9. Saltwater Placenames Around Mer in the Torres Strait
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TORRES STRAIT REGIONAL AUTHORITY Docip ARCHIVES
TORRES STRAIT REGIONAL AUTHORITY doCip ARCHIVES 19'" SESSION OF THE WORKING GROUP ON INDIGENOUS POPULATIONS 23-27 JULY, 2001 GENEVA ADDRESS BY THE CHAIRPERSON OF THE TORRES STRAIT REGIONAL AUTHORITY MR TERRY WAIA Madame Chair Distinguished Members of the Working Group Minister Ruddock Indigenous Members of the World Ladies and Gentlemen Once again, this is indeed an honour and a pleasure. To meet with all of you here today who have travelled from every comer of the globe to share your experiences, hopes and aspirations, is not only a rewarding experience but is most encouraging as we continue to persevere towards our many and varied goals. My name is Terry Waia and I stand here today as a representative of the people of the Torres Strait Islands in Australia. This is the second time that I have had the privilege to represent my people at a session of this Working Group and I welcome this opportunity to inform you of the progress we are making in our region. The Torres Strait is a unique and beautiful part of the world, home for my people, the Torres Strait Islanders. We are of Melanesian origin and our population of approximately 8000 live amongst 17 island communities scattered across a 150km expanse of sea separating mainland Australia from the south coast of Papua New Guinea. In the Torres Strait I hold two key positions, that of Chairperson of Saibai Island, one of the region's northern most islands, and Chairperson of the Torres Strait Regional Authority (TSRA), a Commonwealth Government authority that was established in 1994 by the Parliament of Australia. -
New Life-Span Records of the Brown Booby Sula Leucogaster
Hennicke et al.: Brown Booby life-span 125 NEW LIFE-SPAN RECORDS OF THE BROWN BOOBY SULA LEUCOGASTER JANOS C. HENNICKE1,2, BRIAN KING3†, DAVID DRYNAN4, LISA J. HARDY4, ANTHONY STOKES5 & SASCHA TAYLOR3 1Current address: Centre d’Études Biologiques de Chizé, CEBC – CNRS, Villiers-en-Bois, France 2Department of Ecology and Conservation, University of Hamburg, Germany ([email protected]) 3Queensland Parks and Wildlife Service (Marine Parks), Queensland Dept. of Environment and Resource Management, Brisbane, Australia †deceased 30 March 1992 4Australian Bird & Bat Banding Scheme, Dept. of Sustainability, Environment, Water, Population and Communities, Canberra, Australia 5P.O. Box 1553, Townsville, Queensland, Australia Received 15 August 2012, accepted 18 September 2012 Seabirds are exposed to a highly variable marine environment in (3) On May 10, 2009, a dead bird with a leg ring was found in which prey availability is unpredictable, patchy and ephemeral the Brown Booby colony at the “Dales”, Christmas Island, Indian (Ashmole 1971, Hunt & Schneider 1987, Shealer 2002). Ocean (10.5°S, 105.6°E). The bird was already decomposed to Consequently, seabirds have evolved a number of distinct life bones and feathers, but the carcass was complete, and the bones history traits to cope with those conditions, such as low fecundity, were still largely held together by ligaments. It had been banded deferred maturity and high adult survival (e.g. Furness & Monaghan at approximately the same location on August 16, 1985. Time and 1987, Weimerskirch 2002). An important life history trait of cause of death are unknown but, given the condition of the carcass, seabirds is their longevity. -
Appendix a (PDF 85KB)
A Appendix A: Committee visits to remote Aboriginal and Torres Strait communities As part of the Committee’s inquiry into remote Indigenous community stores the Committee visited seventeen communities, all of which had a distinctive culture, history and identity. The Committee began its community visits on 30 March 2009 travelling to the Torres Strait and the Cape York Peninsula in Queensland over four days. In late April the Committee visited communities in Central Australia over a three day period. Final consultations were held in Broome, Darwin and various remote regions in the Northern Territory including North West Arnhem Land. These visits took place in July over a five day period. At each location the Committee held