Protecting the Natural Treasures of the Australian Alps
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Hill Landscape Evolution of Far Western New South Wales
REGOLITH AND LANDSCAPE EVOLUTION OF FAR WESTERN NEW SOUTH WALES S.M. Hill CRC LEME, Department of Geology and Geophysics, University of Adelaide, SA, 5005 INTRODUCTION linked with a period of deep weathering and an erosional and sedimentary hiatus (Idnurm and Senior, 1978), or alternatively The western New South Wales landscape contains many of the denudation and sedimentation outside of the region I areas such as elements that have been important to the study of Australian the Ceduna Depocentre (O’Sullivan et al., 1998). Sedimentary landscapes including ancient, indurated and weathered landscape basin development resumed in the Cainozoic with the formation remnants, as well as young and dynamic, erosive and sedimentary of the Lake Eyre Basin in the north (Callen et al., 1995) and the landforms. It includes a complex landscape history closely related Murray Basin in the south (Brown and Stephenson, 1991; Rogers to the weathering, sedimentation and denudation histories of et al., 1995). Mesozoic sediments in the area of the Bancannia major Mesozoic and Cainozoic sedimentary basins and their Basin (Trough) have been traditionally considered as part of the hinterlands, as well as the impacts of climate change, eustacy, Eromanga Basin, which may have been joined to the Berri Basin tectonics, and anthropogenic activities. All this has taken place through this area. Cainozoic sediments in the Bancannia Basin across a vast array of bedrock types, including regolith-dominated have been previously described within the framework of the Lake areas extremely prospective for mineral exploration. Eyre Basin (Neef et al., 1995; Gibson, this volume), but probably PHYSICAL SETTINGS warrant a separate framework. -
The Australian Alps National Parks
The National Heritage List recognises and protects our most valued The Australian Alps natural, Indigenous and historic heritage sites. It reflects the story of our development, from our original inhabitants to the present day, Stuart Cohen Stuart Cohen Australia’s spirit and ingenuity, and our unique, living landscapes. Each place in the List has been assessed by the Australian Heritage Council as having outstanding heritage value to the nation, and is protected under the Environment Protection and Biodiversity Conservation Act 1999. This means that approval must be obtained Australian Alps national parks Parks Victoria before taking any action that may have a significant impact on the www.australianalps.environment.gov.au 131963 national heritage values of the place. In this way, we can retain our heritage for future generations. To ensure ongoing protection, each listed place should have a management plan outlining how the heritage values of the site will be conserved and interpreted. New South Wales National Parks ACT Parks Conservation The National Heritage List enables all Australians to value, protect, and Wildlife Service and Lands and celebrate our unique heritage. 1300 361 967 02 6207 5111 For further information visit www.heritage.gov.au www.heritage.gov.au Cover image: Australian Scenics our pastoral and pioneering history. Linked to this is Banjo Paterson’s ballad The Man from Snowy River, an epic legend of horsemanship. • The Alps is the major area in Australia for broad-scale snow recreation. Snow sports began in the 1860s and activities expanded Dr Linda Broome photos Fairfax Australian Scenics Juliet Ramsay during the 20th century. -
Review Section
