Part D the Rainforest City Cairns Master Plan Precints
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State of Environment Report 2016
state of environment report 2016 XX 1 contents Milestones .................................. 3 Preface ........................................ 4 Introduction ................................. 5 Built Environment ....................... 6 Planning and Development Environmental Regulation and Compliance Urban Environmental Management Sustainability Engagement Waste and Recycling Biodiversity ................................ 14 Conservation Revegetation Biosecurity Water and Waterway Health ....... 18 Water Quality Water Supply and Waste Water Council Operations ..................... 24 Energy and Emissions Management Water Consumption Staff Engagement Data ........................................... 28 This report has been produced by Cairns Regional Council and noted at the ordinary meeting on the 24th May 2017. Disclaimer: Please note that while every effort has been made to ensure that the information contained within this report is correct and up to date, Cairns Regional Council (CRC) and all persons acting on their behalf in preparing this report accept no liability for the accuracy or inferences from the material contained in this publication, or for any action as a result of any person’s or groups interpretations, deductions or conclusions relying on this material. CRC accepts no liability for any loss, damage or injury (including consequential loss, damage or injury) from the use of this information. 2 ON TRACK STATE OF 3TO % MEET 50 ENVIRONMENT REDUCTION in greenhouse gas 2016 emissions by 2050 53% OF WASTE contents RECOVERED 18,652 -
Patterns of Persistence of the Northern Quoll Dasyurus Hallucatus in Queensland
Surviving the toads: patterns of persistence of the northern quoll Dasyurus hallucatus in Queensland. Report to The Australian Government’s Natural Heritage Trust March 2008 Surviving the toads: patterns of persistence of the northern quoll Dasyurus hallucatus in Queensland. Report submitted to the Natural Heritage Trust Strategic Reserve Program, as a component of project 2005/162: Monitoring & Management of Cane Toad Impact in the Northern Territory. J.C.Z. Woinarski1, M. Oakwood2, J. Winter3, S. Burnett4, D. Milne1, P. Foster5, H. Myles3, and B. Holmes6. 1. Department of Natural Resources Environment and The Arts, PO Box 496, Palmerston, NT, 0831. 2. Envirotek, PO Box 180, Coramba NSW 2450 3. PO Box 151, Ravenshoe Qld 4888; and School of Marine and Tropical Biology, James Cook University, Townsville. 4. PO Box 1219, Maleny 4552; [email protected] Box 1219, Maleny, 4552 5. “Bliss" Environment Centre, 1023D Coramba Rd, Karangi NSW 2450 6. 74 Scott Rd, Herston 4006; [email protected] Photos: front cover – Northern quoll at Cape Upstart. Photo: M. Oakwood & P. Foster CONTENTS Summary 2 Introduction 4 relevant ecology 7 Methods 8 northern quoll Queensland distributional database 8 field survey 8 Analysis 10 change in historical distribution 10 field survey 11 Results 12 change in historical distribution 12 field survey 14 Discussion 15 Acknowledgements 19 References 20 List of Tables 1. Locations of study sites sampled in 2006-07. 25 2. Environmental and other attributes recorded at field survey transects. 27 3. Frequency distribution of quoll records across different time periods. 30 4. Comparison of quoll and non-quoll records for environmental variables. -
Aboriginal Rock Art and Dendroglyphs of Queensland's Wet Tropics
ResearchOnline@JCU This file is part of the following reference: Buhrich, Alice (2017) Art and identity: Aboriginal rock art and dendroglyphs of Queensland's Wet Tropics. PhD thesis, James Cook University. Access to this file is available from: https://researchonline.jcu.edu.au/51812/ The author has certified to JCU that they have made a reasonable effort to gain permission and acknowledge the owner of any third party copyright material included in this document. If you believe that this is not the case, please contact [email protected] and quote https://researchonline.jcu.edu.au/51812/ Art and Identity: Aboriginal rock art and dendroglyphs of Queensland’s Wet Tropics Alice Buhrich BA (Hons) July 2017 Submitted as part of the research requirements for Doctor of Philosophy, College of Arts, Society and Education, James Cook University Acknowledgements First, I would like to thank the many Traditional Owners who have been my teachers, field companions and friends during this thesis journey. Alf Joyce, Steve Purcell, Willie Brim, Alwyn Lyall, Brad Grogan, Billie Brim, George Skeene, Brad Go Sam, Marita Budden, Frank Royee, Corey Boaden, Ben Purcell, Janine Gertz, Harry Gertz, Betty Cashmere, Shirley Lifu, Cedric Cashmere, Jeanette Singleton, Gavin Singleton, Gudju Gudju Fourmile and Ernie Grant, it has been a pleasure working with every one of you and I look forward to our future collaborations on rock art, carved trees and beyond. Thank you for sharing your knowledge and culture with me. This thesis would never have been completed without my team of fearless academic supervisors and mentors, most importantly Dr Shelley Greer. -
