DOCSLIB.ORG

AVON RIVER R E T 4 R 406 X 87 C a E 3 DP 751282 1 N 478 IR O 3K a F F AVON TUNNEL V L M 24 2 6

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
AVON RIVER R E T 4 R 406 X 87 C a E 3 DP 751282 1 N 478 IR O 3K a F F AVON TUNNEL V L M 24 2 6 DP 751267 7314 DP 1147309 20/10/2017 126 LIVERPOOL 65km BARGO 11km YERRINBOOL 0.5 km AVON DAM 5km AVON DAM 7km CORDEAUX DAM 8km 150º 30' 00" DP 1146841 35' 40' DP 1147309 DP 702021 150º 45' 00" 2 000m 2 2 SCALE 1:25000 71 7313 72 E 73 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 292000mE 93 02 0 km 0.5 1 2 km B 0 4 34º 22' 30" 0 34º 22' 30" 4 3 0 0 7313 DP 1146841 YERRINBOOL 99 0 0 7 5 6 A DP 751267 OVAL 21 P 1 O 400 3925 D N V CONTOUR INTERVAL 10 METRES S 173 7301 5 L O I 0 DP 1146841 0 3 A 0 Magnetic North is 11.2 degrees East of Grid North. DP 0 790769 R 529 - 4 T 4 NO P E N AD 0 R 9 RO 0 I 4 F 0 IRE 5 F 0 2 5 K R 00 DP 86 6 4 9 0 7301 092 0 © Department of Finance, Services and Innovation 2017. 0 F NO 93 408 IRE AIL I T R F V 9 I 479 No part of this map may be reproduced without written permission. R 7313 E E R 0 T LA 0 K 5 E R 0 R 0 0 0 5 A 4 E I 571 525 NEPEAN L 3 3 9 V MOUNT kV I DP 751267 ETRA FIR IL 0 DP 1 ROROSON N 0033 NO 469 O R 97 519 2 Built up area 3B 6 9 r C N DP 1185768 ve 0 - M1 A32 Route marker: Motorway, National Route i 0 3 D 4 0 1515 P 1147 0 O R 309 U 3 S PPER NEPEAN STATE 93 B72 V Major road: paved (with State Route), unpaved M 0 31 0 A 5 o CONSERVATION AR 4 g EA 0 ar 0 Secondary road: paved, unpaved B DP 1147309 D P 7 Minor road: paved (with Impediment), unpaved 7 423 7315 4 7311 4 0 0 416 3 5 BARGO RIVER STATE 8 Vehicular track: Stock grid. LAKE 61 000m CONSE Four-wheel drive track: Gate 92 N RVATION AREA F 0 AVON I 5 R 40 F 0 E N I R 0 6 DP 1197281 541 T L O Walking track RAI N E T Y R A 54 DP 786065 A Road tunnel. Crossing W I 0 L 0 R DP 245509 6 0 O M 50 492 Railway, heavy. Station. Tunnel T 8 2 OUNT N O O M 579 BURKE 13 E 5 Railway, light. Railway, disused. 0 427 6 1 0 r 400 F E 61 000m 4 silo yards 2 446 e P 0 92 N M 0 0 Landmark feature. Stockyards. Mine 4 4 DP v 6 0 5 0 308 D U i 0 DP 8 DP 1092321 4 R H 19787 0 377 R 9 13 0 0 DP O Water tank or reservoir. Ground tank or dam 5 7177 N 5 30 D 4 1 2 R P 2 L E D 479 I Holly 169 Survey landmark (with height) 0 H A 0 0 R 6 P 0 T 4 n E E O R 123 H 54 N o I S 3 4 F Ancillary contour. Spot height DP 245456 4 v UPPER NEPEAN L r STATE I A DP 1022485 DP 961498 YERRINBOOL A e 1000 9 R 443 Contours. Depression contour 0 v 91 5 T i 5 2 TUNNEL CONSE E 4 RVATION AREA R 0 176r 2 2 I 0 R 3 F 1 P YERRINBOO 0 4 D L TUNNEL 50 Cliff, with relative height. Rocky pinnacle 31 1 O 3 N Quarry or gravel pit. Levee or dyke 00 D 4 P 713538 4 e 0 k 0 D D r D 33 NO 3A Closed forest: 80-100% crown cover. Open forest: 50-80% crown cover A A L I 0 DP 93107 A RA 526 u 2 0 O O T O E DP 62 IR 4 B 5185 32 R R F R 6 Woodland: 20-50% crown cover. Pine forest 5 1 m 4 k 5 1 429 3 4 E . 