CSIRO PUBLISHING www.publish.csiro.au/journals/hras Historical Records of Australian Science, 2004, 15, 121–138 Review Section Compiled by Libby Robin Centre for Resource and Environmental Studies (CRES), Australian National University, Canberra, ACT, 0200, Australia. Email: [email protected] Tom Frame and Don Faulkner: Stromlo: loss of what he described as a ‘national an Australian observatory. Allen & Unwin: icon’. Sydney, 2003. xix + 363 pp., illus., ISBN 1 Institutional histories are often suffused 86508 659 2 (PB), $35. with a sense of inevitability. Looking back from the security of a firmly grounded present, the road seems straight and well marked. The journey that is reconstructed is one where the end point is always known, where uncertainties and diversions are forgotten — a journey that lands neatly on the institution’s front doorstep. Institu- tional histories are often burdened, too, by the expectation that they will not merely tell a story, but provide a record of achieve- ment. Written for the institution’s staff, as well as broader public, they can become bogged down in the details of personnel and projects. In this case, the fires of January 2003 add an unexpected final act Few institutional histories could boast such to what is a fairly traditional story of a dramatic conclusion as Stromlo: an Aus- growth and success. The force of nature tralian observatory. The manuscript was intervenes to remind us of the limits of substantially complete when a savage fire- inevitability, to fashion from the end point storm swept through the pine plantations another beginning. flanking Mount Stromlo, destroying all the The book is roughly divided into halves. -
The-Potential-Use-For-Groundwater
i Professor Peter Cook 84 Richmond Avenue Colonel Light Gardens SA 5041 [email protected] Professor Derek Eamus School of Life Sciences University of Technology Sydney PO Box 123 Sydney NSW 2007 [email protected] Cover Photo: Open woodland vegetation in the Ti Tree Basin. ii Table of Contents Executive Summary .................................................................................................................... v 1. INTRODUCTION ................................................................................................................... 9 2. METHODOLOGIES TO INFER GROUNDWATER USE .......................................................... 11 2.1 Direct Measurements of Rooting Depth 11 2.2 Soil Water Potentials 12 2.3 Leaf and Soil Water Potentials 13 2.4 Stable Isotopes 2H and 18O 14 2.5 Depth of Water Use and Groundwater Access 16 2.6 Green Islands 17 2.7 Transpiration Rates 19 2.8 Tree Rings 20 2.9 Dendrometry 22 2.10 13C of Sapwood 22 3. GROUNDWATER AND VEGETATION IN THE TI TREE BASIN .............................................. 24 3.1 Geography and Climate 24 3.2 Groundwater Resources 27 3.3 Vegetation Across the Ti Tree Basin 29 4. TI TREE BASIN GDE STUDIES ............................................................................................. 32 4.1 Transpiration and Evapotranspiration Rates 32 4.2 Soil Water Potentials 35 4.3 Leaf Water Potentials 38 4.4 Stable Isotopes 43 4.5 Sapwood 13C and Leaf Vein Density 44 5. OTHER ARID ZONE STUDIES ............................................................................................. -
Namadgi National Park Plan of Management 2010
PLAN OF MANAGEMENT 2010 Namadgi National Park Namadgi National NAMADGI NATIONAL PARK PLAN OF MANAGEMENT 2010 NAMADGI NATIONAL PARK PLAN OF MANAGEMENT 2010 NAMADGI NATIONAL PARK PLAN OF MANAGEMENT 2010 © Australian Capital Territory, Canberra 2010 ISBN 978-0-642-60526-9 Conservation Series: ISSN 1036-0441: 22 This work is copyright. Apart from any use as permitted under the Copyright Act 1968, no part may be reproduced without the written permission of Land Management and Planning Division, Department of Territory and Municipal Services, GPO Box 158, Canberra ACT 2601. Disclaimer: Any representation, statement, opinion, advice, information or data expressed or implied in this publication is made in good faith but on the basis that the ACT Government, its agents and employees are not liable (whether by reason or negligence, lack of care or otherwise) to any person for any damage or loss whatsoever which has occurred or may occur in relation to that person taking or not taking (as the case may be) action in respect of any representation, statement, advice, information or date referred to above. Published by Land Management and Planning Division (10/0386) Department of Territory and Municipal Services Enquiries: Phone Canberra Connect on 13 22 81 Website: www.tams.act.gov.au Design: Big Island Graphics, Canberra Printed on recycled paper CONTENTS NAMADGI NATIONAL PARK PLAN OF MANAGEMENT 2010 Contents Acknowledgments ............................................................................................................................... -
