Exploring the Legacy of the 1948 Arnhem Land Expedition
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Journal of a Voyage Around Arnhem Land in 1875
JOURNAL OF A VOYAGE AROUND ARNHEM LAND IN 1875 C.C. Macknight The journal published here describes a voyage from Palmerston (Darwin) to Blue Mud Bay on the western shore of the Gulf of Carpentaria, and back again, undertaken between September and December 1875. In itself, the expedition is of only passing interest, but the journal is worth publishing for its many references to Aborigines, and especially for the picture that emerges of the results of contact with Macassan trepangers along this extensive stretch of coast. Better than any other early source, it illustrates the highly variable conditions of communication and conflict between the several groups of people in the area. Some Aborigines were accustomed to travelling and working with Macassans and, as the author notes towards the end of his account, Aboriginal culture and society were extensively influenced by this contact. He also comments on situations of conflict.1 Relations with Europeans and other Aborigines were similarly complicated and uncertain, as appears in several instances. Nineteenth century accounts of the eastern parts of Arnhem Land, in particular, are few enough anyway to give another value. Flinders in 1802-03 had confirmed the general indications of the coast available from earlier Dutch voyages and provided a chart of sufficient accuracy for general navigation, but his contact with Aborigines was relatively slight and rather unhappy. Phillip Parker King continued Flinders' charting westwards from about Elcho Island in 1818-19. The three early British settlements, Fort Dundas on Melville Island (1824-29), Fort Wellington in Raffles Bay (1827-29) and Victoria in Port Essington (1838-49), were all in locations surveyed by King and neither the settlement garrisons nor the several hydrographic expeditions that called had any contact with eastern Arnhem Land, except indirectly by way of the Macassans. -
Qantas Domestic Australia Route Network
Qantas Domestic Route Network Effective 1 October 2018. Routes shown are indicative only 08:00 ARAFURA SEA 09:30 Thursday Island HORN ISLAND 10:00 Melville Island Maningrida GOVE (Nhulunbuy) DARWIN Oenpelli Jabiru ARNHEM WEIPA LAND Batchelor KAKADU CAPE GREAT Daly River Pine Creek Coen TIMOR SEA Groote Eylandt YORK Kalumburu Wadeye Katherine Ngukurr Gulf of PENINSULA CORAL Oombulgurri Carpentaria Wyndham Laura Cooktown SEA KIMBERLEY KUNUNURRA Borroloola Daly Waters MCARTHUR Mossman RIVER Port Douglas Mareeba Mungana CAIRNS Derby Newcastle Waters I NDIAN Kalkarindji Karumba Atherton BARRIER Normanton Burketown Tully BROOME Croydon OCEAN Halls Creek NORTHERN Doomadgee Georgetown Forsayth Ingham GULF TERRITORY TOWNSVILLE COUNTRY Tennant Creek Ayr Tanami Camooweal Kajabbi Bowen Charters Towers HAMILTON ISLAND PORT HEDLAND Julia Creek PROSERPINE Dampier GREAT SANDY DESERT MT ISA KARRATHA CLONCURRY Richmond Hughenden Marble Bar MACKAY REEF GREAT Onslow Barrow Creek Exmouth Pannawonica Telfer Dajarra QUEENSLAND LEARMONTH Solomon MORANBAH PILBARA Winton Saraji Tom Price Blair Athol Boulia Yeppoon PARABURDOO NEWMAN GIBSON DESERT EMERALD Jigalong ALICE SPRINGS LONGREACH Blackwater ROCKHAMPTON BARCALDINE GLADSTONE Areyonga CHANNEL Springsure Bedourie Biloela BLACKALL DIVIDING Moura Carnarvon Kaltukatjara Yaraka Monto BUNDABERG COUNTRY Theodore ULURU HERVEY BAY WESTERN Uluru Windorah Maryborough Finke SIMPSON DESERT Gayndah Birdsville Augathella Injune Warburton AUSTRALIA Amata Ernabella Gympie CHARLEVILLE Noosa Meekatharra ROMA Kingaroy Wiluna Quilpie -
A NEW SPECIES of SOLENOCERA (CRUSTACEA: DECAPODA: SOLENOCERIDAE) from NORTHERN AUSTRALIA Isabel Perez Farfante and D
