The Corridor's Strengths
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Gosford City Centre Masterplan the Gosford Challenge Gosford City Centre Masterplan
City, Our destiny Gosford City Centre Masterplan The Gosford ChallenGe Gosford City Centre Masterplan r City, u O destiny a World Class reGional Waterfront City r City, iii u O destiny The Gosford ChallenGe Gosford City Centre Masterplan acknowledgments JOINT PROJeCt SPONSORS DESIGn TEAM Gosford City Council land and property Gosford Challenge team Clr Chris Holstein Management authority Colleen Worthy-Jennings Mayor Hon Tony Kelly MHR Stephen Fairnham Clr Craig Doyle Warwick Watkins Duncan Clarke Deputy Mayor Graham Harding Helen Polkinghorne Clr Chris Burke Brett Phillips John Tilston Clr Peter Freewater Stewart Veitch Barbara Cruise Clr Amy Houston Robert Eyre Clr Terri Latella Scott Burton Clr Jim Macfadyen Steve Green Clr Laurie Maher Sue Verhoek Clr Vicki Scott Kerr Partnering Clr Jeff Strickson Cox Architects and Planners Peter Wilson Patrick Condon Stephen Glen Rob Lane Gary Chestnut Aurecon Rod Williams Arup Nic Pasternatsky Oculus Terry Thirlwell teaming with ideas r City, u O destiny Contents 1 GROWING A REGIONAL CITY 2 4 MAKING IT HAPPEN 92 1.1 gosford as a regional city 3 4.1 implementation plan 93 1.2 greater metropolitan context 4 4.2 the beginning - two priority areas 96 1.3 regional context 5 APPENDICES 1.4 local context 6 appendix 1 sustainability 102 1.5 attributes of a regional city 8 appendix 2 regional benchmarks 110 1.6 purpose of a masterplan 10 appendix 3 retail and commercial market 114 1.7 the journey 12 appendix 4 participants 116 1.8 planning context 14 1.9 key strategic opportunities 15 2 SPATIAL FRAMEWORK 16 2.1 the city framework 16 2.2 the masterplan 18 2.3 five precincts of activity 20 3 MASTERPLAN ELEMENTS 48 3.1 connecting places 50 3.2 activate the city 56 3.3 responsive built form 60 3.4 generate jobs and new enterprises 64 3.5 living in the city 72 3.6 access and movement 76 3.7 sustaining the city (enhancing the natural environment) 86 note: diagrams of future development are concept only. -
Central Coast and Hawkesbury River Recreational Fishing Guide
Central Coast and Hawkesbury River Recreational Fishing Guide Fisheries Compliance Unit • fish aggregating devices (FADs) to enhance fishing for dolphinfish and even tuna and August 2020 marlin; Fishing is a fun, outdoor activity for the whole • creation of recreational fishing havens; family. Fishing rules help ensure healthy and sustainable fisheries for future generations. • angler facilities such as fish cleaning tables and fishing platforms; The Central Coast’s waterways provide excellent beach, rock, and boat fishing opportunities. This • stocking of freshwater fish in dams and rivers; guide provides essential information on fishing, • essential research on popular recreational fish including any closures and restrictions, which apply species; within the Central Coast district, extending from Munmorah State Recreation Park in the north, to • restoring important fish habitat; the southern bank of the Hawkesbury River. • marine stocking of prawns in estuaries; DPI fisheries officers routinely patrol waterways, • angler education and advisory programs such boat ramps and foreshores to advise anglers about as the Fishcare Volunteer program, fishing responsible fishing practices and to ensure workshops, Get Hooked…it's fun to fish compliance with NSW fishing regulations. primary schools education and fishing guides. Information on bag and size limits and legal fishing Much more information is available at gear can be obtained at www.dpi.nsw.gov.au/fisheries. www.dpi.nsw.gov.au/fisheries or by visiting your local DPI fisheries office. You can pay the NSW recreational fishing fee at www.onegov.nsw.gov.au or by calling 1300 369 To report suspected illegal fishing activity, call the 365 or at many outlets throughout NSW, such as Fishers Watch phone line on 1800 043 536 (free fishing tackle stores, caravan parks, local shops, call) or report on-line at service stations and many Kmart stores. -
Learning from the Past Research Project – Central Coast, NSW