2 E I 1 D R Orchard, plantation or vineyard. Mangrove P R I R D 0 91 O F E 3 F R e 0 L W l 4 O t A A A LPIN t Power transmission line (33kV and above) V R E C 75 i C OAD DP 846 4 O R 945 L 16 L DP 7711 O 34 A L P I N E 80 Cableway C 448 Y DP 1076836 Pipeline, water. Pipeline, other 2 85 A DP 1010179 W Perennial lake. Intermittent lake. Mainly dry lake L 51 F 90 61 I I 90 R 4 0 9 0 A E 2 2 TR Wet swamp. Dry swamp 1 AIL E 9 1 pump R N S 0 O O 0 DP 1009129 90 L 1 C N 1E N B R P O W N S R O A D Land subject to inundation. Sand M31 D R 2 DP 1076836 DP 751260 DPa 1186788 R 1 locked k E E t e B ALYMERTON 90 i re M 52 2 v 3 C Intermittent stream, with waterfall H A 1 e 3 TUNNEL 0 T k LONG dressage 90 V U y Mainly dry stream. Perennial stream WILLS yards arena nd DP 837127 O 447 D 90 a HILL S S Large dam or weir o 61 7 2 N g 90 105 I DP 870257 C U P I T T S P 71 DP 778616 D DP 1036865 A Ferry route FOREST B F O R E S T 4 2 u 2 M H 0 ILL r DP 751260 427 F 0 k m N O 1F C I Lighthouse or beacon. Breakwater 6 S R N k herwin 647 L 5 e L I O 7 1 I r E 7 0 1 43 A 0 A 3 e 4 W 40 G I 5 0 N R R 8 G R A E C A R Cupitts Forest 493 T e 6 Jetty or wharf. Rock, bare or awash 7 R D N I I B L E T N W E R A Y DP E k E R P 7512 R O 60 I O R E DP 11 D 31207 F 50 I 4 G H 72 R A 0 F A T 3 Slipway. Anchorage. Wreck N R A I L D T R W 41 U E A Y 1 i T v I 89 O H e M T Rock shelf. Reef S N U r DP 778616 DP 804917 1 O O F DP 751260 3 S IRE 0 Rocky shoreline. Intertidal flat 25' TR 0 N 2 A E 6 4 6 25' I I IL 2 5 A L RA NO IZARDS A DP 749039 V ET 00 J M 3k FIR 6 Lauren Building, small. Building, large. Homestead 6 3 N 0 KNOB I 0 466 A 2 N O M DP 997395 O N W S SES Place of worship. School. State Emergency Service DP 129067 0 IL 0 508 A 5 2 R . 881 4 ET A P E 456 FI R k Ambulance station. Police station. Emergency headquarters S e m e 89 k N r T PO 7 FS yards C Fire station. Telephone exchange. Post office G D O P 749039 N Nemma I 466 4 Z Z H O 0 0 histori le Electricity substation, small. Electricity substation, large. Hospital G c S t 1 1 UPPER NEPEAN STA t A TE a 577 3 s 4 T ite S 0 D 4 W RFS P 0 T I 0 0 I 9 Wind generator. Windpump. Rural fire station tennis 616 CONSERVATION A M 89 AREA L V O N M court 468 it t F DP 779432 34 DP 557314 D le Cadastral deposited plan, lot number P 375156 44 6 O 9 88 oval 2 1 1 O R m B 554 N k u 6 DP 6 r O 04587 k W BOUNDARIES G e on g L 10 I N AYLM 0 aw E A S RTO 0 il O N 4 li RO R G AD D 379 T R A A C R r E Local Government T O 425 e State Forest e R T R i 0 I I O CHAIN v 0 k OF PONDS CROSSING e 4 F M 0 0 R r 4 Mine Subsidence District Cadastre H T 535 R 537 DP 1148687 U DP 1210992 O E National Park, Nature Reserve State E S 123 3 0 0 RIVER 5 FIRETRAIL NO 88 or State Conservation Area D R 6 ford O AN F 6 G D E I 18 L N EP R E N 564 O E O 5 0 T 0 N C IL R A A D i s c l a i m e r : The publisher of and/or contributors to this publication accept no responsibility for any I 487 U R L 4 DP 1201343 T 00 IL E RA injury, loss or damage arising from its use or errors or omissions therein. While all care is taken to D yards T IR IRE N F 1 F 525 O ensure a high degree of accuracy, users are invited to notify any discrepancies and should use N I 479 6H DP 1092321 87 this map with due care.