28 August 1980 PROC. BIOL. SOC. WASH. 93(2), 1980, pp. 421-434 A NEW SPECIES OF SOLENOCERA (CRUSTACEA: DECAPODA: SOLENOCERIDAE) FROM NORTHERN AUSTRALIA Isabel Perez Farfante and D. L. Grey Abstract.—Solenocera australiana, new species, a close ally of S. halli and S. melantho, is described from material collected in shallow water, 15 to 24 m, off the Northern Territory, Australia. This species is characterized by the antennular flagella which gradually narrow distally toward the 2 or 3 distalmost articles; the roughly lanceolate distal part of the dorsolateral lobules of the petasma which are supported by submesial ribs; and the presence of two pairs of thelycal protuberances on the anterior part of ster- nite XIV, the mesial one usually considerably larger than the lateral, as well as by the straight anterior border of the thoracic ridge. In July 1972, during routine fishery monitoring by the staff of the Fisheries Division, Department of Primary Production, Darwin, a collection of shrimps of the genus Solenocera was taken from commercial grounds north of Groote Eylandt in the western Gulf of Carpentaria. Since that time ad- ditional specimens have been obtained during the course of sampling of penaeid shrimps by fishery research vessels in waters adjacent to the North- ern Territory, mostly in Van Diemen Gulf, but also in other localities off this province by commercial trawlers. Van Diemen Gulf has not attracted significant commercial fishing for pe- naeid shrimps—the only members of the superfamily Penaeoidea that at present are economically important in northern Australia—and to make a preliminary evaluation of its potential as a fishery, a series of brief surveys were made between May 1977 and February 1978. -
Evaluation of a Pragmatic Community-Tailored Physical Activity Program with Aboriginal and Torres Strait Islander People
ResearchOnline@JCU This file is part of the following work: Sushames, Ashleigh (2018) Evaluation of a pragmatic community-tailored physical activity program with Aboriginal and Torres Strait Islander people. PhD Thesis, James Cook University. Access to this file is available from: https://doi.org/10.25903/5c3fb480ec5f0 Copyright © 2018 Ashleigh Sushames The author has certified to JCU that they have made a reasonable effort to gain permission and acknowledge the owners of any third party copyright material included in this document. If you believe that this is not the case, please email [email protected] Evaluation of a pragmatic community-tailored physical activity program with Aboriginal and Torres Strait Islander people A dissertation submitted to James Cook University in fulfilment of the requirements for the degree of Doctor of Philosophy (Sport and Exercise Science) By Ashleigh Sushames B.A., SpExSc (Hons) 2018 Acknowledgements Firstly, I would like to thank all the people who participated in my research projects, including my friends who fell for my “I need a small favour” speech. You guys are the best! I would like to acknowledge Professor Andrew Edwards for inspiring and leading me down the path of research. I would like to thank my supervisory team, Dr Klaus Gebel, Professor Robyn McDermott and Associate Professor Terry Engelberg for their guidance, support and knowledge which has seen me through to the end. Dr Jacki Mein, you have also been an incredible support, and I truly would like to thank you for your willingness to involve Apunipima with the research project. The community of Mossman and Julie Salam also have my respect and appreciation for allowing me into their community and trusting me. -
Telstra and Air North
Groote Eylandt and Bickerton Island Enterprises Aboriginal Corporation (GEBIE) appreciates the opportunity to provide a brief submission to the Select Committee Inquiry on the effectiveness of the Australian Government’s Northern Australia Agenda. Incorporated as an Office of the Registrar of Indigenous Corporations (ORIC) organisation on 12 December 2001, GEBIE was once the business arm of the Anindilyakwa Land Council (ALC). The ALC collects mining royalties from the Groote Eylandt Mining Company (GEMCO) which has been extracting high-grade manganese ore on Groote Eylandt since 1964. The GEMCO mine life is currently expected to finish in 10-12 years, depending on ore discovery in new leases. GEBIE was separated from the ALC in 2013 to become an independent corporation with both Boards having separate Directors. GEBIE is the largest of 24 Indigenous corporations on the Archipelago, is 100% owned by the Anindilyakwa people and is one of the largest in the Northern Territory. It is a not- for-profit registered charitable organisation assisting the Traditional Owners of Groote Eylandt and Bickerton Island to improve their social well-being. This includes operating enterprises and having a Constitution which includes strong social objectives. Our subsidiaries include a 72-room resort (Groote Eylandt Lodge, including an Art Gallery leased to the Anindilyakwa Land Council), which was opened in 2008 and a civil/construction firm (GEBIE Civil & Construction – GCC including a large vehicle and plant workshop), and a company holding substantial plant and equipment for use by GCC. We also operate the Community Development Program (CDP) for the Groote Archipelago and have a 130 miners camp which is leased to GEMCO. -