a public meeting followed by an open forum. These meetings demonstrated to the Committee the importance of the store in remote community life. The Committee appreciated the generous hospitality and evidence provided to the Committee by traditional owners and elders, clans and families in all the remote Aboriginal and Torres Strait communities visited during the inquiry. The Committee would also like to thank everyone who assisted with the administrative organisation of the Committee’s community visits including ICC managers, Torres Strait Councils, Government Business Managers and many others within the communities. A brief synopsis of each community visit is set out below.1 1 Where population figures are given, these are taken from a range of sources including 2006 Census data and Grants Commission figures. 158 EVERYBODY’S BUSINESS Torres Strait Islands The Torres Strait Islands (TSI), traditionally called Zenadth Kes, comprise 274 small islands in an area of 48 000 square kilometres (kms), from the tip of Cape York north to Papua New Guinea and Indonesia. -
Cape York Region Islanders #1 Non Freehold Land Tenure Sourced from Department of Resources (QLD) March 2021
141°0'E 142°0'E 143°0'E 144°0'E 145°0'E Buru & Erubam Le Warul Kawa Masig People Ugar (Stephens Claimant application and determination boundary data compiled from NNTT based( Doanrnbloeuyndaries with areas excluded or discrete boundaries of areas being claimed) as To determine whether any areas fall within the external boundary of an application or and Damuth Islanders) #1 data sourced from Department of Resources (Qld) © The State of Queensland foIsr ltahnadt etrhse)y # h1ave been recognised by the Federal Court process. determination, a search of the Tribunal's registers and People portion where their data has been used. Where the boundary of an application has been amended in the Federal Court, the databases is required. Further information is available from the Tribunals website at map shows this boundary rather than the boundary as per the Register of Native Title www.nntt.gov.au or by calling 1800 640 501 Topographic vector data is © Commonwealth of Australia (Geoscience Australia) Claims (RNTC), if a registered application. © Commonwealth of Australia 2021 Gebara 2006. The applications shown on the map include: Cape York Region Islanders #1 Non freehold land tenure sourced from Department of Resources (QLD) March 2021. - registered applications (i.e. those that have complied with the registration test), The Registrar, the National Native Title Tribunal and its staff, members and agents - new and/or amended applications where the registration test is being applied, and the Commonwealth (collectively the Commonwealth) accept no liability and give As part Yofa mthe transitional provisions of the amended Native Title Act in 1998, all - unregistered applications (i.e. -
The Torres Strait Islands Collection at the Australian Museum
TECHNICAL REPORTS OF THE AUSTRALIAN MUSEUM The Torres Strait Islands Collection at the Australian Museum Stan Florek 2005 dibi-dibi, breast ornament, Mer, AM E.17346 Florek • Torres Strait Islands Collection A M AUSTRALIAN MUSEUM Technical Reports of the Australian Museum may be purchased at the Australian Museum Shop · www.amonline.net.au/shop/ or viewed online · www.amonline.net.au/publications/ Technical Reports of the Australian Museum Number 19 TECHNICAL REPORTS OF THE AUSTRALIAN MUSEUM Director: Frank Howarth The Australian Museum’s mission is to research, interpret, communicate and apply understanding of the environments The Editor: Shane F. McEvey and cultures of the Australian region to increase their long- term sustainability. The Museum has maintained the highest standards of scholarship in these fields for more Editorial Committee: than 175 years, and is one of Australia’s foremost publishers of original research in zoology, anthropology, Chair: G.D.F. Wilson (INVERTEBRATE ZOOLOGY) archaeology, and geology. The Records of the Australian Museum (ISSN 0067- M.S. Moulds (INVERTEBRATE ZOOLOGY) 1975) publishes the results of research on Australian S.F. McEvey (EX OFFICIO) Museum collections and of studies that relate in other ways J.M. Leis (VERTEBRATE ZOOLOGY) to the Museum’s mission. There is an emphasis on S. Ingleby (VERTEBRATE ZOOLOGY) Australasian, southwest Pacific and Indian Ocean research. I.T. Graham (GEOLOGY) The Records is released annually as three issues of one volume, volume 56 was published in 2004. Monographs D.J. Bickel (INVERTEBRATE ZOOLOGY) are published about once every two years as Records of V.J. Attenbrow (ANTHROPOLOGY) the Australian Museum, Supplements. -
