Trout Waters Recreational Fishing Guide (Northern)
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Monograph of the Family Atherospermataceae R.Br
ar. UOT{OGR.APH OF gTB MR.Br. by RIGIIARD SCHODDE, B.Sc.(Uæs, ) vol¡¡oe II INDICES and. ILLT¡SIRÁTIoI{S - SIIBMIT]ED FOR SIIE DEGEffi OF DOCTOR OT'PHII¡SOHtr îO 1TIE IJNilTER.9IIY OF ADEÏATDE BdMT{T DXPARTMÐÍI tÁARCrr 1969 a SASTE OF COI\ITM{TS Vo}¡ne IÏ I. INDEX TO H¡RB¡.RIUM COT'T'ECTIOI\ìS 5W II. INDEX TO WOOD COI'T,ECTIONS 5Bo III. INDEX r0 PoLûEN c0Tf,r:cTI0I{S 583 fr/. INEEX TO IJMRAfi]RE REflERENctsS 585 vo T}IDEX TO SCIENTTFIC T{¿MES 6w v:f. ITIIJSTA.NTIONS Figures 1-58 Maps 1-10 5+7 I INDEX TO HERBARIUM COT,T,T:CTTONS (Collections v¡ithout j¡rd-ication of provenance or from cu1- tivation aro not includ.ed.. Ror.¡nd. brackets i¡rd.icate tho d.ate of coflection v¡here a colloctorts mmber is not given' and- braokets on the co]l-ectÌon label. Square brackets j¡d.icate d-ata not present or occurrirrg ilconsistently on herbarium collections, ) Àthero sDerma moschattun l"abi]l" subs'p. j:rtegrj-foliÌ¡ì1 (À.Cr:nn.ex Tu1' )Scnoaae Botche (x.18!l): NS\T: fentworth Faflsr Boornan (iii.f9f5): NST: Blact<heath. :: Boornan (xii.1915):- NSr-rl: Barrington Tops" constabl_e (f7.i.r95O): I{SvT: Blackheath. constable 27.i.:1¡90+): lüS$: tr'erLoral Falls, Lavrson. -A. C'nni¡reha¡n iI82+" þv,t826): K[x 2], SING: Bluo Mou¡rtains. Deane (ii.faae ): IÆì1,: Katoomba. Duff JlE: [El': Iøchlan d'istrict' Iary (ZO.iv.I95l): NSI{: Gunini, Upper Maru:ing river' - O'D'E' l.- Evans,l I92O: C.ANB: Mi¡nehaha Falls, Katomba. -
Gauging Station Index
Site Details Flow/Volume Height/Elevation NSW River Basins: Gauging Station Details Other No. of Area Data Data Site ID Sitename Cat Commence Ceased Status Owner Lat Long Datum Start Date End Date Start Date End Date Data Gaugings (km2) (Years) (Years) 1102001 Homestead Creek at Fowlers Gap C 7/08/1972 31/05/2003 Closed DWR 19.9 -31.0848 141.6974 GDA94 07/08/1972 16/12/1995 23.4 01/01/1972 01/01/1996 24 Rn 1102002 Frieslich Creek at Frieslich Dam C 21/10/1976 31/05/2003 Closed DWR 8 -31.0660 141.6690 GDA94 19/03/1977 31/05/2003 26.2 01/01/1977 01/01/2004 27 Rn 1102003 Fowlers Creek at Fowlers Gap C 13/05/1980 31/05/2003 Closed DWR 384 -31.0856 141.7131 GDA94 28/02/1992 07/12/1992 0.8 01/05/1980 01/01/1993 12.7 Basin 201: Tweed River Basin 201001 Oxley River at Eungella A 21/05/1947 Open DWR 213 -28.3537 153.2931 GDA94 03/03/1957 08/11/2010 53.7 30/12/1899 08/11/2010 110.9 Rn 388 201002 Rous River at Boat Harbour No.1 C 27/05/1947 31/07/1957 Closed DWR 124 -28.3151 153.3511 GDA94 01/05/1947 01/04/1957 9.9 48 201003 Tweed River at Braeside C 20/08/1951 31/12/1968 Closed DWR 298 -28.3960 153.3369 GDA94 01/08/1951 01/01/1969 17.4 126 201004 Tweed River at Kunghur C 14/05/1954 2/06/1982 Closed DWR 49 -28.4702 153.2547 GDA94 01/08/1954 01/07/1982 27.9 196 201005 Rous River at Boat Harbour No.3 A 3/04/1957 Open DWR 111 -28.3096 153.3360 GDA94 03/04/1957 08/11/2010 53.6 01/01/1957 01/01/2010 53 261 201006 Oxley River at Tyalgum C 5/05/1969 12/08/1982 Closed DWR 153 -28.3526 153.2245 GDA94 01/06/1969 01/09/1982 13.3 108 201007 Hopping Dick Creek -
Chapter 1: General Introduction