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IIiiiliill II II IIII 2 e e 9 e e e 7 4 Sim, R. & Wallis, L.A., 2008. Northern Australian offshore island use during the Holocene: the archaeology of Vanderlin Island, Sir Edward Pellew Group, Gulf of Carpentaria. Australian Archaeology, 67, 95-106. Copyright 2008, Australian Archaeology. Published version of the paper reproduced here with permission from the publisher. NORTHERN AUSTRALIAN OFFSHORE ISLAND USE DURING THE HOLOCE'NE: The Archaeology of Vanderlin Island, Sir Edward Pellew Group, Gulf of Carpentaria Robin SimI and Lynley A. Wallis2 Abstract This paper presents an overview of archaeological investigations in the Sir Edward Pellew Islands in the southwest Gulf of Carpentaria, northern Australia, It is argued that Vanderlin Island, like the majority of Australia's offshore islands, attests to a lacuna in human habitation for several thousand years afterthe marine transgression and consequent insulation c.6700 years ago. With the imminent threat of inundation, people appear to have retreated to higher land, abandoning the peripheral exposed shelf areas; subsequent (re)colonisation of these relict shelf areas in their form as islands took place steadily from c.4200 Bp, with increased intensity of occupation after 1300 BP. Possible links between the timing of island occupation, watercraft technology and the role of climate change are investigated, with more recent o ~~200BP 10ln.m • ~f*\04200BP' o _ changes in the archaeological record of Vanderlin Island also examined in light of cultural contact with Macassans. Figure 1 Australian offshore island occupstion pre- and post-4200 BP (after Bowdler 1995). Note that occupation status only refers to Introduction periods of island occupation, not if occupation occurred when the Following the emergence of island biogeographical theory in island was part of the mainland during times of lowered sea-level. -
Bark Paintings) in Arnhem Land 1948
Observations on ‘Dolobbo bim’ (Bark Paintings) in Arnhem Land 1948 Rebecca Richards The Expedition, 1948. Photo attributed to Frank Setzler. Courtesy of the National Charles P Mountford and Groote Eylandt artists, 1948. Photo attributed to Howell Anthropological Archives, Smithsonian Institution, Seztler Photographs, Box 36, Walker. Courtesy of State Library of South Australia, PRG487/1/2/205/1. Out of cultural WHAT ENTITIES CAN BE IDENTIFIED IN NMNH ‘DOLOBBO BIM’ (BARK Lantern slides, arnhem_land002 consideration, part of this image has been digitally obscured. PAINTINGS ) AND WHAT CORRELATION EXISTS TO THE BIODIVERSITY OF Sponsor: Dr. J.A. Bell, Anthropology Department THE 1940S AND OTHER SPECIMENS COLLECTED BY THE EXPEDITION? RESEARCH OUTLINE AN ANALYSIS OF THE BACKS OF THE BARK PAINTINGS 1. Collate list of animals depicted in bark paintings and animals collected from Australian and US Analysis of backs of barks was determined by: collections 1. Photographing the backs of the bark paintings 2. Take photos of the backs of the bark paintings 2. Comparison of inscriptions found on the backs of the bark paintings with 3. The identification of species archives/database/field notes 4. Statistical analysis of species listed in the bark paintings as compared to species listed as collected 3. The identification of Aboriginal and the scientific names for the materials and species by the Expedition. depicted 5. Collect genealogies of artists of bark paintings and data about associations between animals and moieties in 1948 Initial findings May (2010) has argued that Frank Setzler, NMNH archaeologist, played a marginal role in the 6. Interpretation Expedition collecting. However, Setzler’s diary suggests that he played a larger role in the collecting of bark paintings than has been previously suggested. -
Twelve Tropical Sea Treasures