Load more

Recommended publications
  • The Murray–Darling Basin Basin Animals and Habitat the Basin Supports a Diverse Range of Plants and the Murray–Darling Basin Is Australia’S Largest Animals
    The Murray–Darling Basin Basin animals and habitat The Basin supports a diverse range of plants and The Murray–Darling Basin is Australia’s largest animals. Over 350 species of birds (35 endangered), and most diverse river system — a place of great 100 species of lizards, 53 frogs and 46 snakes national significance with many important social, have been recorded — many of them found only in economic and environmental values. Australia. The Basin dominates the landscape of eastern At least 34 bird species depend upon wetlands in 1. 2. 6. Australia, covering over one million square the Basin for breeding. The Macquarie Marshes and kilometres — about 14% of the country — Hume Dam at 7% capacity in 2007 (left) and 100% capactiy in 2011 (right) Narran Lakes are vital habitats for colonial nesting including parts of New South Wales, Victoria, waterbirds (including straw-necked ibis, herons, Queensland and South Australia, and all of the cormorants and spoonbills). Sites such as these Australian Capital Territory. Australia’s three A highly variable river system regularly support more than 20,000 waterbirds and, longest rivers — the Darling, the Murray and the when in flood, over 500,000 birds have been seen. Australia is the driest inhabited continent on earth, Murrumbidgee — run through the Basin. Fifteen species of frogs also occur in the Macquarie and despite having one of the world’s largest Marshes, including the striped and ornate burrowing The Basin is best known as ‘Australia’s food catchments, river flows in the Murray–Darling Basin frogs, the waterholding frog and crucifix toad. bowl’, producing around one-third of the are among the lowest in the world.
    [Show full text]
  • Reconstruction of Historical Riverine Sediment Production on The
    Anthropocene 21 (2018) 1–15 Contents lists available at ScienceDirect Anthropocene journal homepage: www.elsevier.com/locate/ancene Reconstruction of historical riverine sediment production on the goldfields of Victoria, Australia a, a b c c Peter Davies *, Susan Lawrence , Jodi Turnbull , Ian Rutherfurd , James Grove , d e f Ewen Silvester , Darren Baldwin , Mark Macklin a Department of Archaeology and History, La Trobe University, Bundoora, Victoria, 3086, Australia b Ochre Imprints, 331 Johnston Street, Abbotsford, Victoria, 3067, Australia c School of Geography, Faculty of Science, University of Melbourne, 22 Bouverie Street, Melbourne, Victoria, 3001, Australia d Department of Ecology, Environment and Evolution, School of Life Sciences, College of Science, Health and Engineering, La Trobe University, Wodonga, Victoria, Australia e School of Environmental Sciences, Charles Sturt University, Thurgoon, NSW, 2640, Australia f School of Geography & Lincoln Centre for Water and Planetary Health, College of Science, University of Lincoln, Lincoln, Lincolnshire LN6 7TS, United Kingdom A R T I C L E I N F O A B S T R A C T Article history: fi fi Received 20 July 2017 A signi cant but previously unquanti ed factor in anthropogenic change in Australian rivers was the release Received in revised form 20 November 2017 of large volumes of sediment produced by gold mining in the 19th century. This material, known historically Accepted 22 November 2017 as ‘sludge’, rapidly entered waterways adjacent to mining areas and caused major environmental damage. Available online 1 December 2017 We interrogate detailed historical records from the colony of Victoria spanning the period 1859 to 1891 to reconstruct the temporal and spatial distribution of sediment volumes released by mining activity.