Chapter 1: General introduction Chapter 1: General Introduction 1.1 Introduction The biogeochemical cycling of key elements within ecosystems is comprised of a complex array of abiotic and biotic processes. The stoichiometry or the mass-balance of elements is a measure of their total mass present within an ecosystem. Ecological stoichiometry theory recognizes that the ratio of ecosystem elements controls the rates of the biotic ecological processes which recycle these elements (Sterner & Elser 2002, Cross et al. 2005). However, the rates at which these ecological processes occur can also be influenced by many other abiotic parameters and processes. At the basal level of aquatic systems, autotrophic and heterotrophic communities are responsible for some of the main biotic processes that control the cycling of the key ecosystem elements, carbon (C), nitrogen (N) and phosphorus (P) (Sterner & Elser 2002, Cross et al. 2005). Photosynthesis is the dominant process that produces carbon, while autotrophic respiration or the heterotrophic decomposition of organic matter are the main pathways for carbon utilisation in aquatic systems. As both of these processes require N and P, the concentrations at which they are available to consumers will control the rate at which these elements are retained and recycled within the system (Sterner & Elser 2002, Cross et al. 2005). In lotic systems, the cycling of key elements is also controlled through abiotic ecosystem processes and their interaction with biotic processes (Brookes et al. 2005). The main abiotic factors that can affect the biotic process of autotrophic production in streams are light (Bunn et al. 1999, Bott et al. 2006), substrate (Cardinale et al. -
No. XIII. an Act to Provide More Effectually for the Representation of the People in the Legis Lative Assembly
No. XIII. An Act to provide more effectually for the Representation of the people in the Legis lative Assembly. [12th July, 1880.] HEREAS it is expedient to make better provision for the W Representation of the People in the Legislative Assembly and to amend and consolidate the Law regulating Elections to the Legisla tive Assembly Be it therefore enacted by the Queen's Most Excellent Majesty by and with the advice and consent of the Legislative Council and Legislative Assembly of New South Wales in Parliament assembled and by the authority of the same as follows :— Preliminary. 1. In this Act the following words in inverted commas shall have the meanings set against them respectively unless inconsistent with or repugnant to the context— " Governor"—The Governor with the advice of the Executive Council. "Assembly"—The Legislative Assembly of New South Wales. " Speaker"—The Speaker of the Assembly for the time being. " Member"—Member of the Assembly. "Election"—The Election of any Member or Members of the Assembly. " Roll"—The Roll of Electors entitled to vote at the election of any Member of the Assembly as compiled revised and perfected under the provisions of this Act. "List"—-Any List of Electors so compiled but not revised or perfected as aforesaid. " Collector"—Any duly appointed Collector of Electoral Lists. "Natural-born subject"—Every person born in Her Majesty's dominions as well as the son of a father or mother so born. " Naturalized subject"—Every person made or hereafter to be made a denizen or who has been or shall hereafter be naturalized in this Colony in accordance with the Denization or Naturalization laws in force for the time being. -
Orocline-Driven Transtensional Basins: Insights from the Lower Permian Manning Basin
PUBLICATIONS Tectonics RESEARCH ARTICLE Orocline-driven transtensional basins: Insights 10.1002/2015TC004021 from the Lower Permian Manning Key Points: Basin (eastern Australia) • Structures in the Manning Basin confirm the existence of the Llyam White1, Gideon Rosenbaum1, Charlotte M. Allen2, and Uri Shaanan1 Manning Orocline • The Manning Basin is an Early 1School of Earth Sciences, University of Queensland, Brisbane, Queensland, Australia, 2Institute for Future Environments, Permian sinistral transtensional pull-apart basin Queensland University of Technology, Brisbane, Queensland, Australia • Spatiotemporal relationships link basin formation to oroclinal bending Abstract The New England Orogen in