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Cooks River Valley Association Inc. PO Box H150, Hurlstone Park NSW 2193 E: [email protected] W: ABN 14 390 158 512
Cooks River Valley Association Inc. PO Box H150, Hurlstone Park NSW 2193 E: [email protected] W: www.crva.org.au ABN 14 390 158 512 8 August 2018 To: Ian Naylor Manager, Civic and Executive Support Leichhardt Service Centre Inner West Council 7-15 Wetherill Street Leichhardt NSW 2040 Dear Ian Re: Petition on proposal to establish a Pemulwuy Cooks River Trail The Cooks River Valley Association (CRVA) would like to submit the attached petition to establish a Pemulwuy Cooks River Trail to the Inner West Council. The signatures on the petition were mainly collected at two events that were held in Marrickville during April and May 2018. These events were the Anzac Day Reflection held on 25 April 2018 in Richardson’s Lookout – Marrickville Peace Park and the National Sorry Day Walk along the Cooks River via a number of Indigenous Interpretive Sites on 26 May 2018. The purpose of the petition is to creatively showcase the history and culture of the local Aboriginal community along the Cooks River and to publicly acknowledge the role of Pemulwuy as “father of local Aboriginal resistance”. The action petitioned for was expressed in the following terms: “We, the undersigned, are concerned citizens who urge Inner West Council in conjunction with Council’s Aboriginal and Torres Strait Islander Reference Group (A&TSIRG) to designate the walk between the Aboriginal Interpretive Sites along the Cooks River parks in Marrickville as the Pemulwuy Trail and produce an information leaflet to explain the sites and the Aboriginal connection to the Cooks River (River of Goolay’yari).” A total of 60 signatures have been collected on the petition attached. -
109. M4-M5 EIS Vol 2I App T Groundwater Part 1
M4-M5 Link Environmental Impact Statement August 2017 Appendix T Volume 2I Since finalisation of the Environmental Impact Statement, the project has been declared by Ministerial Order to be State significant infrastructure and critical State significant infrastructure under sections 115U (4) and 115V of the Environmental Planning and Assessment Act 1979. The Ministerial Order also amended Schedule 5 of State Environmental Planning Policy (State and Regional Development) 2011. The project remains subject to assessment under Part 5.1 of the Environmental Planning and Assessment Act 1979 and requires the approval of the Minister for Planning. WestConnex speaks your language Greek Learn more by visiting µ www.westconnex.com.au/yourlanguage www.westconnex.com.au/yourlanguage to watch project videos in your language and read more about WestConnex. If you need an interpreter, call the Translating WestConnex. µ , µ 131 450. and Interpreting Service on 131 450. Italian Arabic Per saperne di più visiti il sito www.westconnex.com.au/yourlanguage www.westconnex.com.au/yourlanguage, dove potrà guardare i video del progetto in lingua italiana e trovare maggiori informazioni su WestConnex. Se ha bisogno di un interprete, contatti il Servizio di Traduzione ed Interpretariato (Translating ł ł .131 450 and Interpreting Service) al numero 131 450. Chinese Korean 了解詳情請上網 www.westconnex.com.au/yourlanguage 를 방문하여한국어로 www.westconnex.com.au/yourlanguage觀看(普通話) 된 프로젝트 비디오를 보고 WestConnex 에 관해 읽고 배우세요. 視頻, 並 查閱有關WestConnex的更多訊息。如需要傳譯員請 통역이 필요하시면 번역 및 통역 서비스 131 450 (TIS) 으로 전화 。。 撥電話傳譯服務 131 450 하십시오. Hindi Vietnamese : Hãy tìm hi u thêm và vi ng trang m ng www.westconnex.com.au/yourlanguage ( ) www.westconnex.com.au/yourlanguage xem phim nh b ng Vi t ng v công trình này và c thêm v WestConnex. -
Frequently Asked Questions & Answers Reopening East West