Final Report Prepared by WWF-Australia, Sydney NSW Cover Image: © Stephanie Todd / JCU / WWF-Aus a WWF-Australia Production
1 Contents .............................................................................................. 2 Executive Summary ............................................................................ 4 Introduction ...................................................................................... 12 Objective 1. Estimate the current population status, distribution and habitat use of the northern bettong ................................................... 16 a) Population Status .................................................................................................................. 16 b) Population distribution ........................................................................................................ 24 c) Non-invasive conservation genetics ...................................................................................... 37 Objective 2. Assess the significance of the northern bettong's role in ecosystem function ........................................................................... 44 Objective 3. Develop appropriate fire management regimes for the northern bettong ............................................................................... 47 Key points ........................................................................................ 50 Discussion ......................................................................................... 52 Recommendations ............................................................................ 57 Publications ..................................................................................... -
Chapter 2: the Cairns Setting
CHAPTER 2: THE CAIRNS SETTING Introduction Cairns is the most northerly of Queensland’s cities and one of the fastest growing communities in Australia. It is also an isolated community, located some 1 400 km in a direct line, or 1 706 km by road, from Brisbane. Melbourne is marginally closer to Brisbane than is Cairns. An aerial image of Cairns city and inner suburbs viewed from the east is shown in Figure 2.1 (reproduced by permission of Brian Cassey Photography). The 160 square kilometre area administered by Cairns City Council has a resident population of approximately 120 000. This total can exceed 150 000 at the height of the tourist season in July- August. This combination of size, rapid growth and isolation, together with its significant history of natural hazard events (most notably cyclones and floods) makes Cairns an ideal community on which to base a case study of urban vulnerability to a range of geohazards. Community risk research on Cairns commenced under the TCCIP in 1995 with a particular focus on the risks associated with storm tide inundation. That effort provided an ideal base on which to develop the wider community risk research described in this report. The Physical Setting Topography: The major structural features of the Cairns area are shown in Figure 2.2. The dominant feature is the very steep coastal scarp that forms the eastern edge of the Atherton Tableland. That scarp is marked by (from south to north) the Isley Hills, the Lamb Range and the McAlister Range. The Whitfield Range is an offshoot from the Lamb Range and separated from it by the valley of Freshwater Creek. -
Chapter 3: Mountains, Coast and Shelf
21 3. MOUNTAINS, COAST AND SHELF HISTORY OF EROSION Warwick Willmott & Robin J Beaman All mountains and hills are gradually worn down by the agents of erosion. Erosion starts with the gradual softening and decomposition of the rocks (weathering) near the surface by penetrating water, air, roots and biological activity. As the rocks are gradually exhumed, they also crack from the release of pressure from the removal of the material above. Water becomes channelled along these fractures, and removes the softened rock on the sides of the joints, grain by grain, over millions of years. Such erosion can allow flowing water to cut deeply into the rocks, producing long narrow gorges such as those we see today in the Wet Tropics (for example, those of the Barron, Mossman, Tully and Herbert Rivers). Forming the present landscape The landscapes that result from erosion are not uniform. They are very much dependent on the types of rocks present and the geological history of the district. The landscapes today consist of the high tableland in the west, formed mainly on the meta-sediments of the Hodgkinson Province, with even higher mountains, mainly of granite, protruding in places; a steep eastern escarpment forming the edge of this tableland; a narrow coastal plain and associated alluvial river valleys; remnant coastal ranges; and, offshore, a flat continental shelf. The tableland is believed to have formed from up-doming of a previously relatively flat area which existed before the fracturing of the eastern edge of the Australian continent (see Episode 6 in Chapter 1). After this uplift a relatively steep eastern face was left on the remaining continent. -
Chapter 2 Project Description Page 2.1 Cairns Transit Network Concept Design Report