Twelve Tropical Sea Treasures Underwater Icons of Northern Australia Underwater Icons of Northern Australia Cobourg Pinnacles 4 Van Diemen Rise 3 • Darwin Fog Bay 2 1 Joseph Bonaparte Gulf • Wyndham • Derby 1 Joseph Bonaparte Gulf – huge tides, sea snakes and red-legged banana prawns 2 Fog Bay – flatback turtles, seabirds and critically endangered sawfish 3 Van Diemen Rise – carbonate banks, olive ridley turtles and coral reef cafes for sharks 4 Cobourg Pinnacles – ancient reef remnants, light-loving marine life, leatherback turtles 5 Arafura Canyons – deepwater upwellings, whale sharks and special red snapper 6 Arnhem Shelf Islands – clear waters, endemic species and underwater sacred sites 5 Arafura Canyons Cobourg Pinnacles 12 Torres Strait Arnhem Shelf Islands 6 7 Northern Gulf • Nhulunbuy • Darwin • Weipa 11 Central Gulf/ 8 Groote Cape York Joseph Bonaparte Gulf 9 Limmen Bight 10 Southern Gulf • Karumba 7 Northern Gulf – traditional knowledge and contemporary science 8 Groote – rare snubfin dolphins and sea turtles 9 Limmen Bight – seagrass meadows, dugong haven 10 Southern Gulf – fresh waters, wild rivers and phytoplankton 11 Central Gulf/Cape York – soft bottoms, heart urchins and a clockwise current 12 Torres Strait – sea turtle highway Our northern tropical seas Northern Australians love getting out on the water. tropical marine life that is threatened with extinction in A quarter of Territorians own a boat. We fish, sail, other parts of the world. It is the good health of these kayak, and even swim and snorkel in our waters waters and the abundant (but threatened) sea life they when the season is right and the water is safe. -
Biodiversity Conservation on the Tiwi Islands, Northern Territory
BIODIVERSITY CONSERVATION ON THE TIWI ISLANDS, NORTHERN TERRITORY: Part 2. Fauna Report prepared by John Woinarski, Kym Brennan, Craig Hempel, Martin Armstrong, Damian Milne and Ray Chatto. Darwin, June 2003 Cover photograph. The False Water-rat Xeromys myoides. This Vulnerable species is known in the Northern Territory from six locations, including the Tiwi Islands. (Photo: Alex Dudley). i SUMMARY This is the second part of a three part report describing the biodiversity of the Tiwi Islands, and options for its conservation and management. The first part describes the Islands, their environments and plants. This part describes the fauna of the Tiwi Islands, and highlights the conservation values of that fauna. This report is concerned principally with terrestrial vertebrate fauna (frogs, reptiles, birds and mammals), and provides only limited information on fish, freshwater systems, marine systems and invertebrates. While Tiwi Aboriginal people have long held a deep knowledge of the fauna of their lands, this knowledge has only recently been documented. Scientific knowledge of the Tiwi fauna has improved substantially over the last decade. Until then, the most substantial contributions had come from collections, mostly of birds and mammals, in the period 1910-1920, that had provided a surprisingly thorough inventory of these groups. In this report we have collated all accessible information on the fauna of these Islands, and describe results from a major study undertaken over the last few years. This study has greatly increased the amount of information on the distribution, abundance, ecology and conservation status of the Tiwi Islands fauna. The Tiwi invertebrate fauna remains poorly known. -
Skin, Kin and Clan: the Dynamics of Social Categories in Indigenous
Skin, Kin and Clan THE DYNAMICS OF SOCIAL CATEGORIES IN INDIGENOUS AUSTRALIA Skin, Kin and Clan THE DYNAMICS OF SOCIAL CATEGORIES IN INDIGENOUS AUSTRALIA EDITED BY PATRICK MCCONVELL, PIERS KELLY AND SÉBASTIEN LACRAMPE Published by ANU Press The Australian National University Acton ACT 2601, Australia Email: [email protected] This title is also available online at press.anu.edu.au A catalogue record for this book is available from the National Library of Australia ISBN(s): 9781760461638 (print) 9781760461645 (eBook) This title is published under a Creative Commons Attribution-NonCommercial- NoDerivatives 4.0 International (CC BY-NC-ND 4.0). The full licence terms are available at creativecommons.org/licenses/by-nc-nd/4.0/ legalcode Cover design and layout by ANU Press. Cover image Gija Kinship by Shirley Purdie. This edition © 2018 ANU Press Contents List of Figures . vii List of Tables . xi About the Cover . xv Contributors . xvii 1 . Introduction: Revisiting Aboriginal Social Organisation . 1 Patrick McConvell 2 . Evolving Perspectives on Aboriginal Social Organisation: From Mutual Misrecognition to the Kinship Renaissance . 21 Piers Kelly and Patrick McConvell PART I People and Place 3 . Systems in Geography or Geography of Systems? Attempts to Represent Spatial Distributions of Australian Social Organisation . .43 Laurent Dousset 4 . The Sources of Confusion over Social and Territorial Organisation in Western Victoria . .. 85 Raymond Madden 5 . Disputation, Kinship and Land Tenure in Western Arnhem Land . 107 Mark Harvey PART II Social Categories and Their History 6 . Moiety Names in South-Eastern Australia: Distribution and Reconstructed History . 139 Harold Koch, Luise Hercus and Piers Kelly 7 . -