Frequently Asked Questions & Answers Reopening East West Runway Q: How many runways does Sydney Airport have? A: Sydney Airport has three runways: • East-west runway, also known as runway 07/25 • Main north-south runway, also known as runway 16R/34L • Parallel north-south runway, also known as runway 16L/34R Q: When are the three runways typically used? A: The Australian Government agency responsible for air traffic control – Airservices Australia – manages runway usage to ensure safety. Weather – especially wind direction and strength and rain – is a major factor in deciding which runways can be safely used for take-off and landing. Aircraft generally take-off and land into the wind, or with minimal tail wind. Based on wind direction, air traffic control will decide which runway is used at any given time. However, the decision to take-off or land ultimately rests with the pilot-in-command of the aircraft. Q: What is “noise sharing” and how is it implemented? A: At Sydney Airport, the Australian Government’s noise sharing policy – known as the Long Term Operating Plan, or LTOP – also influences when a particular runway is used. The LTOP is a program to manage aircraft noise from Sydney Airport. It aims to make sure flights are sent over water and non-residential land, as much as possible. Where this is not possible, it aims to share noise across communities in Sydney and provide periods of respite from noise. It provides ten different ways of using the airport’s three runways and associated flight paths, some of which involve use of the east-west runway. -
National Disability Insurance Scheme (Becoming a Participant) Rules 2016
National Disability Insurance Scheme (Becoming a Participant) Rules 2016 made under sections 22, 23, 25, 27 and 209 of the National Disability Insurance Scheme Act 2013 Compilation No. 4 Compilation date: 27 February 2018 Includes amendments up to: National Disability Insurance Scheme (Becoming a Participant) Amendment Rules 2018 - F2018L00148 Prepared by the Department of Social Services Authorised Version F2018C00165 registered 22/03/2018 About this compilation This compilation This is a compilation of the National Disability Insurance Scheme (Becoming a Participant) Rules 2016 that shows the text of the law as amended and in force on 27 February 2018 (the compilation date). The notes at the end of this compilation (the endnotes) include information about amending laws and the amendment history of provisions of the compiled law. Uncommenced amendments The effect of uncommenced amendments is not shown in the text of the compiled law. Any uncommenced amendments affecting the law are accessible on the Legislation Register (www.legislation.gov.au). The details of amendments made up to, but not commenced at, the compilation date are underlined in the endnotes. For more information on any uncommenced amendments, see the series page on the Legislation Register for the compiled law. Application, saving and transitional provisions for provisions and amendments If the operation of a provision or amendment of the compiled law is affected by an application, saving or transitional provision that is not included in this compilation, details are included in the endnotes. Modifications If the compiled law is modified by another law, the compiled law operates as modified but the modification does not amend the text of the law. -
Sewage Treatment System Impact Monitoring Program
Sewage Treatment System Impact Monitoring Program Volume 1 Data Report 2019-20 Commercial-in-Confidence Sydney Water 1 Smith Street, Parramatta, NSW Australia 2150 PO Box 399 Parramatta NSW 2124 Report version: STSIMP Data Report 2019-20 Volume 1 final © Sydney Water 2020 This work is copyright. It may be reproduced for study, research or training purposes subject to the inclusion of an acknowledgement of the source and no commercial usage or sale. Reproduction for purposes other than those listed requires permission from Sydney Water. Sewage Treatment System Impact Monitoring Program | Vol 1 Data Report 2019-20 Page | i Executive summary Background Sydney Water operates 23 wastewater treatment systems and each system has an Environment Protection Licence (EPL) regulated by the NSW Environment Protection Authority (EPA). Each EPL specifies the minimum performance standards and monitoring that is required. The Sewage Treatment System Impact Monitoring Program (STSIMP) commenced in 2008 to satisfy condition M5.1a of our EPLs. The results are reported to the NSW EPA every year. The STSIMP aims to monitor the environment within Sydney Water’s area of operations to determine general trends in water quality over time, monitor Sydney Water’s performance and to determine where Sydney Water’s contribution to water quality may pose a risk to environmental ecosystems and human health. The format and content of 2019-20 Data Report predominantly follows four earlier reports (2015-16 to 2018-19). Sydney Water’s overall approach to monitoring (design and method) is consistent with the Australian and New Zealand Environment and Conservation Council (ANZECC 2000 and ANZG 2018) guidelines. -