    [Show full text]
  • 2010 Audit of the Sydney Drinking Water Catchment Volume 2 – Appendices
    2010 Audit of the Sydney Drinking Water Catchment Volume 2 – Appendices Report to the Minister for Water 2010 Audit of the Sydney Drinking Water Catchment Volume 2 – Appendices Report to the Minister for Water © 2010 State of NSW and Department of Environment, Climate Change and Water NSW. The Department of Environment, Climate Change and Water and State of NSW are pleased to allow this material to be reproduced for educational or non-commercial purposes in whole or in part, provided the meaning is unchanged and its source, publisher and authorship are acknowledged. Specific permission is required for the reproduction of photographs and images. Published by: Department of Environment, Climate Change and Water NSW 59 Goulburn Street, Sydney PO Box A290 Sydney South 1232 Ph: (02) 9995 5000 (switchboard) Ph: 131 555 (environment information and publications requests) Ph: 1300 361 967 (national parks, climate change and energy efficiency information and publications requests) Fax: (02) 9995 5999 TTY: (02) 9211 4723 Email: [email protected] Website: www.environment.nsw.gov.au Report pollution and environmental incidents Environment Line: 131 555 (NSW only) or [email protected] See also www.environment.nsw.gov.au/pollution Cover photos: Russell Cox Top: Cordeaux River near Pheasants Nest Weir Bottom row from left: 1. Fitzroy Falls 2. Gully erosion Wollondilly River sub-catchment 3. Tallowa Dam 4. Agriculture Upper Nepean River sub-catchment ISBN 978 1 74293 027 5 DECCW 2010/974 November 2010 Printed on recycled paper Contents
    [Show full text]
  • INTEGRATED MONITORING PROGRAM for the Hawkesbury-Nepean, Shoalhaven and Woronora River Systems
    HAWKESBURY NEPEAN RIVER MANAGEMENT FORUM INTEGRATED MONITORING PROGRAM for the Hawkesbury-Nepean, Shoalhaven and Woronora River Systems PREPARED BY Independent Expert Panel on Environmental Flows for the Hawkesbury Nepean, Shoalhaven and Woronora Catchments April 2004 Independent Expert Panel Members Mr Robert Wilson BA (Hons), FCPA, MACS; Independent Chair Dr David Barnes, Sinclair Knight Merz Pty. Ltd.; Bulk water and sewerage systems Dr.Keith Bishop, Freshwater Biology Consultant; Fish ecology Dr Tony Church, Sinclair Knight Merz Pty. Ltd.; Water quality Dr Ivor Growns, Department of Infrastructure, Planning and Natural Resources; Macroinvertebrate ecology Dr Eleni Taylor-Wood, Biosis Research Pty. Ltd.; In-stream and riparian vegetation Mr Ian Varley, SMEC Australia; Hydrology Dr Robin Warner, Environmental Geomorphologist; Geomorphology Dr Stuart White, Institute for Sustainable Futures; Resource economics and socio-economic assessment The Expert Panel acknowledges the support and expertise provided by associated advisers. Illustrations Conceptual model diagrams; Ros Dare, Sinclair Knight Merz Pty. Ltd Ecological processes (Plates 1 to 7); Robbie Charles Bishop-Taylor EXECUTIVE SUMMARY The New South Wales (NSW) Government established the Hawkesbury-Nepean Management Forum (Forum) to make recommendations on an environmental flow regime for the Hawkesbury-Nepean River that would incorporate the maintenance of or improvement in environmental, social and economic conditions. The establishment of the Forum arose out of the Council of Australian Governments’ Water Reform Framework of 1994 and the NSW Government’s Water Reforms of 1997. To assist the NSW government and the Forum, the NSW government appointed the Independent Expert Panel on Environmental Flows for the Hawkesbury-Nepean, Shoalhaven and Woronora Rivers (Panel). To guide the Forum’s work plan and the work of the Panel, environmental, socio-economic, and cultural objectives were established.