eastern Australia exhibits an oroclinal structure, but its geometry and geodynamic evolution are controversial. Here we present new data from the southernmost part of the Supporting Information: • Supporting Information S1 oroclinal structure, the Manning Orocline, which supposedly developed in the Early Permian, contemporaneously and/or shortly after the deposition of the Lower Permian Manning Basin. New U-Pb detrital zircon data provide Correspondence to: a maximum depositional age of ~288 Ma. Structural evidence from rocks of the Manning Basin indicates that L. White, both bedding and preoroclinal fold axial planes are approximately oriented parallel to the trace of the Manning [email protected] Orocline. Brittle deformation was dominated by sinistral strike-slip faulting, particularly along a major fault zone (Peel-Manning Fault System), which is marked by the occurrence of a serpentinitic mélange, and separates Citation: tectonostratigraphic units of the New England Orogen. Our revised geological map shows that the Manning White, L., G. Rosenbaum, C. M. Allen, and U. Shaanan (2016), Orocline-driven Basin is bounded by faults and serpentinites, thus indicating that basin formation was intimately linked to transtensional basins: Insights from the deformation along the Peel-Manning Fault System. -
Through the Highlands and Comprehensive Walking and Driving Tour - Offering Information on Over 50 Historic Buildings in the Town of Glen Innes
Heritage Tour App Love History? Download the ‘Heritage tour’ app on your smartphone and Country Drives experience living history in Glen Innes. The app includes an interactive through the Highlands and comprehensive walking and driving tour - offering information on over 50 historic buildings in the town of Glen Innes. CBD Walking Tour Travel back in time whilst viewing the modern day town’s main street and business centre (Grey Street) with historic images and stories. Driving Tour Showcasing federation and early homes, historic showgrounds, churches built by pioneers and other heritage buildings around the township of Glen Innes. Features • High quality, easy to navigate user interface • Ability to download each tour and use offline • Compatible with Apple and Android mobiles • Location technology with detailed and interactive maps Glen Innes Visitor /GlenInnesHighlands Information Centre @gleninneshighland 02 6730 2400 GlenInnesHighlands [email protected] gleninneshighlands.com @GIHighlands Tour Drive 11 minerals, home to replicas of an old mine shaft, Approaching the intersection with the New England blacksmith’s shop, the nostalgic Foley’s General Highway, on the left is Deepwater Station, the region’s Store and rare photographs of the towns history. earliest private pastoral holding, visible as a cluster of The Mining Villages The Museum is run by local volunteers. Enjoy a red-roofed farm buildings including the original 1842 counter meal and chat with the locals at one of the homestead. The station, still a working farm with farm A journey of richly contrasting towns original hotels before continuing your journey stay accommodation available, has remained in the landscapes steeped in the through to Torrington. -
Government Gazette of the STATE of NEW SOUTH WALES Number 112 Monday, 3 September 2007 Published Under Authority by Government Advertising