Examining the Acacia Boormanii Complex (Fabaceae: Mimosoideae); Recognition of a New Subspecies
Muelleria 37: 23–32 Published online in advance of the print edition, 28 June 2018 Examining the Acacia boormanii complex (Fabaceae: Mimosoideae); recognition of a new subspecies Kelsey J. Tucker1, Daniel J. Murphy2, Neville Walsh2,3 1 Department of Environment, Land, Water and Planning, 1–7 Taylor St, Epsom, Victoria 3551 2 Royal Botanic Gardens Victoria, Melbourne, Victoria 3004 3 Corresponding author: [email protected] Introduction Abstract The iconic genus Acacia Mill. (Leguminosae: Mimosoideae) is the largest A morphometric analysis of specimens angiosperm genus in Australia, consisting of over 1000 species (Miller determined as Acacia boormanii Maiden and A. infecunda Molyneux et al. 2011, Maslin 2015). Acacia boormanii Maiden (syn. A. hunteriana & Forrester supported a distinctive N.A.Wakef.) was described as a species of scattered and restricted population centred on Mt Typo occurrence in south-eastern Australia (Maiden 1916). As currently in north-eastern Victoria, which understood, its natural range extends from south of Thredbo Village, is described here as A. boormanii New South Wales (NSW), to near Buchan, Victoria, mostly south of the subsp. gibba K.J.Tucker subsp. nov. The characters that best separate Great Dividing Range, with isolated occurrences near Cooma, NSW, the new subspecies are the phyllode and Myrtleford, Victoria (Maslin 2001). It is common in cultivation and width, the indentation of the phyllode has become naturalised in a few areas outside its natural range (e.g. margins at the gland, and the shape http://avh.ala.org.au/occurrences/search?taxa=acacia+boormanii#tab_ of the phyllode apex. Neither Acacia mapView). -
The Canberra Firestorm
® HJ[ Jvyvulyz Jv|y{ 977= [opz ~vyr pz jvwÅypno{5 Hwhy{ myvt huÅ |zl hz wlytp{{lk |ukly {ol JvwÅypno{ Hj{ 8@=?3 uv why{ thÅ il ylwyvk|jlk iÅ huÅ wyvjlzz ~p{ov|{ ~yp{{lu wlytpzzpvu myvt {ol [lyyp{vyÅ Yljvykz Vmmpjl3 Jvtt|up{Å huk Pumyhz{y|j{|yl Zly}pjlz3 [lyyp{vyÅ huk T|upjpwhs Zly}pjlz3 HJ[ Nv}lyutlu{3 NWV IvÄ 8<?3 Jhuilyyh Jp{Å HJ[ 9=785 PZIU 7˛@?7:979˛8˛= Pux|pyplz hiv|{ {opz w|ispjh{pvu zov|sk il kpylj{lk {vA HJ[ Thnpz{yh{lz Jv|y{ NWV IvÄ :>7 Ruv~slz Wshjl JHUILYYH HJ[ 9=78 79 =98> ;9:8 jv|y{tj{jvyvulyzGhj{5nv}5h| ~~~5jv|y{z5hj{5nv}5h| Lkp{lk iÅ Joypz Wpypl jvtwyloluzp}l lkp{vyphs zly}pjlz Jv}ly klzpnu iÅ Q|spl Ohtps{vu3 Tpyyhivvrh Thyrl{pun - Klzpnu Kvj|tlu{ klzpnu huk shÅv|{ iÅ Kliipl Wopsspwz3 KW Ws|z Wypu{lk iÅ Uh{pvuhs Jhwp{hs Wypu{pun3 Jhuilyyh JK k|wspjh{pvu iÅ Wshzwylzz W{Å S{k3 Jhuilyyh AUSTRALIAN CAPITAL TERRITORY OFFICE OF THE CORONER 19 December 2006 Mr Simon Corbell MLA Attorney-General Legislative Assembly of the ACT Civic Square London Circuit CANBERRA ACT 2601 Dear Attorney-General In accordance with s. 57 of the ACT Coroners Act 1997, I report to you on the inquests into the deaths of Mrs Dorothy McGrath, Mrs Alison Tener, Mr Peter Brooke and Mr Douglas Fraser and on my inquiry into the fires in the Australian Capital Territory between 8 and 18 January 2003. -
10 Seed Release and Dispersal Mechanisms
10 Seed Release and Dispersal Mechanisms For seedling recruitment to occur seeds need to be dispersed into an environment that promotes germination and seedling survival. Dispersal consists of two phases. Primary dispersal is defined as the initial transport of seeds or seed-bearing fruits (collectively seeds and fruits are called diaspores) to the ground or water body, or for aerial parasites, a host branch. Secondary dispersal relates to any subsequent movement to the seed’s final resting place. Primary dispersal may be active (e.g. seeds released explosively from the fruit, e.g. dehiscence (opening) of Hardenbergia pods), passive (e.g. seeds fall out when the capsules of