Governance 21 Learning from the Past Research Project – Central Coast, NSW Rolf Fenner Australian Local Government Association Email: [email protected] ABSTRACT In 2003, the then Sustainable Ecosystems Division of the CSIRO was engaged by the Central Coast Region of NSW to undertake a detailed regional futures analysis based on a dynamic systems approach (Senge, 1992). A key component of such a research approach was the need to better understand and appreciate the historical context of previous regional planning policy initiatives. As a regional planning practitioner of several years experience, I was engaged by the CSIRO to undertake this “learning from the past” investigation. This paper summaries the value of such a research project by both examining the methodology adopted and findings arising from such an investigation. In short, the paper argues that as a consequence of reflecting on past policy experiences it is possible to better understand and appreciate what policy decisions were previously undertaken, and subsequently improve the opportunities for future policy decision making and implementation. A total of eighteen individuals were interviewed for the project. The regional participants chosen to be interviewed were a mixture of previous community leaders, politicians or senior professional bureaucrats. To encourage frank discussion and minimise any possibility of conflict of interests, all research participants at the time of interview were no longer in their substantive positions they once held. The process of identifying key individuals and relying on oral histories is not without methodological deficiencies. Whilst acknowledging these potential weaknesses, the project nevertheless was able to make a valuable contribution to regional planning on the Central Coast by identifying previous experiences and policy relationships as they related to matters of social, economic, environmental and local/ regional governance. -
Settlement of the Tuggerah Lakes
Settlement of the Tuggerah Lakes The ecological history of the Tuggerah Lakes over the last 200 years is closely linked to the pattern of European settlement both around the lakes and within the upper catchment. As settlement spread throughout the district, activities such as the clearing of land, logging, fishing and urban development have all had impacts on the ecology of the lakes. To understand when each of these impacts occurred, the settlement of the Tuggerah Lakes and its catchment has been divided into four broad time periods. These are; • Aboriginal settlement • The first European settlers (1820s – 1870s) • Settlement after the opening of the railway (1880s – 1950s) • Urban Development (1960s – 1990s) Historical documents which provide an insight into the rates of settlement and associated activities during each of these time periods, are presented in the following sections. Table 1 provides a summary of some key dates in the development of the region. Table 1. Significant events in the development of the Tuggerah Lakes and its catchment Date Activity 1825 First settlers arrived. Early 1830s Logging commenced in the upper catchment, principally for cedar. Early 1830s Felton Mathews surveyed the district. 1832 The Great North Road was opened, principally as a means of providing access to the Hunter District from Sydney. There were two branches from this road into Wyong. 1830s Cabbage Tree Harbour provided a shipping point for cedar from the 1830s onwards. Gosford was another such departure point. Early1850s Hargraves residence at Noraville constructed using cedar from the valleys behind Wyong. 1854 Jane Taylor acquired all the land of what is now The Entrance. -
2. the Structure of the Current Central Coast Water Supply System
2. The structure of the current Central Coast water supply system Gosford City and Wyong Shire Councils share a joint water supply scheme administered by the Gosford/Wyong Council’s Water Authority. This is the third largest water supply system in NSW (see Figure 1). Figure 1: The Current Central Coast Water Supply System (Source: Gosford Wyong Councils’ Water Authority http://www.gwcwater.nsw.gov.au/index.php/our-system) Water is drawn from four streams (Mangrove and Mooney Creeks in Gosford and Wyong River and Ourimbah Creek in Wyong). The building of water storage infrastructure was begun 75 years ago, but most infrastructure in use today was completed during the past thirty years. Currently, the system incorporates three dams, three weirs, two treatment plants, 40 reservoirs, and 1900 km of pipelines. It has a total catchment area of about 700 square kilometres. Water is drawn from Mooney Dam and weir pools on Wyong River, Mangrove Creek and Ourimbah Creek. Wyong River and Ourimbah Creek extractions are stored in Mardi Dam. During dry periods, when the Coastal Mooney and Mardi Dams cannot meet the demand for water, supply can be released from Mangrove Creek Dam to provide adequate inflows at the weirs on Mangrove Creek and Wyong River. A key new element in WaterPlan 2050 (the long term water supply strategy for the Central Coast) is the Mardi-Mangrove Link Project. This will consist of a new 19 kilometre buried water pipeline from Mardi Dam to the existing Boomerang Creek tunnel at Mangrove Creek Dam together with supporting infrastructure. Construction of the pipeline will commence in early 2010 and will secure the region’s town water supply over the next four decades. -