Appendix 3 – Maps Part 5
LEGEND LGAs Study area FAIRFIELD LGA ¹ 8.12a 8.12b 8.12c 8.12d BANKSTOWN LGA 8.12e 8.12f 8.12i ROCKDALE LGA HURSTVILLE LGA 8.12v 8.12g 8.12h 8.12j 8.12k LIVERPOOL LGA NORTH BOTANY BAY CITY OF KOGARAH 8.12n 8.12o 8.12l 8.12m 8.12r 8.12s 8.12p 8.12q SUTHERLAND SHIRE 8.12t 8.12u COORDINATE SCALE 0500 1,000 2,000 PAGE SIZE FIG NO. 8.12 FIGURE TITLE Overview of Site Specific Maps DATE 17/08/2010 SYSTEM 1:70,000 A3 © SMEC Australia Pty Ltd 2010. Meters MGA Z56 All Rights Reserved Data Source - Vegetation: The Native Vegetation of the Sydney Metropolitan Catchment LOCATION I:Projects\3001765 - Georges River Estuary Process Management Authority Area (Draft) (2009). NSW Department of Environment, Climate Change PROJECT NO. 3001765 PROJECT TITLE Georges River Estuary Process Study CREATED BY C. Thompson Study\009 DATA\GIS\ArcView Files\Working files and Water. Hurstville, NSW Australia. LEGEND Weed Hotspot Priority Areas Study Area LGAs Riparian Vegetation & EEC (Moderate Priority) Riparian Vegetation & EEC (High Priority) ¹ Seagrass (High Priority) Saltmarsh (High Priority) Estuarine Reedland (Moderate Priority) Mangrove (Moderate Priority) Swamp Oak (Moderate Priority) Mooring Areas River Area Reserves River Access Cherrybrook Park Area could be used for educational purposes due to high public usage of the wharf and boat launch facilities. Educate on responsible use of watercraft, value of estuarine and foreshore vegetation and causes and outcomes of foreshore FAIRFIELD LGA erosion. River Flat Eucalypt Forest Cabramatta Creek (Liverpool LGA) - WEED HOT SPOT Dominated by Balloon Vine (Cardiospermum grandiflorum) and River Flat Eucalypt Forest Wild Tobacco Bush (Solanum mauritianum). -
Annual Report 2018-2019
2018-2019 ANNUAL REPORT Digital copy of this report is available online on Council’s website at www.bayside.nsw.gov.au/your-council/corporate-planning-and-reporting Content IntroDuctION StatutorY StateMentS 4 Mayor’s Message 79 Local Government Act 1993 5 General Manager’s Message 83 Local Government (General) Regulation 2005 6 About Bayside 102 Companion Animals Act 1998 8 About Council 103 Environmental Planning and Assessment Act 1979 105 Government Information (Public Access) Act 2009 ProGress ReportING 110 Privacy and Personal Information Protection Act 12 Major Projects Update 111 Public Interest Disclosures Act 1994 22 Capital Expenditure for 2018-2019 112 Capital Expenditure Guidelines 2010 26 Community Strategic Plan Themes 112 Fisheries Management Act 1994 31 2018-2019 Action Reporting 113 Swimming Pools Act 1992 114 Carer (Recognition) Act 2010 115 Disability Inclusion Act 2014 120 Transport Corridor Outdoor Advertising and Signage Guidelines (2017) – RMS FINANCIAL StateMentS 122 Financial Report Mayor’s Message As the newly elected Mayor I am proud to present Bayside Council’s Annual Report 2018/19 outlining our activities and expenditures. I am proud to be part of a team of Councillors and staff who work hard to deliver quality services and facilities for our community. This Annual Report is a testament to our commitment to the successful renewal of Bayside. The report provides a snapshot of our projects, achievements services and initiatives. It also provides accountability on the strategic matters and gives Council an opportunity to reflect on future challenges. I have attended many events and had the opportunity to meet with many residents. -
Macrobrachium Intermedium in Southeastern Australia: Spatial Heterogeneity and the Effects of Species of Seagrass