    [Show full text]
  • Hawkesbury-Nepean Valley Regional Flood Study
    INFRASTRUCTURE NSW HAWKESBURY-NEPEAN VALLEY REGIONAL FLOOD STUDY FINAL REPORT VOLUME 1 – MAIN REPORT JULY 2019 HAWKESBURY-NEPEAN VALLEY REGIONAL FLOOD STUDY Level 2, 160 Clarence Street FINAL REPORT Sydney, NSW, 2000 Tel: (02) 9299 2855 Fax: (02) 9262 6208 Email: [email protected] 26 JULY 2019 Web: www.wmawater.com.au Project Project Number Hawkesbury-Nepean Valley Regional Flood Study 113031-07 Client Client’s Representative Infrastructure NSW Sue Ribbons Authors Prepared by Mark Babister MER Monique Retallick Mikayla Ward Scott Podger Date Verified by 26 Jul 2019 MKB Revision Description Distribution Date 7 Final Report Public release Jul 2019 Final Draft Infrastructure NSW, local councils, Jan 2019 6 state agencies, utilities, ICA 5 Final Draft for Client Review Infrastructure NSW Oct 2018 Infrastructure NSW, local councils, 4 Final Draft for External Review state agencies, independent technical Sep 2018 review 3 Revised Draft Infrastructure NSW Jul 2018 2 Preliminary Draft Infrastructure NSW May 2018 1 Working Draft WMAwater Jul 2017 COPYRIGHT NOTICE Hawkesbury-Nepean Valley Regional Flood Study © State of New South Wales 2019 ISBN 978-0-6480367-0-8 Infrastructure NSW commissioned WMAwater Pty Ltd to develop this report in good faith, exercising all due care and attention. No representation is made about the accuracy, completeness or suitability of the information in this publication for any particular purpose. Infrastructure NSW shall not be liable for any damage which may occur to any person or organisation taking action or not on the basis of this publication. Readers should seek appropriate advice when applying the information to their specific needs.
    [Show full text]
  • 2. Environmental Context 23 Landforms at Plateau Level Vary Between Being Either Narrow Or Broad
    2 Environmental Context This chapter outlines the physical context of the Upper Nepean. The location and boundaries are delineated, and the topography, geology and vegetation are defined. The broader geographic and environmental context, in which the study area is situated, is also described. The four catchments are discussed individually. They each have different overall characteristics, which would have presented a different suite of opportunities and constraints to human occupation. It is assumed that the area is likely to have been used by Aboriginal people since the late Pleistocene through to the historic era. Accordingly, consideration is given to climatic variation and corresponding changes to the physical environment over that time. The weathering and site formation processes, which created and continue to form rock shelters, are described. These processes have considerable relevance to the nature of human occupation of shelters and to their potential to preserve the rock art they host. 2.1 Introduction The study area is located on the Woronora Plateau, situated between the Illawarra Escarpment and the watershed divide between the Nepean and Bargo rivers. The plateau is deeply dissected, and is drained by six major rivers: the Georges, Woronora, Cataract, Cordeaux, Avon and Nepean (Figure 2.1). The study area is defined on a catchment (the Upper Nepean) and land use basis (it is confined to the Metropolitan Special Area), and it occupies the southern extent of the Woronora Plateau. The Metropolitan Special Area measures c. 78,000 hectares and is managed jointly by the SCA and the NSW OEH. Public access has been restricted for a considerable time, and it is now a significant naturally vegetated and largely undeveloped area (Mills et al.