Cairns Transit Network Concept Design Report Table of contents 2 Project description ........................................................................... 2.2 2.1 Introduction.....................................................................................................2.2 2.2 Description of the Cairns Transit Network...................................................2.2 2.3 Bus priority treatment options ......................................................................2.4 2.3.1 Central – City Place..............................................................................................2.5 2.3.2 Northern corridor ..................................................................................................2.6 2.3.2.1 Section N1: Cairns City to Airport Avenue................................................................. 2.6 2.3.2.2 Section N2: Airport Avenue to Skyrail ....................................................................... 2.6 2.3.2.3 Section N3: Skyrail to Trinity Park ............................................................................. 2.7 2.3.2.4 Section N4: Trinity Park to Palm Cove ...................................................................... 2.7 2.3.3 Southern corridor..................................................................................................2.8 2.3.3.1 Section S1: Cairns City to Moody Creek ................................................................... 2.8 2.3.3.2 Section S2: Moody Creek to Earlville ....................................................................... -
Published on DNRME Disclosure Log RTI Act 2009
Basis Report 2016 Annual Valuation of Cairns Regional Council Log Disclosure 2009 DNRMEAct on RTI Published Date of Valuation 01/10/2015 Date of Issue 02/03/2016 Date of Effect 30/06/2016 18-481 File A Page 1 of 119 Log This publication has been compiled by State Valuation Service, Department of Natural Resources. © State of Queensland, 2015. The Queensland Government supports and encourages the dissemination and exchange of its information. The copyright in this publication is licensed under a Creative Commons Attribution 3.0 Australia (CC BY) licence. Disclosure Under this licence you are free, without having to seek our permission,2009 to use this publication in accordance with the licence terms. You must keep intact the copyright notice and attribute the State of Queensland as the source of the publication. DNRMEAct For more information on this licence, visit http://creativecommons.org/licenses/by/3.0/au/deed.en The information contained hereinon is subject to change without notice. The Queensland Government shall not be liable for technical or other errorsRTI or omissions contained herein. The reader/user accepts all risks and responsibility for losses, damages, costs and other consequences resulting directly or indirectly from using this information. Published 18-481 File A Page 2 of 119 Summary of Impacts ....................................................................................................................................... 5 Residential ................................................................................................................................................................ -
Cairns City in a Garden Master Plan 2007 #1987843 V1 © City of Cairns Table of Contents
CAIRNS CITY IN A GARDEN MASTER PLAN PART C PRECINCT PLANS 29 Cairns City in a Garden Master Plan 2007 #1987843 v1 © City of Cairns Table of Contents City in a Garden Master Plan Part C- Precinct Plans This section of the Cairns City in a Garden Master Plan provides a template for future tree planting in the key city streets (for a summary list of priority streets and tree species palettes refer to City in a Garden Master Plan Part E-Appendices) The precinct approach is in line with the Cairns Plan and addresses local issues and provides a guide to appropriate tree species selection for each precinct and outlines key objectives. For Central Cairns, the area defined by Florence Street to the north, the western footpath of the Esplanade to the east, the CBD side of the Wharf Street footpath to the south, and Bunda Street (east side of street) to the west, please refer to the Cairns CBD Master Plan 2007 for full planting details. CITY IN A GARDEN MASTER PLAN 2007 2 Vision Statement Error! Bookmark not defined. Context 2 CAIRNS CITY IN A GARDEN PART A-INTRODUCTION 10 CITY IN A GARDEN MASTER PLAN PART B-TREE SPECIES SELECTION 14 CITY IN A GARDEN MASTER PLAN PART C- PRECINCT PLANS 30 1. Cairns Beaches 32 1.1. Palm Cove 32 1.2. Clifton Beach 34 1.3. Kewarra Beach 36 1.4. Trinity Beach 38 2. Barron Smithfield 40 2.1. Trinity Park 40 2.2. Yorkeys Knob 42 2.3. Holloways Beach 44 Cairns City in a Garden 2.4. -
Helen P. Ramsay1 and Andi Cairns2