MARINE ECOLOGY PROGRESS SERIES Vol. 75: 239-249, 1991 Published September 11 Mar. Ecol. Prog. Ser. Demographic patterns of the palaemonid prawn Macrobrachium intermedium in southeastern Australia: spatial heterogeneity and the effects of species of seagrass Charles A. Gray* School of Biological Sciences, University of Sydney, 2006, NSW. Australia ABSTRACT. The effects of species of seagrass (Zostera capricorni and Posidonia australis) on spatial and temporal heterogeneity in the demography of estuarine populations of the palaemonid prawn Macrobrachium intermedium across 65 km of the Sydney region, southeastern Australia, were examined. Three estuaries were sampled in 1983 and 1984 to assess the magnitude of intra- and inter- estuary variability in demographic characteristics among populations. Species of seagrass had no effect on the demographic patterns of populations: differences in the magnitude and directions of change in abundances, recruitment, reproductive characteristics, size structures and growth were as great among populations within each species of seagrass as those between the 2 seagrasses Abiotic factors, such as the location of a meadow in relation to depth of water and distance offshore, and the interactions of these factors with recruiting larvae are hypothesised to have greater influence than the species of seagrass in determining the distribution and abundance of these prawns. Spatial and temporal heterogeneity in demography was similar across all spatial scales sampled: among meadows (50 m to 3 km apart) in an estuary and among meadows in all 3 estuaries (10 to 65 km apart). Variability in demographic processes among populations in the Sydney region was most likely due to stochastic factors extrinsic to the seagrasses then~selves.I conclude that the demography of seagrass-dwelling estuarine populations of M. -
Potentially Useful Beach Nourishment and Associated Studies/Projects – References
Sand Nourishment Forum – Sand Nourishment Reference list October 2013 Updated from Coasts & Ports Conference, Sydney 2013 Potentially Useful Beach Nourishment and Associated Studies/Projects – References Foreword: The Coasts & Ports 2013 Organising Committee introduced a half- day Sand Nourishment Forum comprising a Questions and Answers format directed to an experienced Panel with audience participation to explore and promote the use of sand nourishment as a viable method for managing short term erosion and long term coastal recession. The Forum emanated from great interest in beach nourishment around Australia, with a long history of successful projects from Adelaide to Noosa and major projects on the Gold Coast. The 2013 Conference was launched with a keynote address from Dr Stefan Aarninkhof who was intricately involved in the Delfland Sand Engine project in the Netherlands, which has introduced 21.5M m3 of offshore sands to the Dutch coast to provide coastal protection and prevent coastal inundation. As a precursor to the Beach Nourishment Forum at the Coast & Ports Conference 2013 in Sydney, A. D. Gordon (Forum Moderator) compiled the following list of reference material with contributions from J.T. Carley, E.D. Couriel, A. L. Jackson, A.R Jones, D.B. Lord, A.F. Nielsen, T.D. Shand, R.B. Tomlinson, T. Stul, R. Tucker. The list is intended to be a start on a “live “ document that can be added to, as further reference material becomes available/unearthed. The list has been compiled to assist those carrying out or contemplating beach nourishment, beach scraping and entrance by-passing or back-passing projects. It is hoped that other special interest topics to the coastal and port engineering profession may be run in similar forums as part of the future Coasts & Ports Conference series. -
Development Control Plan 2011
developmentrockdale control plan 2011 Amendment Schedule Prepared and published by Rockdale City Council’s Urban Strategy Team Adopted: 4 May 2011 Effective: 5 December 2011 Amended as per table below Amendment Date of Date of Effect Description Number Adoption 2 5/6/2013 20/6/2013 Part 7.4 Ramsgate Beach Commercial Area - Controls pertaining to Ramsgate Beach commercial area 1 6/2/2013 13/12/2013 Part 4.3 Landscape Planning and Design Part 5.1 Low and Medium Density Residential Controls for Attached Dwellings and Semi-detached Dwellings 3 15/10/2014 05/06/2015 Part 7.5 Rockdale Town Centre Rockdale DCP 2011 Rockdale DCP ii Contents 1 PRELIMINARY 1│1 2 URBAN STRATEGY 2│1 3 SITE ANALYSIS 3│1 4 GENERAL PRINCIPLES FOR DEVELOPMENT 4│1 4.1 SITE PLANNING 4│3 4.1.1 Views and Vistas 4│4 4.1.2 Heritage ConserVation 4│7 