6835 Government Gazette OF THE STATE OF NEW SOUTH WALES Number 112 Monday, 3 September 2007 Published under authority by Government Advertising SPECIAL SUPPLEMENT EXOTIC DISEASES OF ANIMALS ACT 1991 ORDER - Section 15 Declaration of Restricted Areas – Hunter Valley and Tamworth I, IAN JAMES ROTH, Deputy Chief Veterinary Offi cer, with the powers the Minister has delegated to me under section 67 of the Exotic Diseases of Animals Act 1991 (“the Act”) and pursuant to section 15 of the Act: 1. revoke each of the orders declared under section 15 of the Act that are listed in Schedule 1 below (“the Orders”); 2. declare the area specifi ed in Schedule 2 to be a restricted area; and 3. declare that the classes of animals, animal products, fodder, fi ttings or vehicles to which this order applies are those described in Schedule 3. SCHEDULE 1 Title of Order Date of Order Declaration of Restricted Area – Moonbi 27 August 2007 Declaration of Restricted Area – Woonooka Road Moonbi 29 August 2007 Declaration of Restricted Area – Anambah 29 August 2007 Declaration of Restricted Area – Muswellbrook 29 August 2007 Declaration of Restricted Area – Aberdeen 29 August 2007 Declaration of Restricted Area – East Maitland 29 August 2007 Declaration of Restricted Area – Timbumburi 29 August 2007 Declaration of Restricted Area – McCullys Gap 30 August 2007 Declaration of Restricted Area – Bunnan 31 August 2007 Declaration of Restricted Area - Gloucester 31 August 2007 Declaration of Restricted Area – Eagleton 29 August 2007 SCHEDULE 2 The area shown in the map below and within the local government areas administered by the following councils: Cessnock City Council Dungog Shire Council Gloucester Shire Council Great Lakes Council Liverpool Plains Shire Council 6836 SPECIAL SUPPLEMENT 3 September 2007 Maitland City Council Muswellbrook Shire Council Newcastle City Council Port Stephens Council Singleton Shire Council Tamworth City Council Upper Hunter Shire Council NEW SOUTH WALES GOVERNMENT GAZETTE No. -
Birdlife Northern NSW Autumn Campout 2021 DORRIGO Friday 12Th to Sunday 14Th September at Dorrigo Mountain Holiday Park, 3991 Waterfall Way, Ph (02) 6657 2564; Email
BirdLife Northern NSW Autumn Campout 2021 DORRIGO Friday 12th to Sunday 14th September at Dorrigo Mountain Holiday Park, 3991 Waterfall Way, ph (02) 6657 2564; email PROGRAM and OUTINGS (subject to changes/cancellation to comply with NSW COVID public health orders at the time) Friday 12th registration (required for our legal obligations); (TBC) optional guided Night Walk in Dorrigo NP; the evening meal is your own arrangement 3.00 - 5.00pm register in the Meeting Hall at Dorrigo Mountain Holiday Park, near the Park Office (please observe COVID public health orders) - confirm contact details, check outing details, enter 'Final Bird Count', buy raffle tickets, Night Walk payments - $20 (cash only please) TBC: 6.30 - 8.30pm ranger-guided Night Walk (limit 20 people) in Dorrigo National Park, enter your interest on the registration form; payment $20 cash on Friday 12 March. - free choice for Fri & Sat night meals e.g. self-catering in cabins, or use communal kitchen & BBQ facilities at the campground. In Dorrigo town centre: the usual take- away, pub dinner at Dorrigo Heritage Hotel, Chinese at RSL Club (6-8pm), North Dorrigo Restaurant (Fri nights only by booking ph:(02 6657 5150); Bellingen has many eateries (30min drive down Waterfall Way). For Friday or Monday we recommend Canopy Cafe in the pleasant setting of Dorrigo National Park (open 9-4.30). Saturday 5th guided daytime Outings see page 2 (COVID public health orders must be observed) NB: there is no group dinner for this campout, see Friday dining suggestions Sunday 6th guided daytime Outings and 5.00pm for final Bird Call byo drinks & snacks in the Meeting Hall, Dorrigo Mountain Holiday Park (COVID number limit may apply) Saturday 5th and Sunday 6th Outings Program page 2 NOTE your departure time & meeting location - please be on time, your group may not be able to wait Because environmental conditions or leaders may change, or new information is received, routes could be modified by guides on the day for safety reasons and to maximise bird-watching opportunities along each route. -