Eucalyptus open), or require a vector to aid in seed removal (e.g. wind uplift of winged seeds of Hakea or winged fruits of Nuytsia; Amyema berries consumed by mistletoe birds). Secondary dispersal involves either a biotic (e.g. ants) or environmental (e.g. wind, water) vector, and it is usually a different mechanism than that involved in primary dispersal. While primary dispersal is usually only for a few metres, secondary dispersal may cover several kilometres, and sometimes thousands for tiny seeds. This chapter covers some of the dispersal mechanisms exhibited by the SouthWest flora following their release. Terminology used to describe seed dispersal mechanisms is provided in Table 10.1. Table 10.1: Seed dispersal terminology. Term Definition Anemochory Wind dispersed Chamaechory Dispersal by rolling along the ground (wind assisted) Zoochory Animal dispersed (general) Myrmecochory Ant dispersed Ornithochory Bird dispersed Mammalochory Mammal dispersed Hydrochory Water dispersed Barochory Unassisted (gravity causes seeds to drop to the ground) Autochory Dispersal assisted by the actions of the parent plant (e.g. -
REVOLUTIONISING Inland Fish Production and Stocking in Victoria “WE GROW YOUR FISH”
REVOLUTIONISING Inland Fish Production and Stocking in Victoria “WE GROW YOUR FISH” Prepared by the Snobs Creek Advisory Board Introduction The Victorian Fisheries Authority (VFA) has a long and successful history of growing and stocking fish to recover threatened species, build fish populations and create fantastic recreational fishing opportunities in Victoria. Most of our waterways are heavily modified and no longer consistently provide conditions that support natural breeding for fish. Therefore, fish stocking is an essential and powerful tool for maintaining fish populations and good fishing, alongside river restoration activities including habitat rehabilitation and environmental flows. In Victoria over 200 waters are stocked annually with twelve different fish species. These include both native threatened fish such as Murray cod, golden perch, trout cod, Macquarie perch, silver perch, catfish, Australian bass, and estuary perch, and popular introduced recreational fish species such as brown trout, rainbow trout, chinook salmon, brook trout. Current fish stocking in Victoria ¡[ Mixed Mildura ¡[ ¡[ ¡[ Mixed Mildura¡[ Family Fishing Waters ¡[ ¡[ ¡[ Family Fishing Waters ¡[ Estuarine ¡[ Estuarine ¡[ ¡[ Native ¡[ Mixed ¡[ Native MilduraSwan Hill ¡[ Salmonid ¡[ ¡[ ¡[ ¡[Swan HillFamily Fishing Waters ¡[ Salmonid ¡[¡[ ¡[ ¡[Kerang ¡[ ¡[¡[¡[ Estuarine ¡[ ¡[ ¡[¡[ ¡[ ¡[Kerang ¡[ ¡[ [ ¡[ ¡[ ¡[ ¡[ ¡[¡ [¡[Wodonga¡[ ¡[¡[ Native¡[ ¡[ ¡[ ¡[ ¡[¡[ ¡[ ¡[¡[ ¡[ ¡[ ¡[ ¡[ ¡[ ¡[ ¡[ ¡[ ¡[¡[ Wodonga ¡[ ¡[ ¡[ ¡[ ¡[ ¡[[Shepparton ¡[ ¡[ ¡[¡[ ¡[ ¡[ ¡[ ¡[ ¡[ ¡[¡[ -
ACT, Australian Capital Territory
Biodiversity Summary for NRM Regions Species List What is the summary for and where does it come from? This list has been produced by the Department of Sustainability, Environment, Water, Population and Communities (SEWPC) for the Natural Resource Management Spatial Information System. The list was produced using the AustralianAustralian Natural Natural Heritage Heritage Assessment Assessment Tool Tool (ANHAT), which analyses data from a range of plant and animal surveys and collections from across Australia to automatically generate a report for each NRM region. Data sources (Appendix 2) include national and state herbaria, museums, state governments, CSIRO, Birds Australia and a range of surveys conducted by or for DEWHA. For each family of plant and animal covered by ANHAT (Appendix 1), this document gives the number of species in the country and how many of them are found in the region. It also identifies species listed as Vulnerable, Critically Endangered, Endangered or Conservation Dependent under the EPBC Act. A biodiversity summary for this region is also available. For more information please see: www.environment.gov.au/heritage/anhat/index.html Limitations • ANHAT currently contains information on the distribution of over 30,000 Australian taxa. This includes all mammals, birds, reptiles, frogs and fish, 137 families of vascular plants (over 15,000 species) and a range of invertebrate groups. Groups notnot yet yet covered covered in inANHAT ANHAT are notnot included included in in the the list. list. • The data used come from authoritative sources, but they are not perfect. All species names have been confirmed as valid species names, but it is not possible to confirm all species locations. -
