacts due to a changing the number of times the forecast matched what and variable climate, population growth and urban was observed (also called the ‘tercile hit rate’) was development—posed challenges to Melbourne’s water substantially higher using the Bureau’s model, than