Measuring Success of Active Saltmarsh Restoration in Tuggerah Lakes
MEASURING SUCCESS OF ACTIVE SALTMARSH RESTORATION IN TUGGERAH LAKES P Laegdsgaard 1, N McGaharan 2 1Umwelt, Australia, Teralba, NSW 2Wyong Shire Council, Wyong, NSW Abstract As part of the Tuggerah Lakes Estuary Management Plan, Wyong Council identified specific areas for re-establishment of saltmarsh to the shores of the Tuggerah Lakes Estuary. These locations were highly modified and elevated above the water level of the lake. In Tuggerah Lakes the minimal tidal exchange combined with other impacts such as mowing and trampling inhibit the expansion any saltmarsh present. Restoration activities at these sites consisted of excavation to re-grade the foreshore area to reclaim natural hydrological processes suitable for saltmarsh establishment. This was followed by a replanting program using tube-stock and transplantation of salvaged saltmarsh species. It was considered important to establish the success of the restoration activities through a scientifically rigorous monitoring program and an adaptive management approach to the staggered restoration timeframe. It was initially predicted that, with regular watering of newly established saltmarsh with saline/brackish water, recovery could be achieved within 12 to 24 months of planting. Monitoring results showed this was not achieved due to low survivorship of tubestock in the low shore and slow expansion of saltmarsh in the upper shore. This has been linked to lack of regular tidal influence and fluctuating lake levels limiting the rapid expansion of the newly established saltmarsh in the Tuggerah Lakes estuary. It is now evident that rehabilitation to a level of reference sites has been achieved in sites that have had three and a half years of recovery time. -
Tuggerah Estuary Management Study
Management Status 2.2.7 Sewerage Management The reticulated sewerage system of Wyong Shire is generally confined to the urban areas, with septic systems being used in the rural areas. The reticulated system has built-in failure points where sewage can overflow in case of pump failure, or similar problems. Generally, the overflow points will be adjacent to stormwater systems or a waterway. Given that sewage is high in nutrients and turbid, it can have a significant impact on downstream environments. Septic systems, if well contained and frequently serviced, do not necessarily increase sediment and nutrient loads. However, poorly maintained systems can overflow or fracture, leaching nutrients and sediment into surface and groundwater flows. The reticulated system overflows relatively infrequently. However, it should be remembered that the reticulated system is composed of both a domestic sewerage line and trade waste line. Both lines have an overflow capacity, which allows discharge into the stormwater system. A significant overflow to Tumbi Creek occurred in May 2003, which saw 72,000L of effluent discharged following a combined pump/power failure at a pumping station (WSC, 2003a). Although unintentional and quickly rectified, this kind of discharge can have significant nutrient impacts on downstream environments. Four non-significant sewage overflows occurred in the Wyong system during 2001/02. Two were due to blockages of mains and two due to power failure at pump stations (WSC, 2002). The overflow points are sometimes located adjacent to sensitive environmental areas. For example, the overflow at Fishburn Drain can discharge sewage and trade waste to the Porters Creek wetland. -
THE BENTHIC FAUNA of the TUGGERAH LAKES B. J. Powis