Requirement for Heritage Reports Development of Heritage Items Development in the Vicinity of Heritage Items 4.1.3 water ManageMent 4│11 Stormwater Management Flood Risk Management Water Conservation Water Quality Groundwater Protection 4.1.4 soil ManageMent 4│14 4.1.5 ContaMinated land 4│15 4.1.6 deVelopMent on sloping sites 4│16 4.1.7 tree preserVation 4│17 4.1.8 BiodiVersity 4│19 4.1.9 lot size and site Consolidation 4│20 Lot Size and Minimum Site Frontage Avoidance of Isolated Sites 4.2 STREETSCAPE AND SITE CONTEXT 4│23 Site Context Streetscape Character Pedestrian Environment Fencing Sandstone Walling, Rock Outcrops and Kerbing Rockdale DCP 2011 Rockdale DCP iii Contents 4.3 LANDSCAPE PLANNING AND DESIGN 4│29 4.3.1 open spaCe -
Surface Water and Flooding
Chapter 18 – Surface Water and Flooding 18 Surface water and flooding This chapter describes the potential surface water and flooding impacts associated with the project. The chapter has been informed by surface water and flooding assessments provided in Appendix L (Surface water technical report) and Appendix M (Flooding technical report). Table 18-1 sets out the SEARs relevant to surface water and flooding and identifies where the requirements have been addressed in this EIS. Table 18-1 SEARs - Surface water and flooding Assessment requirements Where addressed in this EIS Water - Hydrology 1. The Proponent must describe (and map) the existing hydrological regime for Section 18.2 discusses and maps any surface and groundwater resource (including reliance by users e.g. bore the existing surface water water for domestic use and irrigation, and for ecological purposes and hydrological regime groundwater dependent ecosystems) likely to be impacted by the project, Chapter 17 (Groundwater and including rivers, streams, wetlands and estuaries as described in Appendix 2 of geology) the Framework for Biodiversity Assessment – NSW Biodiversity Offsets Policy for Major Projects (OEH, 2014). Chapter 12 (Biodiversity) 2. The Proponent must prepare a detailed water balance for ground and surface Section 18.3.1 and Section 18.4.1 water including the proposed intake and discharge locations (including mapping discuss surface water balance of these locations), volume, frequency and duration for both the construction and Chapter 17 (Groundwater and operational -
Jellyfish Catostylus Mosaicus (Rhizostomeae) in New South Wales, Australia
- MARINE ECOLOGY PROGRESS SERIES Vol. 196: 143-155,2000 Published April 18 Mar Ecol Prog Ser l Geographic separation of stocks of the edible jellyfish Catostylus mosaicus (Rhizostomeae) in New South Wales, Australia K. A. Pitt*, M. J. Kingsford School of Biological Sciences, Zoology Building, A08 University of Sydney, New South Wales 2006, Australia ABSTRACT: The population structure of the commercially harvested jellyfish Catostylus mosaicus (Scyphozoa, Rhizostomeae) was investigated in estuaries and bays in New South Wales, Australia. Variations in abundance and recruitment were studied in 6 estuaries separated by distances ranglng from 75 to 800 km. Patterns of abundance differed greatly among estuaries and the rank abundance among estuaries changed on 5 out of the 6 times sampling occurred. Great variation in the timing of recruitment was also observed among estuaries. Variations in abundance and recruitment were as extreme among nearby estuaries as distant ones. Broad scale sampling and detailed time series of abundance over a period of 2.7 yr at 2 locations showed no consistent seasonal trend in abundance at 1 location, but there was some indication of seasonality at the second location. At Botany Bay, the abun- dance of medusae increased with distance into the estuary and on 19 out of the 30 times sampling occurred medusae were found at sites adjacent to where rivers enter the bay. Medusae were found to be strong swimmers and this may aid medusae in maintaining themselves in the upper-reaches of estu- aries, where advection from an estuary is least likely. Variability in patterns of abundance and recruit- ment suggested regulation by processes occurring at the scale of individual estuaries and, combined with their relatively strong swimming ability, supported a model of population retention within estuar- ies.