Cunninghamia 8(3): 2004 Ramsay & Cairns, Mosses in the Wet Tropics bioregion NE Queensland 371 Habitat, distribution and the phytogeographical affinities of mosses in the Wet Tropics bioregion, north–east Queensland, Australia. Helen P. Ramsay1 and Andi Cairns2 1National Herbarium of New South Wales, Royal Botanic Gardens, Sydney NSW 2000, AUSTRALIA. 2School of Tropical Biology, James Cook University, Townsville, Queensland 4811, AUSTRALIA. Abstract: A checklist of the mosses (Bryophyta) of the Wet Tropics bioregion, north-east Queensland is presented. Included is an update on the taxonomy of species, listing a total of 408 taxa. The habitat and distribution patterns of species within the area and in Australia, together with information on the phytogeographical affinities of these taxa in related areas beyond Australia, are discussed. Cunninghamia (2004) 8(3): 371–408 Dedication The authors present this work as a tribute to the memory of the late Ilma Stone (1913–2001) and Heinar Streimann (1938–2001), whose work in the area formed the basis for these studies. The work began in the 1980s, between 1984 and 1998 with Ilma Stone, whose taxonomic studies and data from collections made in the area over many years were immeasurable. Heinar Streimann assisted later in the 1990s, with various taxonomic contributions and data from many collections. Without their assistance and knowledge, the work would not have been written. Their deaths in January 2001 and August 2001 respectively were a serious and tragic blow to Australian bryology. Introduction Mosses and liverworts, the major groups of bryophytes, are a Bryophytes in rainforests significant component of the biodiversity in the Australian For bryophytes, rainforests provide niches largely absent in wet tropics, in north-east Queensland, occurring in all other communities (Pócs 1982, Richards 1984, Gradstein ecosystems as colonisers of soil, rocks, fallen logs, and as 1992) including soil, earth banks, rocks, fallen trees and epiphytes and epiphylls. -
Chapter 7: Cyclone Risks
CHAPTER 7: CYCLONE RISKS The Cyclone Threat There is little doubt that tropical cyclones pose the greatest natural threat overall to Cairns. Since the settlement was founded in 1876 there have been at least 53 cyclones that have had a reported or measured impact on the city, indeed the cyclone of 8 March 1878 almost destroyed the settlement before it had a chance to get established. An inventory of those cyclones, based largely on an historical listing compiled from many sources by the Bureau of Meteorology’s Queensland Regional Office in Brisbane, is included in Appendix J. Of the 53 cyclones included in Appendix J, 22 have either crossed, or approached, the coast within 75 km of Cairns. A further 14 cyclones have approached to between 75 and 150 km of the city. An approach to within 75 km would bring Cairns within the radius of destructive winds of most cyclones. This reality is in marked contrast to the view held in some quarters in Cairns that the city does not have a significant cyclone threat. A good example of this urban myth was provided in a letter to the Editor of the Cairns Post on 14 May 1998, in which the author opined: After 120 years of records and 11 cyclones, we have never had a higher than normal tide, let alone a storm surge. Even the severe cyclone of 1986 which crossed the coast south of Innisfail with winds of up to 250-plus km/h, did not cause a surge or even a high tide. The reef being so close to the coast will always act as a damper, and the mountains around Cairns always keep the winds to a maximum of 190 km/h. -
Cycle Network for Far North Queensland
Part 2 Network maps Map index 19 Maps 20-42 Principal Cycle Network Plan Far North Queensland Part 2: Network maps Map index Qpy Disclaimer: For information only. All routes subject to feasibility investigations. The information shown on this map does not represent Australian, state or local government policy. The DepartmentDISCLAIMER of Transport TO GO and HERE Main Roads does not guarantee or make any !( Wujal Wujal representations as to its accuracy or completeness, nor will the Department accept any responsibility for any loss or damage arising from its use. 1 ! Cape Tribulation WUJAL WUJAL SHIRE COUNCIL 2 !Daintree 3 Mossman (! Port Douglas (! 4 5A CAIRNS ! Mount Molloy REGIONAL QUEENSLAND 5 COUNCIL 15A ! Clifton Beach (! Kuranda ! (! SMITHFIELD (! 6 15 Redlynch (! ! (! Biboorah CAIRNS(!(! EARLVILLE (! YARRABAH Mount Sheridan (! MAREEBA (! 7 SHIRE EDMONTON (! PACIFIC OCEAN TABLELANDS COUNCIL REGIONAL 16 Gordonvale (! COUNCIL ! Aloomba !( Chillagoe !( Dimbulah !Goldsborough ! Tinaroo 8 LEGEND To lg a 17 (! !Kairi 19 9A Railway Lines ATHERTON (! (! Yungaburra Waterways / Waterbodies Babinda Cycle Route Categories Herberton Malanda (! (! (! 20 9 Existing Iconic Recreation Route 18 !Tarzali Future Iconic Recreation Route Existing Principal Route !( Millaa Millaa INNISFAIL ! ( Future Principal Route 10 ! !Mourilyan Ravenshoe (!21 22 Local Government Boundary Regional Land Use Categories !( Mount Garnet Urban Footprint 11! Silkwood Rural Living Area ! Kurrimine Beach !El Arish Regional Activity Centres Mission Beach (! (! Principal Tully (! 12 (! Major CASSOWARY ! COAST REGIONAL (! District COUNCIL (! Village 23A 13 !( Rural ! Locality Cardwell (! 14 HINCHINBROOK 23B SCALE 1:1,300,000 SHIRE 02040 COUNCIL kilometres Principal Cycle Network Plan for Far North Queensland Department of Transport and Main Roads 19 Principal Cycle Network Plan Far North Queensland Part 2: Network maps Map 1 FNQ Principal Cycle Network Disclaimer: For information only.