Turill 1 Core Hole Is Designed to Investigate the Hydrocarbon Potential of PEL 456
Review of Environmental Factors Core Hole Drilling of Turill No. 1 in PEL 456 - Gunnedah Basin Santos QNT Pty Ltd ABN: 33 083 077 196 Issue date: 04/05/2010 Review of Environmental Factors: Gunnedah Basin Core Hole Drilling: PEL 456 Executive Summary Santos QNT Pty Ltd (Santos) has entered into a Farmin Agreement with the titleholder of PEL 456, Macquarie Energy (Macquarie) to explore for petroleum (in accordance with the Petroleum (Onshore) Act 1991 (NSW)). Santos has been appointed the Operator for and on behalf of the titleholder under the Farmin Agreement. Condition 1.0 of the PEL 456 licence states that prior to carrying out any drilling activities a Review of Environmental Factors (REF) is required to be submitted to the Department of Industry and Investment (DII) to enable a determination to be made under Part 5 of the Environmental Planning and Assessment Act 1979 (NSW). The Turill 1 core hole is designed to investigate the hydrocarbon potential of PEL 456. Discovery of gas resources in this area has the potential to increase the state’s reserves and revenue from coal seam gas and underpin future exploration or production in the region. This REF covers the drilling of Turill 1 core hole only. The Turill No. 1 core hole site is located on privately owned land, zoned General Rural 1(a) under the Merriwa Local Environmental Plan (LEP). The REF provides details of the planning controls for the area and the existing environment. The site proposed for Turill 1 is a privately owned rural property in a gently undulating area, which is presently used for agricultural activities. -
Upper Hunter River and Dam Levels
Upper Hunter river and dam levels UPPER Hunter river levels have risen after significant rainfall and periods of flash flooding brought on by a combination of higher than average rainfall and thunderstorms during December 2020. See river and dam levels below Although the Hunter has not been on constant flood watch compared to north coast areas, there has been enough downpour and thunderstorms to bring flash flooding to the region. The La Niña weather event brought initial widespread rainfall and more thunderstorms are predicted throughout January 2021. Level 2 water restrictions are to remain for Singleton water users, with the Glennies Creek Dam level currently sitting at 43.4 percent. Dam levels: Glennies Creek Dam: Up 0.5 percent capacity compared to last week. Now 43.4 percent full and contains 123,507 millilitres of water; Lockstock Dam: Down 3.9 percent capacity compared to last week. Now 101.5 percent full and contains 20,522 millilitres of water; Glenbawn Dam: Up 0.4 percent capacity compared to last week. Now 49.5 percent full and contains 371,620 millilitres of water River levels (metres): Hunter River (Aberdeen): 2.37 m Hunter River (Denman): 1.924 m Hunter River (Muswellbrook): 1.37 m Hunter River (Raymond Terrace): 0.528 m Hunter River (Glennies Creek): 3.121 m Hunter River (Maison Dieu): 3.436 m Hunter River (Belltrees): 0.704 m Paterson River: 1.984 m Williams River (Dungog): 2.616 m Pages River: 1.311 m Moonan Brook: 0.862 m Moonan Dam: 1.147 m Rouchel Brook:0.939 m Isis River: 0.41 m Wollombi Brook: 0.99 m Bowman River: 0.708 m Kingdon Ponds: 0.05 m Yarrandi Bridge (Dartbrook): Merriwa River: 0.693 m Bulga River: 2.11 m Chichester River: 1.712 m Carrow Brook: 0.869 m Blandford River: 1.088 m Sandy Hollow River: 2.55 m Wingen River: 0.34 m Cressfield River: 0.55 m Gundy River: 0.652 m Lockstock Dam (water level): 155.982 m Moonan Dam: 1.147 m Glenbawn Dam (water level): 258.192 m Liddell Pump Station: 6.367 m. -