Your Complete Guide to Broken Hill and The
YOUR COMPLETE GUIDE TO DESTINATION BROKEN HILL Mundi Mundi Plains Broken Hill 2 City Map 4–7 Getting There and Around 8 HistoriC Lustre 10 Explore & Discover 14 Take a Walk... 20 Arts & Culture 28 Eat & Drink 36 Silverton Places to Stay 42 Shopping 48 Silverton prospects 50 Corner Country 54 The Outback & National Parks 58 Touring RoutEs 66 Regional Map 80 Broken Hill is on Australian Living Desert State Park Central Standard Time so make Line of Lode Miners Memorial sure you adjust your clocks to suit. « Have a safe and happy journey! Your feedback about this guide is encouraged. Every endeavour has been made to ensure that the details appearing in this publication are correct at the time of printing, but we can accept no responsibility for inaccuracies. Photography has been provided by Broken Hill City Council, Destination NSW, NSW National Parks & Wildlife Service, Simon Bayliss, The Nomad Company, Silverton Photography Gallery and other contributors. This visitor guide has been designed by Gang Gang Graphics and produced by Pace Advertising Pty. Ltd. ABN 44 005 361 768 Tel 03 5273 4777 W pace.com.au E [email protected] Copyright 2020 Destination Broken Hill. 1 Looking out from the Line Declared Australia’s first heritage-listed of Lode Miners Memorial city in 2015, its physical and natural charm is compelling, but you’ll soon discover what the locals have always known – that Broken Hill’s greatest asset is its people. Its isolation in a breathtakingly spectacular, rugged and harsh terrain means people who live here are resilient and have a robust sense of community – they embrace life, are self-sufficient and make things happen, but Broken Hill’s unique they’ve always got time for each other and if you’re from Welcome to out of town, it doesn’t take long to be embraced in the blend of Aboriginal and city’s characteristic old-world hospitality. -
Protecting Eastern Freshwater Cod –Aguide of Food Andshelter
Protecting Eastern Freshwater Cod – a guide for fishers and land managers Eastern Freshwater Cod (also known as Clarence River Cod) is a threatened species under NSW and Commonwealth law. Eastern Freshwater Cod can weigh up to 41 kg but are more commonly less than 5 kg and 660 mm. These large, predatory freshwater fish are native to the Clarence and Richmond Rivers in north-eastern New South Wales. Populations of Eastern Freshwater Cod collapsed in the 1920s and 1930s and continued to decline until the 1980s, when the species was protected. Although once prolific, remnant (non-stocked) populations are now only found in parts of the Clarence River and its tributaries. No remnant populations are known to remain in the Richmond River system, however, stocked populations persist in some local tributaries. Reasons for the decline of Eastern Freshwater Cod include habitat loss and degradation, impacts from introduced Photo by Brett Vercoe species and illegal fishing. EASTERN FRESHWATER COD HABITATS STOCKING Eastern Freshwater Cod are typically found in clear, flowing streams with rocky substrate and large A stocking program for Eastern Freshwater Cod involving amounts of in-stream cover. They are generally found a commercial hatchery commenced in the 1990s and in areas that have boulders or large woody debris. Such ceased in 2003. The stocking took place at various areas provide complex habitats for each stage of the locations throughout the Clarence and Richmond River species life cycle and influence and quality and quantity systems. NSW DPI undertakes regular monitoring of of food and shelter. Eastern Freshwater Cod populations to assess the long- term effectiveness of the stocking program.