    [Show full text]
  • 2007 Audit of the Sydney Drinking Water Catchment
    Chapter 6 Ecosystem Health Key Points Indicator Status of Indicator 6.1 Ecosystem water quality The percentage of locations where water quality parameters exceeded ANZECC guideline values for aquatic ecosystem protection was higher in the 2007 Audit period than in the 2005 Audit period, for 7 out of the 12 parameters tested. The number of locations exceeding ANZECC water quality guidelines has increased for physical and toxicant parameters, and remained high for nutrient parameters compared to the 2005 Audit period. 6.2 Macroinvertebrates There are fewer sampled locations with ‘similar to reference’ ratings compared to the 2005 Audit period. Macroinvertebrate assemblages at 39 per cent of the sampled locations in the Catchment were found to be ‘significantly impaired’ and 2 per cent of all sampled locations had a ‘severely impaired’ rating. 6.3 Fish The invasion of introduced fish species is problematic throughout the Catchment and may indicate a moderate level of disturbance to native species, flows or riparian vegetation structure. The Wollondilly, Mulwaree and Jenolan Rivers may be in a disturbed condition. 6.4 Riparian vegetation Riparian zones outside the Special Areas are likely to be under variable pressure due to little to no standing vegetation cover, stock access, and the presence of exotic species. 6.5 Native vegetation Native vegetation covers approximately 50 per cent of the Catchment. Approved land clearances remained low during the 2007 Audit period. 82 Audit of the Sydney Drinking Water Catchment 2007 Healthy and intact natural ecosystems play a crucial role in maintaining water quality as they provide processes that help purify water, and mitigate the effects of drought and flood.
    [Show full text]
  • Upper Nepean State Conservation
    Communications Information Contact Information Service Channel Location and Comments Agency Position / Location Phone Locality of Reserve Bushfire Suppression UPPER NEPEAN z *RRGFRYHUDJHRQULGJHVSRRULQJXOOLHV 13:69+) z 13:6FKDQQHO 6655HJLRQDO'XW\2IILFHU KRXU P P z 5HSHDWHUORFDWHGDW+LJK5DQJH SK 75 E 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 E National Parks ,OODZDUUD$UHD2IILFH and Local Government Areas T T 13:6±&DUWRFDU z 2QO\JRRGXVLQJDGHVLJQDWHGFDUWRFDUFKDQQHO A E I R DUDL LAND AP P ID[ N M L D N A K LE T R R S L z &DQEHWUDQVSRUWHGWRDFFHVVLEOHULGJHWRSV & Wildlife Service IYNDPL M W R SELSHLPL S T E C E STATE CONSERVATION AREA G O O L C )LUH0DQDJHPHQW2IILFHU RT S L O R S T AL z (QDEOHVFRPPVEHWZHHQ13:6 5)6UDGLRV A T E T P R N BRONZ LE L A T D Y O E C S N N G C z 5HJLRQDO2SHUDWLRQV&RRUGLQDWRU WI G L E I 13:6 5HSHDWHUVVWRUHGDW5R\DO1DWLRQDO3DUNDQG1DWWDL A NG T T S I TA R T W H A U BROOKS POINT E AV K P I L PRELOHFURVVEDQGUHSHDWHU $UHD2IILFH3LFWRQ P BRO E N C P Fire Management Strategy (Mapsheet 1 of 3) ,QFLGHQW&RQWURO KRXU RU N ON NZ F TC DE E INT L THIRLMERE MAP LEGEND WIN C I S E L PA z &RQWDFW13:6)LUH0DQDJHPHQWRU5HJLRQDO'XW\ N G ST D RK D R L D Sydney Catchment Authority 6RXWK(DVW&DWFKPHQW2IILFH M ET S E 10 R S H 10 2IILFHUIRUUHOHDVHRIUHSHDWHURQ SK ID[ R R WOLLONDILLY T DE E E S &DPSEHOOWRZQ Dharawal SCA G I NAT F L S z 6&$FKDQQHO DOORZV13:6 6&$VWDIIWR T N T AI S P L 13:6 APPIN T A L PICTON 13:6(VWDWH O FRPPXQLFDWHEHWZHHQHDFKRWKHU QRWIRUSXEOLFXVHILUHOLQH NATTAI R R Wollondilly 'XW\2IILFHU +RXUV 9029-1S R z 9HU\JRRGFRYHUDJH
    [Show full text]
  • Estuarine Environments of the Southern Hemisphere
