Gold Prospecting Nsw Licence
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Western Track Diagrams Version: 3.3 Western Division - Track Diagrams
Western Track Diagrams Manager, Operator and Maintainer of the New South Wales Country Rail Network Disclaimer. This document may not contain the latest infrastructure information. If there is any doubt please refer to the relevant CLNA and current Safe Notices. John Holland Rail Pty Ltd makes no warranties, express or implied, that compliance with the contents of this document shall be sufficient to ensure safe systems of work or operation. It is the document user’s sole responsibility to ensure that the copy of the document it is viewing is the current version of the document as in use by JHR. JHR accepts no liability whatsoever in relation to the use of this document by any party, and JHR excludes any liability which arises in any manner by the use of this document. western File: West Diagram Cover V3.4.cdr Western Division - Track Diagrams Document control Revision Date of Issue Summary of change 3.0 22/2/17 Diagrams generally updated 3.1 18/6/18 Diagrams generally updated 3.3 18/01/2019 Diagrams generally updated 3.5 22/08/2019 Georges Plains and Rydal Loops added The following location have been modified: • Hermidale loop added 3.6 9/04/2020 • Nyngan loop extended • Wongabon loop removed • Stop block added after Warren South Summary of changes from previous version Section Summary of change 9 Wongabon loop removed 17 Nyngan loop extended 18 Hermidale loop added 21 Stop block added after Warren South © JHR UNCONTROLLED WHEN PRINTED Page 1 of 34 Western Track Diagrams Version: 3.3 Western Division - Track Diagrams © JHR UNCONTROLLED -
Outback NSW Regional
TO QUILPIE 485km, A THARGOMINDAH 289km B C D E TO CUNNAMULLA 136km F TO CUNNAMULLA 75km G H I J TO ST GEORGE 44km K Source: © DEPARTMENT OF LANDS Nindigully PANORAMA AVENUE BATHURST 2795 29º00'S Olive Downs 141º00'E 142º00'E www.lands.nsw.gov.au 143º00'E 144º00'E 145º00'E 146º00'E 147º00'E 148º00'E 149º00'E 85 Campground MITCHELL Cameron 61 © Copyright LANDS & Cartoscope Pty Ltd Corner CURRAWINYA Bungunya NAT PK Talwood Dog Fence Dirranbandi (locality) STURT NAT PK Dunwinnie (locality) 0 20 40 60 Boonangar Hungerford Daymar Crossing 405km BRISBANE Kilometres Thallon 75 New QUEENSLAND TO 48km, GOONDIWINDI 80 (locality) 1 Waka England Barringun CULGOA Kunopia 1 Region (locality) FLOODPLAIN 66 NAT PK Boomi Index to adjoining Map Jobs Gate Lake 44 Cartoscope maps Dead Horse 38 Hebel Bokhara Gully Campground CULGOA 19 Tibooburra NAT PK Caloona (locality) 74 Outback Mungindi Dolgelly Mount Wood NSW Map Dubbo River Goodooga Angledool (locality) Bore CORNER 54 Campground Neeworra LEDKNAPPER 40 COUNTRY Region NEW SOUTH WALES (locality) Enngonia NAT RES Weilmoringle STORE Riverina Map 96 Bengerang Check at store for River 122 supply of fuel Region Garah 106 Mungunyah Gundabloui Map (locality) Crossing 44 Milparinka (locality) Fordetail VISIT HISTORIC see Map 11 elec 181 Wanaaring Lednapper Moppin MILPARINKA Lightning Ridge (locality) 79 Crossing Coocoran 103km (locality) 74 Lake 7 Lightning Ridge 30º00'S 76 (locality) Ashley 97 Bore Bath Collymongle 133 TO GOONDIWINDI Birrie (locality) 2 Collerina NARRAN Collarenebri Bullarah 2 (locality) LAKE 36 NOCOLECHE (locality) Salt 71 NAT RES 9 150º00'E NAT RES Pokataroo 38 Lake GWYDIR HWY Grave of 52 MOREE Eliza Kennedy Unsealed roads on 194 (locality) Cumborah 61 Poison Gate Telleraga this map can be difficult (locality) 120km Pincally in wet conditions HWY 82 46 Merrywinebone Swamp 29 Largest Grain (locality) Hollow TO INVERELL 37 98 For detail Silo in Sth. -
Western NSW District District Data Profile Murrumbidgee, Far West and Western NSW Contents
Western NSW District District Data Profile Murrumbidgee, Far West and Western NSW Contents Introduction 4 Population – Western NSW 7 Aboriginal and Torres Strait Islander Population 13 Country of Birth 17 Language Spoken at Home 21 Migration Streams 28 Children & Young People 30 Government Schools 30 Early childhood development 42 Vulnerable children and young people 55 Contact with child protection services 59 Economic Environment 61 Education 61 Employment 65 Income 67 Socio-economic advantage and disadvantage 69 Social Environment 71 Community safety and crime 71 2 Contents Maternal Health 78 Teenage pregnancy 78 Smoking during pregnancy 80 Australian Mothers Index 81 Disability 83 Need for