THE BENTHIC FAUNA OF THE TUGGERAH LAKES B. J. Powis This thesis is submitted for the Degree of Master of Science at University of New South Wales JULY, 1975. UNIVERSITY CF N.3.W.,, 55701 1 3. JAN. 7 6 LIBRARY This is to certify that this thesis has not been submitted for a higher degree to any other university or institution. ACKNOWLEDGEMENTS I would like to thank Dr. R.J. MacIntyre for his continued guidance and advice throughout this project. This study was financed by the Electricity Commission of N.S.W. and the Wyong Council. I would like to thank them for this assistance. I would also like to thank the Electricity Commission for their cooperation and assistance in the collection of field material. I am grateful to the following people for their assistance in the identification of the various taxonomic groups: Dr. Pat Hutchings (polychaetes), Cathy Drummond (crustaceans) and Dr. Winston Ponder (molluscs). I am also very grateful to Leon Collett who has given a great deal of assistance in many areas of this study, especially with the computer analysis. With regard to the use of computer programs I would like to thank Alan Collins who has given a great deal of assistance with the computer analysis. Thanks are also due to Professor Stephenson for his advice on statistical procedures. Considerable assistance has been given in the collection of samples by Bill Jefferson, Stephen Sparkes, Gary Bebbington, Bruce Hodgson and Ray Wallis. For proof reading and grammatical correction of the text I would like to thank Helen Stoddart, Charles Pregenzer, Harry Booth and Paul Kloedon. -
State of the Beaches 2011-2012
Central Coast region coliforms since 2004, with enterococci analysis Councils commencing in September 2010. The Central Coast region extends from Lake To ensure that the data collected and reported Macquarie in the north to Broken Bay in the south. under the Beachwatch Partnership Program are Swimming locations are monitored in two local accurate and reliable, quality assurance of council areas (Figure 17): sampling, microbial analysis and reporting is undertaken. The findings of the quality assurance Wyong Shire Council program are described in the quality assurance section of this report. Gosford City Council. 2011–2012 results The programs Of the 43 sites monitored on the Central Coast, 27 Monitoring in the Central Coast region is conducted were graded as Good or Very Good. (Table 17) under the Beachwatch Partnership Program. In 2011–2012, 43 swimming locations were sampled Ocean beaches (Table 16). Wyong Shire and Gosford City councils Seventeen of the 28 ocean beaches were graded fully fund the sample collection and laboratory as Very Good: Frazer Beach, Birdie Beach, analysis, with quality assurance and reporting Budgewoi Beach, Lakes Beach, Hargraves Beach, support provided by OEH. Jenny Dixon Beach, Cabbage Tree Bay, Lighthouse Beach, Gravelly Beach, Soldiers Beach, North Wyong Shire Council has been a part of the Entrance Beach, The Entrance Beach, Blue Bay, Beachwatch Partnership Program since its inception Toowoon Bay, Shelly Beach, Blue Lagoon, Bateau in 2002 (as the Beachwatch Pilot Partnership Bay Beach in the Wyong Shire Council area. These Program). Enterococci samples were collected at 22 sites had consistently good water quality and very sites on a weekly basis during the swimming few potential sources of faecal contamination. -
Systematic Conservation Assessments for Marine Protected Areas in New South Wales, Australia
This file is part of the following reference: Breen, Daniel A. (2007) Systematic conservation assessments for marine protected areas in New South Wales, Australia. PhD thesis, James Cook University. Access to this file is available from: http://eprints.jcu.edu.au/2039 Hawkesbury Shelf assessment 7 MPA assessment of the Hawkesbury Shelf bioregion 7.1 Introduction The NSW Marine Parks Authority aims to establish and manage a comprehensive, adequate and representative system of marine protected areas (MPAs) to help conserve marine biodiversity and maintain marine ecosystem processes (NSW Marine Parks Authority 2001). The Hawkesbury Shelf bioregional assessment is one of several projects to systematically assess broad scale patterns of biodiversity within each of five NSW marine bioregions and identify where additional MPAs may be required (Figure 7.1). This chapter summarises the broad scale information and methods used to identify some options for new MPAs on the basis of ecological criteria alone. Possible areas for large, multiple use marine parks are identified and important locations and conservation values within each are described (Section 7.5 and Appendix 3). Given the uncertainty involved in assessing biodiversity and the complex issues involved, a strong emphasis is placed on presenting information and methods to examine a range of options. A separate selection process is now required for more detailed site assessments, consultation with communities and consideration of social, economic and cultural values. The information, criteria and methods applied here should also assist in ongoing assessment, selection, and management of MPAs and in other strategies to conserve marine ecosystems in NSW. 7.2 Geographic extent The Hawkesbury Shelf bioregion was defined in the Interim Marine and Coastal Regionalisation of Australia (IMCRA 1998) from recommendations provided by Pollard et al. -