Past Visions, Present Lives: Sociality and Locality in a Torres Strait Community
Past Visions, Present Lives: sociality and locality in a Torres Strait community. Thesis submitted by Julie Lahn BA (Hons) (JCU) November 2003 for the degree of Doctor of Philosophy in the School of Anthropology, Archaeology and Sociology Faculty of Arts, Education and Social Sciences James Cook University Statement of Access I, the undersigned, the author of this thesis, understand that James Cook University will make it available for use within the University Library and, by microfilm or other means, allow access to users in other approved libraries. All users consulting this thesis will have to sign the following statement: In consulting this thesis I agree not to copy or closely paraphrase it in whole or in part without the written consent of the author; and to make proper public written acknowledgment for any assistance that I have obtained from it. Beyond this, I do not wish to place any restriction on access to this thesis. _________________________________ __________ Signature Date ii Statement of Sources Declaration I declare that this thesis is my own work and has not been submitted in any form for another degree or diploma at any university or other institution of tertiary education. Information derived from the published or unpublished work of others has been acknowledged in the text and a list of references is given. ____________________________________ ____________________ Signature Date iii Acknowledgments My main period of fieldwork was conducted over fifteen months at Warraber Island between July 1996 and September 1997. I am grateful to many Warraberans for their assistance and generosity both during my main fieldwork and subsequent visits to the island. -
Foraging Ecology of Masked Boobies: the Importance of Intrinsic and Extrinsic Factors
Foraging ecology of Masked Boobies: The importance of intrinsic and extrinsic factors by Julia Sommerfeld Diploma in Zoology, University of Hamburg Submitted in fulfilment of the requirements for the degree of Doctor of Philosophy Institute for Marine and Antarctic Studies, University of Tasmania Research and Technology Centre, University of Kiel June 2013 i ZUSAMMENFASSUNG Um ein fundiertes Verständnis über die Ernährungsökologie mariner Top-Prädatoren zu erlangen, ist es erforderlich, sowohl die Effekte intrinsischer Eigenschaften des Tieres zu untersuchen, als auch extrinsche, umweltbedingte Faktoren präzise zu bestimmen. In der vorliegenden Arbeit wurden dazu die Bewegungs- und Aktivitätsmuster kükenaufziehender Maskentölpel Sula dactylatra über zwei Brutzeiten auf Phillip Island (Norfolk Island Gruppe), Australien (Südpazifik) mit Hilfe von GPS- und Tauch- Beschleunigungs-Datenloggern aufgezeichnet. Ziel dieser Arbeit ist es Folgendes zu bestimmen: (I) Beeinflussen intrinsche Faktoren, wie zum Beispiel unterschiedliche Körpergewichte und Größe innerhalb desselben Geschlechts, die Bewegungsmuster, Flug- und Tauchverhalten von Männchen und Weibchen? (II) Verändern Adulttiere ihre Bewegungsmuster und ihr Tauchverhalten im Laufe der Untersuchungszeit und falls ja, steht dies im Verhältnis zu den Änderungen in der Nahrungsverteilung? (III) Die Bestimmung der Genaugigkeit der First-Passage Time (FPT) Analyse – eine Methode die zunehmend verwendet wird, um spezifische Nahrungssuchgebiete (Area-restricted-search (ARS) Zonen) anhand von GPS-Daten zu identifizieren. (I) Maskentölpel weisen einen umgekehrten Geschlechtsdimorphismus auf (d.h. Weibchen sind größer als Männchen). Die Ergebnisse der vorliegenden Studie belegen, dass der Wechsel zwischen kurzen und langen Beutezügen bei Weibchen abhängig vom Körpergewicht ist und wahrscheinlich dazu dient, abwechselnd Nahrung für das Küken zu erbeuten (kurze Beutezüge) bzw. zur Selbsternährung dient (lange Beutezüge). -