WATER RESOURCES of EAST ARNHEM LAND 660000Me Mort Point
680000mECape Wessel 700000mE (Rimbija Island) Low Point 8780000mN WATER RESOURCES OF EAST ARNHEM LAND 660000mE Mort Point Auster Point GROUNDWATER FEATURES: GENERAL FEATURES kilometres 0 2 4 6 8 10 20 30 40 kilometres Groundwater boundary Homeland name BLACK NUMBERED LINES ARE 10000 METRE INTERVALS OF THE AUSTRALIAN MAP GRID, ZONE 53 Bore Country name PROJECTION : UNIVERSAL TRANSVERSE MERCATOR Small spring, discharge up to 10 L/s Place name HORIZONTAL DATUM : AUSTRALIAN GEODETIC DATUM 1966 Stream gauging station - open, closed Jensen Bay GS 8260134 Stream gauging station number Sphink Head Widespread aquifer of poorly consolidated sandstone in the north-east and south; Rainfall station - open, closed limestone in the west and vuggy sandstone on Groote Eylandt. (Gedge Point) Large quantities of groundwater exist, sufficient for irrigation and industrial purposes. Rainfall station number Bore yields typically more than 10 L/s with a maximum of 50 L/s. R 8260053 operated by Water Resources Division 8760000mN High success rate expected. This aquifer provides the base flow for the major streams. Rainfall station number 640000mE (Marchinbar Island) YIRRKALA ANNUAL RAINFALL DR 014502 operated by Bureau of Meteorology 2500 Rainforest (may indicate groundwater discharge) Local aquifers in sand and fractured sandstone, siltstone, dolomite and volcanic rocks. 6 YEAR MOVING AVERAGE Stock and domestic quanities of groundwater are available at selected sites. Road 2000 Bore yields typically range from 0.5 to 5.0 L/s. Moderate success rate expected. Vehicle track (Red Point) Landing ground 1500 Narrow zones of high yielding sand aquifers occuring as valley infill in the north-east; Landing ground - disused thin, lateritised sandstone occurring across a dissected plateau, inthe north-west and Lagoon Bay hard sedimentary rocks and poorly consolidated sandstone in the south. -
Demographic and Health Parameters of Green Sea Turtles Chelonia Mydas Foraging in the Gulf of Carpentaria, Australia
Printed December 2006 Vol. 2: 81–88, 2006 ENDANGERED SPECIES RESEARCH Endang Spec Res Published online December 6, 2006 Demographic and health parameters of green sea turtles Chelonia mydas foraging in the Gulf of Carpentaria, Australia Mark Hamann1, 2,*, Chloe S. Schäuble1, 2, Tom Simon3, Sammy Evans3 1Key Centre for Tropical Wildlife Management, Northern Territory University, Darwin, Northern Territory 0815, Australia 2School of Tropical Environment Studies and Geography, James Cook University, Townsville, Queensland 4811, Australia 3C/- Mabunji Aboriginal Resource Centre, Borroloola, Northern Territory 0854, Australia ABSTRACT: It is becoming increasingly apparent that the development of management initiatives for sea turtles depends on the collection of biological data at all life stages. Substantial gaps include a lack of data on both the population’s demographic structure and reference values for biochemical parameters that can be used to assess the health and condition of sea turtle populations. Here we pre- sent comparative data on population demographics and biochemical blood parameters for green sea turtles Chelonia mydas in their foraging grounds of the Sir Edward Pellew (SEP) Islands in the Gulf of Carpentaria, Australia. Turtles within the adult size range for Australian green turtles comprised 54% of turtles caught. Of the turtles with curved carapace lengths (CCL) greater than 85 cm, 41 were adult males, one was an adult female, and 15 could not be confidently sexed. Continued surveys are needed to distinguish between the potential causes underlying this male-biased sex ratio and the dif- ference between the sex ratio we found and those previously published for the population. Based on biochemical analysis of blood, green turtles in the SEP foraging grounds appeared to be healthy.