    J ( 2 2 0CTl984 4, , I.fl R 6''i:l ESTUARINE ENVIRONMENTS OF THE SOUTHERN HEMISPHERE Bulletin 161 March 1984 Department of Conservation and Environment Perth, Western Australia ESTUARINE ENVIRONMENTS OF THE SOUTHERN HEMISPHERE Papers presented at a Symposium: Man's Impact on the Estuarine Environment held at the 53rd Congress of the Australian and New Zealand Association for the Advancement of Science in conjunction with the Australian Marine Sciences Association. Perth, May 1983. Compiled by E.P. Hodgkin Bulletin No. 161 March 1984 Department of Conservation and Environment Western Australia. ISSN 0156-2983 ISBN 0 7244 6850 1 CONTENTS Page Introduction E P Hodgkin 1 The South African Coastline, its Estuaries and Man's Impact Upon Them A E F Heydorn 5 Holocene Sedimentation Histories of Estuaries in South-Eastern Australia PS Roy 23 Aspects of the Geomorphology of South Western Australian Estuaries PA Hesp 61 The Changing Aquatic Environment 7000 BP to 1983 in the Estuaries of South Western E P Hodgkin & Australia G W Kendrick 85 Plant Biomass and Productivity in South­ Western Australian Estuaries A J McComb 97 Australian Estuaries and their Dependent Biota as seen from the East Coast R J MacIntyre 113 Life History Strategies of Fish in Some Temperate Australian Estuaries RC J Lenanton 119 Summing Up A E F Heydorn 139 INTRODUCTION Ernest P Hodgkin Department of Conservation and Environment Western Australia The papers included in this Bulletin were presented at a Symposium entitled"Man's impact on the estuarine environment." They dealt more with aspects of the environment as they affect management than with the observed effects of man's activities on estuaries, hence the change in title to "Estuarine environments of the southern hemisphere", a title which more accurately indicates the contents of this volum.e.
    [Show full text]
  • NSW Coal Affected Communities
    NNSSWW CCooaall AAffffeecctteedd CCoommmmuunniittiieess * The Hunter Valley’s vast open cut coalmines have left the valley floor resembling a lunar landscape. An overview of communities affected by coal issues, as presented at the Greens NSW Coal Issues Forum held at Parliament House, April 2005. This report was compiled for use by people who are campaigning on behalf of coal affected communities. Much of the information and images in this report have been provided by the community groups that feature in the report. This report cannot be reproduced in part or full for any other purpose without the express consent of the author. Prepared by: Office of Greens MLC Lee Rhiannon Parliament House Macquarie Street Sydney 2000 ph. (02) 9230 3551 [email protected] www.leerhiannon.org.au ! Lee Rhiannon MLC, 2005 - 2 - Contents GLOSSARY .....................................................................................................4 OVERVIEW......................................................................................................6 The big picture..............................................................................................7 At the coalface..............................................................................................8 COAL AFFECTED COMMUNITIES ..............................................................10 Hunter Coalfields......................................................................................11 Hunter Minewatch ...................................................................................13
    [Show full text]
  • NSW Heads of Water Roch Cheroux, Managing Director