assistance with core activities 83 Households and Social Housing 85 Households 85 Tenure types 87 Housing affordability 89 Social housing 91 3 Contents Introduction This document presents a brief data profile for the Western New South Wales (NSW) district. It contains a series of tables and graphs that show the characteristics of persons, families and communities. It includes demographic, housing, child development, community safety and child protection information. Where possible, we present this information at the local government area (LGA) level. In the Western NSW district there are twenty-two LGAS: • Bathurst Regional • Blayney • Bogan • Bourke • Brewarrina • Cabonne • Cobar • Coonamble • Cowra • Forbes • Gilgandra • Lachlan • Mid-western Regional • Narromine • Oberon • Orange • Parkes • Walgett • Warren • Warrumbungle Shire • Weddin • Western Plains Regional The data presented in this document is from a number of different sources, including: • Australian Bureau of Statistics (ABS) • Bureau of Crime Statistics and Research (BOCSAR) • NSW Health Stats • Australian Early Developmental Census (AEDC) • NSW Government administrative data. -
Chugach National Forest Planning Area and the Three Different Geographic Areas of the National Forest
Chapter 2 Ecological Conditions and Trends Chapter 2 Ecological Conditions and Trends Introduction Chapter 1 described the Chugach National Forest planning area and the three different geographic areas of the national forest. This chapter describes the overall ecological integrity of the area. Ecological integrity for this assessment is defined as: “The quality or condition of an ecosystem when its dominant ecological characteristics (for example, composition, structure, function, connectivity, and species composition and diversity) occur within the natural range of variation and can withstand and recover from most perturbations imposed by natural environmental dynamics or human influence.” (36 CFR 219.19) The ecosystems described in this chapter include terrestrial (soils, vegetation, and wildlife), aquatic (freshwater and coastal marine ecology) and the interface between the two (riparian areas and wetlands).These ecosystems are evaluated at the forestwide and geographic area scales where appropriate. Key characteristics of each ecosystem are identified, including species composition and diversity, structure, function, and connectivity. Existing conditions and trends of the key characteristics are described for each ecosystem. System drivers are also discussed and include dominant ecological processes, disturbance regimes, and stressors for the different ecosystems. This chapter also includes a discussion of federally recognized threatened, endangered, proposed, and candidate species that occur within the Chugach National Forest and a discussion of potential species of conservation concern. It concludes with a discussion and summary findings of the ability of the aquatic, terrestrial, and riparian ecosystems in the plan area to adapt to a rapidly changing climate. Physical properties of the environment both constrain and enable the development of some ecological systems within the Chugach National Forest. -
Suction Dredge Mining Impacts on Pacific Lamprey Populations and Habitat in Washington State: a Case Study of the Entiat River
Suction dredge mining impacts on Pacific lamprey populations and habitat in Washington State: A case study of the Entiat River __________________________________ A Thesis Presented to The Graduate Faculty Central Washington University ___________________________________ In Partial Fulfillment of the Requirements for the Degree Master of Science Cultural and Environmental Resource Management ___________________________________ by Jaime Lee Liljegren August 2019 CENTRAL WASHINGTON UNIVERSITY Graduate Studies We hereby approve the thesis of Jaime Lee Liljegren Candidate for the degree of Master of Science APPROVED FOR THE GRADUATE FACULTY ______________ _________________________________________ Dr. Anthony Gabriel, Committee Chair ______________ _________________________________________ Dr. Karl Lillquist ______________ _________________________________________ Dr. Clay Arango ______________ _________________________________________ Dean of Graduate Studies ii ABSTRACT SUCTION DREDGE MINING IMPACTS ON PACIFIC LAMPREY POPULATIONS AND HABITAT IN WASHINGTON STATE: A CASE STUDY OF THE ENTIAT RIVER by Jaime Liljegren Suction dredge mining is a largely unregulated recreational activity in Washington State with potentially significant impacts to aquatic habitat. Although dredging has the potential to cause Widespread ecological effects, only impacts to select species have been thoroughly assessed. Due to their reliance on freshwater habitat throughout multiple life stages, Pacific lamprey are significantly vulnerable to impacts from dredging practices. -