Warnervale Link Road Community Consultation Summary November 2017 - February 2018 Roads and Maritime Services | June 2018
Warnervale Link Road Community Consultation Summary November 2017 - February 2018 Roads and Maritime Services | June 2018 THIS PAGE LEFT INTENTIONALLY BLANK Executive Summary The Central Coast Regional Plan 2036 identifies Warnervale as a regional growth centre. It is anticipated there will be about 75,500 additional people living in the area by 2036, as well as new employment lands being provided. The link road would provide the community with improved connectivity and traffic benefits as the population of the area continues to grow. The Warnervale Link Road was originally proposed by Central Coast Council to link the residential growth area of Warnervale to the administrative and commercial precincts of Wyong and Tuggerah. Roads and Maritime Services is continuing those investigations started by Central Coast Council to consider its feasibility, develop the road corridor and start planning for the future link. The Warnervale Link Road would be a 2.3-kilometre two lane road linking the Pacific Highway and Britannia Drive at Watanobbi to Albert Warner Drive at Warnervale. The proposal also includes upgrading the Pacific Highway to two lanes in each direction between Cutler Drive and Amy Close at North Wyong. This Community Consultation Summary provides an overview of the consultation carried out by Roads and Maritime on the strategic design of the proposed Warnervale Link Road between November 2017 and February 2018. It also summarises all feedback received and provides responses to all issues raised by the community and stakeholders. During the consultation period Roads and Maritime received 50 submissions. Key issues raised by the community included: • comments on design • traffic management (access, congestion and safety) • property impact (access, future property values, acquisition and compensation) • business impact (compensation for loss of business and/or business disturbance and impact on future plans/future land use). -
Tuggerah Lake Ourimbah Creek
Locations of Water Quality Programmes Elizabeth Bay Spring Creek San Remo LLake Munmorunmorah Wallarah Creek Budgewoi Budgewoi Sandmass Gorokan Warnervale Budgewoidgewoiwoi Lakek Kanwal Toukley Wyong River Norah Head Rocky Pt Tuggerah Bay TuggerTuggerah Lake Ourimbah Creek Chittaway Bay Streambank Rehabilitation and Erosion Control Berkeley Vale The Existing Recreational Water Quality Sites Entrance New Recreational Water Quality Sites Tumbi Creek Long Retrofit Stormwater Controls in existing areas Jetty New Urban Stormwater Priorities Saltwater Creek Bateau Bay Snapshot of the Tuggerah Lakes Estuary Management Plan 11 Maintaining good There are a number of goals 1. Improve quality of stormwater from the catchment that we need to achieve over New controls on the design and inform people about the next 1 – 5 years to maintain water quality and construction of stormwater what can be done to improve or improve water quality in the drainage systems are required the situation. lakes. A “Water Quality Action to limit the flow of sediments Team” with people from Specific programs to improve and nutrients into the lakes Wyong Shire Council, NSW stormwater quality include: from new developments. Department of Natural Stormwater will be treated at • Ensure that new Resources, Hunter-Central common sites downstream, developments don’t increase Rivers Catchment with costs shared by nutrient and sediment loads Management Authority and developers and those who will and water flows above their the Estuary Management benefit from the developments. natural levels Committee/Advisory Board, • Reduce nutrient and will be set up to oversee the Additional stormwater sediment loads from existing implementation of the action management devices are developments plan to achieve these goals: required in existing urban areas, while existing devices • Maintain stormwater traps will be upgraded where and collect information on necessary.