    Focus of the forum How are agencies working together to provide a secure water supply for the growing Wollondilly region? 27/04/2020 Commercial in Confidence 2 Agenda 1. Welcome by Mayor 2. Introduction by Council CEO 3. Housekeeping and facilitation 4. Presentations 5. Panel discussion 6. Closing statements from panel Presenters Panel discussion Department of Planning, Industry and Environment’s Wollondilly Shire Council • Adrian Hohenzollern, Director Western • Ben Taylor, CEO Department of Planning, Industry and Environment’s WaterNSW • Adrian Hohenzollern, Director Western • Andrew Fraser, Manager Asset Strategy WaterNSW • Andrew Fraser, Manager Asset Strategy Sydney Water • Paul Higham, Head of Strategy and Corporate Social Sydney Water Responsibility • Paul Higham, Head of Strategy and Corporate Social • Kate Miles, Head of Systems and Asset Planning Responsibility • Chris Gantt, Head of City Growth and Development • Kate Miles, Head of Systems and Asset Planning • Chris Gantt, Head of City Growth and Development How agencies and industry work together The Department of Planning, Industry and Environment (DPIE) is responsible for developing strategic plans which integrate land use and infrastructure planning. It also delivers planning and infrastructure programs for housing and jobs both in new land release areas and urban renewal precincts. This includes developing zoning and development controls through Local Environmental Plans (LEPs) to guide planning decisions locally. DPIE’s Water Group leads and coordinates metropolitan water planning for Greater Sydney. They are not represented at the symposium as they are currently finalising the Draft Greater Sydney Water Strategy for public consultation. WaterNSW manages the dams that collect rainwater run-off from river catchments to the south and west of Sydney.
    [Show full text]
  • Connors Creek Near Barraba Bayswater Ash Pikes Gully Near Jerry’S Piains Bayswater Brine Decant Unnamed Watercourse Near Muswellbrook 2 1992—No
    1992—No. 373 DAMS SAFETY ACT 1948—PROCLAMATION NEW SOUTH WALES [Published in Gazette No. 89 of I7 July I992] (L.S.) P. R. SINCLAIR, Governor. I, Rear Admiral PETER ROSS SINCLAIR, Governor of the State of New South Wales, with the advice of the Executive Council, and in pursuance of section 27 (2) of the Dams Safety Act 1978, do, by this my Proclamation, amend the Act by omitting Schedule 1 and by inserting instead the Schedule set out hereunder. Signed and Sealed at Sydney, this 4th day of March 1991. By His Excellency’s Command, I. R. CAUSLEY Minister for Natural Resources. GOD SAVE THE QUEEN! SCHEDULE 1—PRESCRIBED DAMS (Secs. 4 (1), 27) Column 1 Column 2 Name of Darn Location of Dam Avon Avon River near Bargo Bamarang Off-stream storage near Nowra Bargo Weir Bargo River near Bargo Barraba Connors Creek near Barraba Bayswater Ash Pikes Gully near Jerry’s PIains Bayswater Brine Decant Unnamed watercourse near Muswellbrook 2 1992—No. 373 SCHEDULE 1—PRESCRIBED DAMS—continued Column 1 Column 2 Name of Dam Location of Dam Bayswater Brine Holding Unnamed watercourse near Muswellbrook Bayswater Cooling Make Unnamed watercourse near Bayswater Up Beardy Waters Beardy Waters near Glen Innes Beargamil Beargamil Creek near Parkes Ben Boyd Bff-stream storage near Eden Bendeela Pondage Off-stream storage near Nowra Bethungra Wandalybengle Creek near Bethungra Blackbutt Reserve Unnamed watercourse at Shellharbour Blowering Tumut River near Tumut Bogolong Bogolong Creek near Grenfell Bonalbo Off-stream storage at Bonalbo Bootawa Off-stream storage near Taree Borenore Creek Borenore Creek near Molong Brennan’s Creek Brennan’s Creek near Appin Brogo Brogo River near Bega Brokers Road Retarding Cabbage Tree Creek at Wollongong Basin Brooklyn Retarding Basin Unnamed watercourse near Brooklyn Broombee Saumarez Creek near Armidale Browns Creek Tailings Cowriga Creek near Blayney No.
    [Show full text]