Step 3 - Current Conditions
Step 3 - Current Conditions INTRODUCTION - This step describes the current occurs during summer thunderstorms. Winter range, distribution and condition of ecosystem precipitation occurs mainly as snow above 4,000 feet elements. It is organized by Issue as presented in elevation, and mainly as rain below that elevation. Step 2 and answers Key Questions identified for Fluctuation of the snow level occasionally results in each issue of this step. rain causing rapid snow melt. PRECIPITATION AQUATICS The precipitation record is characterized by two distinct climate trends (Table 3-1). These alternating periods of wet and dry conditions lasted for a few HILLSLOPE PROCESSES decades. The short duration of the record and irregular nature of climatic change preclude Key Question 1- What are the dominant forecasting of these periods. The drier periods are of hydrologic and erosional characteristics and approximately 40 inches average annual processes within these watersheds, including precipitation, the wetter are of approximately 60 impacts of the 1997 flood? inches. The Happy Camp record, along with longer records from Eureka and other stations in Landslides introduce large volumes of coarse northwestern California, indicate that the period 1870 sediment to streams during episodes of intense to 1910 was a wet time; 1911 to 1937 dry; 1938 to precipitation. This results in changes in the structure 1975 wet; 1976 to 1994 dry and 1995 to present wet. of stream channels and the quality of instream Intense precipitation of 1982-83 and 1997 are related habitat. Episodes of large amounts of sediment to strong El Niño effects. The probability of production are followed by about 10 years of rapid occurrence of rare, intense storms is higher during adjustment of channel geometry. -
Nymagee Copper: Birth, Death and Resurrection?
Journal of Australasian Mining History, Vol. 15, 2017 Nymagee copper: Birth, death and resurrection? By KEN MCQUEEN University of Canberra he discovery of rich copper ore at Cobar in September 1870 by three itinerant tank sinkers resulted in a boom in copper prospecting throughout this region of T northwestern New South Wales. Awareness that this was ‘copper country’ meant that the local population, as well as experienced prospectors, were alert for the telltale signs of green and blue copper carbonates. A number of new discoveries were made by pastoral workers, who had the opportunity to traverse and closely examine the landscape. One such discovery was made at Nymagee by two shepherds, partly assisted by a knowledgeable boundary rider. The discovery was inspected and purchased by Russell Barton, one of the major investors in the Cobar copper mines. A private company was quickly formed and mining rapidly developed. The subsequent history of the Nymagee mine followed a pattern similar to that of other copper mines in the Cobar region. Early mining was of rich, near-surface carbonate-oxide ore and secondary supergene sulphides. Reverberatory furnaces were built on site to effectively smelt the ore. As mining progressed, primary sulphide ores were encountered and new metallurgical methods had to be introduced. Key factors affecting the economic viability of the mine were major fluctuations in the copper price, uncertainty of water supply, depletion of local fuel resources and the cost of transport. Unlike the Cobar mines, Nymagee was never connected to the railway network and this disadvantage combined with rising costs, labour shortages and uncertainty over copper prices led to closure of the mine in 1917. -
Wild Salmon Center