Regional Flood Methods Database Used to Develop ARR RFFE Technique
Australian Rainfall & Runoff Revision Projects PROJECT 5 Regional Flood Methods Database Used to Develop ARR RFFE Technique STAGE 3 REPORT P5/S3/026 MARCH 2015 Engineers Australia Engineering House 11 National Circuit Barton ACT 2600 Tel: (02) 6270 6528 Fax: (02) 6273 2358 Email:[email protected] Web: http://www.arr.org.au/ AUSTRALIAN RAINFALL AND RUNOFF PROJECT 5: REGIONAL FLOOD METHODS: DATABASE USED TO DEVELOP ARR RFFE TECHNIQUE 2015 MARCH, 2015 Project ARR Report Number Project 5: Regional Flood Methods: Database used to develop P5/S3/026 ARR RFFE Technique 2015 Date ISBN 4 March 2015 978-0-85825-940-9 Contractor Contractor Reference Number University of Western Sydney 20721.64138 Authors Verified by Ataur Rahman Khaled Haddad Ayesha S Rahman Md Mahmudul Haque Project 5: Regional Flood Methods ACKNOWLEDGEMENTS This project was made possible by funding from the Federal Government through Geoscience Australia. This report and the associated project are the result of a significant amount of in kind hours provided by Engineers Australia Members. Contractor Details The University of Western Sydney School of Computing, Engineering and Mathematics, Building XB, Kingswood Locked Bag 1797, Penrith South DC, NSW 2751, Australia Tel: (02) 4736 0145 Fax: (02) 4736 0833 Email: [email protected] Web: www.uws.edu.au P5/S3/026 : 4 March 2015 ii Project 5: Regional Flood Methods FOREWORD ARR Revision Process Since its first publication in 1958, Australian Rainfall and Runoff (ARR) has remained one of the most influential and widely used guidelines published by Engineers Australia (EA). The current edition, published in 1987, retained the same level of national and international acclaim as its predecessors. -
The Vegetation of Granitic Outcrop Communities on the New England Batholith of Eastern Australia
547 The vegetation of granitic outcrop communities on the New England Batholith of eastern Australia John T. Hunter and Peter J. Clarke Hunter, John T. and Clarke, Peter J. (Division of Botany, University of New England, Armidale, NSW 2350) 1998. The vegetation of granitic outcrop communities on the New England Batholith of eastern Australia. Cunninghamia 5 (3): 547–618. The vegetation of 22 areas of granitic outcrops on the New England Batholith has been surveyed using semi-quantitative quadrat sampling. In total 399 0.1 ha quadrats were placed on 216 outcrops. Twenty-eight plant communities in nine major groups and an additional unsurveyed community are circumscribed. A high number of nationally rare or threatened taxa, many of which are restricted to outcrop areas, have been found in these communities along with many taxa of special note. Previous studies have over-emphasised structure which can vary considerably with negligible floristic change. Suggestions are made on potential areas for reservation. Introduction Studies concentrating on the vegetation of granitic outcrops have been undertaken throughout the world (e.g. Whitehouse 1933; Oosting & Anderson 1937; McVaugh 1943; Keever et al. 1951; Keever 1957; Hambler 1964; Murdy et al. 1970; Sharitz & McCormick 1973; Rundel 1975; Shure & Fagsdale 1977; Wyatt 1977; Phillips 1981; Phillips 1982; Wyatt 1981; Baskin & Baskin 1982; Walters 1982; Burbanck & Phillips 1983; Wyatt 1984a, b; Uno & Collins 1987; Baskin & Baskin 1988; Houle & Phillips 1988; Houle & Phillips 1989a, b; Houle 1990; Porembski et al. 1994; Ibisch et al. 1995; Porembski 1995; Porembski et al. 1996). Research into outcrops, and in particular granitic outcrops, has culminated in the formation of the ‘Inselberg-Projeckt’ supported by the Deutsche Forschungsge-meinschaft (Porembski et al.