Wild Salmon Center > Annual Report 2017 President’s Letter Free-fl owing rivers and their The Wild Salmon Center and our local partners have now seasonal runs of wild fi sh are won legal protections for almost 9 million acres of land in cherished by local people, strongholds, secured wild fi sh management agreements and fi shermen, indigenous designations in 68 watersheds in the Russian Far East and communities, and anglers, Pacifi c Northwest, and have established 13 new conservation until something bad happens groups throughout the Pacifi c Rim. that puts the river ecosystem This year, we are helping lead a major partner-based and its wild fi sh into long-term campaign in Alaska (see page 9), have three more large decline. It might come in the watersheds being added to Russia's network of regional form of a big development protected areas (see page 14), and are helping launch a new such as a dam, or a large-scale initiative in British Columbia (see page 19). mining project like the Pebble Mine proposed for the headwaters of Bristol Bay, Alaska. As climate change warms our rivers, and the demands of Or it can come in the form of “death by a thousand cuts,” the growing economies of the Pacifi c Rim for food, water, including illegal fi shing, clear-cut logging, hatchery fi sh minerals and energy threaten even the most remote river programs, or water withdrawals for agriculture. systems, we must secure our great salmon, trout and steelhead ecosystems. We must preserve them as reservoirs We have learned over two decades of work that the most of salmon genetic and life history diversity, safeguarded by effective protection of a salmon river comes before the ancient forests, cold clear fl ows and local people who are damage is done. -
History, Placers, and Recreational Regulations History, Placers, and Recreational Regulations UTAH GOLD UTAH
History, Placers, and Recreational Regulations History, Placers, and Recreational Regulations UTAH GOLD UTAH Cover photo: Early prospector panning for gold. Photo courtesy of the Utah State Historical Society. Text by Christine Wilkerson. Design by Vicky Clarke. History, Placers, and Recreational Regulations UTAH GOLD UTAH UTAH’S GOLD HISTORY Lode and Placer Deposits Lake County. Placer gold was discovered in Bingham Canyon the following year. These placers were the Geologic processes concentrate gold into two largest and most productive ever discovered in Utah, principal types of deposits: lode (or primary) deposits yielding about $1.5 million in gold. However, they where gold is deposited by gold-bearing solutions were practically depleted by 1900. within rock formations; and placer (or secondary) deposits where gold-bearing rocks are eroded and A gold placer in the Mercur (previously Camp the free gold is concentrated in stream beds. Most Floyd) district in Tooele County was discovered in prospectors began their search for gold by looking for 1870. A few prospectors staked claims but soon placer deposits because they offered quick returns abandoned their endeavors due to the scarcity of with simple equipment. The discovery of placer both water and gold that could be panned. Silver deposits often led to the discovery of lode deposits. ores kept the district alive until around 1880. About In Utah, primary gold deposits have proven to be 1883, gold-bearing ores were found, but the gold more economical than placer deposits. could not be separated from the rock. Disappointed, prospectors again left the district. Then, in 1889, Early Discoveries these ores were rediscovered and the gold successfully recovered using the newly developed In 1847, the primary influx of Utah pioneers, cyanide leaching process. -
2016 Hermidale Public School Annual Report
Hermidale Public School Annual Report 2016 2155 Page 1 of 10 Hermidale Public School 2155 (2016) Printed on: 9 May, 2017 Introduction The Annual Report for 2016 is provided to the community of Hermidale Public School as an account of the school's operations and achievements throughout the year. It provides a detailed account of the progress the school has made to provide high quality educational opportunities for all students, as set out in the school plan. It outlines the findings from self–assessment that reflect the impact of key school strategies for improved learning and the benefit to all students from the expenditure of resources, including equity funding. Skye Dedman Relieving Principal School contact details Hermidale Public School Mouramba St Hermidale, 2831 www.hermidale-p.schools.nsw.edu.au [email protected] 6833 0707 Message from the Principal Hermidale Public School has a proud history of education within the Hermidale community. Students achieve ongoing success through engaging in quality teaching and learning programs. Students are motivated to learn and our highly dedicated staff are committed to providing educational experiences that encompass student well being and culture. Our classroom reaches beyond the school gate as we strive to immerse students in the culture, community and environment within and beyond where we live. Students are encouraged to become life long learners through investigative learning opportunities. In 2016 Hermidale Public School saw some significant staff changes. Miss Jacinta Kiss was relieving Principal for term 1, Mrs Leone Dewhurst returned to her position as Principal for terms 2 & 3 and Mrs Skye Dedman was appointed as relieving Principal in Term 4. -
Gold Mining in the Carolinas
Gold Mining in the Carolinas A CONTEXT FOR ARCHAEOLOGICAL RESOURCES MANAGEMENT Report submitted to: Haile Gold Mine, Inc. • 7283 Haile Gold Mine Road • Kershaw, South Carolina 29067 Report prepared by: New South Associates • 6150 East Ponce de Leon Avenue • Stone Mountain, Georgia 30083 Natalie Adams Pope – Principal Investigator Brad Botwick – Archaeologist and Author March 31, 2012 • Final Report New South Associates Technical Report 2053 i Gold Mining in the Carolinas Abstract Gold mining was a significant early industry in North This context was written as a part of mitigation of and South Carolina. The first commercial gold mines Archaeological Site 38LA383, the Stamp Mill at Haile in the United States were in North Carolina, and the Gold Mine. The purpose of this context is to provide development of the mining industry led to important guidance for archaeological studies of gold mining developments in the region’s economy, settlement, in the Carolinas, regardless of whether it is related to industry, and landscape. Although a moderate number compliance with Federal laws, heritage studies, or of cultural resources relating to the Carolina gold academic research. This context can be used to aid mining industry have been identified, there has been researchers in making National Register evaluations little archaeological research into it to date. Most of under Section 106 of the National Historic Preservation the research has been completed for compliance or Act but does not dictate mitigation efforts or actions, heritage projects, and site identification and evaluation which are negotiated on a case by case basis for eligible has been hindered by the lack of a comprehensive properties. -
Alluvial* Gold Potential in Buried Palaeochannels in the Wyalong District, Lachlan Fold Belt, New South Wales
Alluvial* gold potential in buried palaeochannels in the Wyalong district, Lachlan Fold Belt, New South Wales Kenneth C. Lawrie1, Roslyn A. Chan2, David L. Gibson2, & Nadir de Souza Kovacs3 Recent advances in understanding discovered palaeochannels may be pro- and likely climate control related to palaeodrainage in regolith terrains have spective for alluvial gold sourced by ero- eustatic sea-level changes (Gibson & led to the development of new conceptual sion of the vein deposits. Chan 1999: Proceedings of Regolith 98 models for landscape evolution in the Conference, Kalgoorlie, May 1998, CRC Lachlan Fold Belt. At the same time, new Geomorphic and LEME, Perth, 2337). high-resolution airborne geophysical palaeogeographic setting Drilling and seismic refraction profil- datasets (magnetic, g-ray spectrometric, The Wyalong Goldfield is adjacent to the ing show that the Bland Creek and electromagnetic, AEM) have helped western margin of the northsouth- palaeovalley has a crudely asymmetric delineate many regolith features with no trending Bland Creek palaeovalley cross-section owing to more pronounced surface expression notably buried, (130 × 60 km; Fig. 1), which controlled the incision on its eastern side (Anderson et alluviated palaeoriver channels. Such northward flow of Tertiary palaeorivers al. 1993: NSW Department of Water Re- palaeochannels, mainly in areas adjacent discharging into the main westward-flow- sources, Technical Services Report to high ground, were identified in the ing palaeo-Lachlan River system. The 93.045). North-northwest-trending ridges 19th century in several of the goldfields palaeovalley drainage first incised (prob- in the palaeovalley apparently owe their in the Lachlan River catchment, where ably in the Paleocene) an already weath- expression to bedrock composition, in- some were mined for alluvial gold and ered terrain in which saprolite profiles in cluding alteration/mineralisation over- tin until the early 20th century.