Great Barrier Reef
PAPUA 145°E 150°E GULF OF PAPUA Dyke NEW GUINEA O Ackland W Bay GREAT BARRIER REEF 200 E Daru N S General Reference Map T Talbot Islands Anchor Cay A Collingwood Lagoon Reef N Bay Saibai Port Moresby L Reefs E G Island Y N E Portlock Reefs R A Torres Murray Islands Warrior 10°S Moa Boot Reef 10°S Badu Island Island 200 Eastern Fields (Refer Legend below) Ashmore Reef Strait 2000 Thursday 200 Island 10°40’55"S 145°00’04"E WORLD HERITAGE AREA AND REGION BOUNDARY ait Newcastle Bay Endeavour Str GREAT BARRIER REEF WORLD HERITAGE AREA Bamaga (Extends from the low water mark of the mainland and includes all islands, internal waters of Queensland and Seas and Submerged Lands Orford Bay Act exclusions.) Total area approximately 348 000 sq km FAR NORTHERN Raine Island MANAGEMENT AREA GREAT BARRIER REEF REGION CAPE Great Detached (Extends from the low water mark of the mainland but excludes lburne Bay he Reef Queensland-owned islands, internal waters of Queensland and Seas S and Submerged Lands Act exclusions.) Total area approximately 346 000 sq km ple Bay em Wenlock T GREAT BARRIER REEF MARINE PARK (Excludes Queensland-owned islands, internal waters of Queensland River G and Seas and Submerged Lands Act exclusions.) Lockhart 4000 Total area approximately 344 400 sq km Weipa Lloyd Bay River R GREAT BARRIER REEF MARINE PARK 12°59’55"S MANAGEMENT AREA E 145°00’04"E CORAL SEA YORK GREAT BARRIER REEF PROVINCE Aurukun River A (As defined by W.G.H. -
Potential Impacts of Projected Sea-Level Rise on Sea Turtle Rookeries
AQUATIC CONSERVATION: MARINE AND FRESHWATER ECOSYSTEMS Aquatic Conserv: Mar. Freshw. Ecosyst. (2009) Published online in Wiley InterScience (www.interscience.wiley.com). DOI: 10.1002/aqc.1088 Potential impacts of projected sea-level rise on sea turtle rookeries MMPB FUENTESa,Ã, CJ LIMPUSb, M HAMANNc and J DAWSON aSchool of Earth and Environmental Sciences, James Cook University, Australia bQueensland Environmental Protection Agency, Brisbane, Australia cSchool of Earth and Environmental Sciences, James Cook University, Australia ABSTRACT 1. Projected sea-level rise (SLR) is expected to cause shoreline erosion, saline intrusion into the water table and inundation and flooding of beaches and coastal areas. Areas most vulnerable to these physical impacts include small, tropical low-lying islands, which are often key habitat for threatened and endemic species, such as sea turtles. 2. Successful conservation of threatened species relies upon the ability of managers to understand current threats and to quantify and mitigate future threats to these species. This study investigated how sea-level rise might affect key rookeries (nesting grounds) (n 5 8) for the northern Great Barrier Reef (nGBR) green turtle population, the largest green turtle population in the world. 3. 3-D elevation models were developed and applied to three SLR scenarios projected by the IPCC 2007 and an additional scenario that incorporates ice melting. Results indicate that up to 38% of available nesting area across all the rookeries may be inundated as a result of SLR. 4. Flooding, as a result of higher wave run-up during storms, will increase egg mortality at these rookeries affecting the overall reproductive success of the nGBR green turtle population. -
Year in Review
YEAR IN REVIEW Saving our Reef and its marine life for future generations The Great Barrier Reef Foundation extends its deepest ‘Reef Wonderland’ artwork by Melanie Hava, Mamu Aboriginal respect and recognition to all Traditional Owners of the woman, Dugulbarra and Great Barrier Reef and its Catchments, as First Nations Waribarra family groups, from Peoples holding the hopes, dreams, traditions and the Johnstone River catchment of the Wet Tropics of Far North cultures of the Reef. Queensland and the adjoining More than 70 Traditional Owner groups have deep and Great Barrier Reef sea country. enduring connections spanning the length of the Reef along the Queensland coastline and beyond, from the Torres Strait Islands in the north to Bundaberg in the south. Cover image credit: Gary Cranitch, Queensland Museum. CONTENTS Our Mission 2 From the Managing Director and Chair 4 Our Impact 6 Australia’s Largest Ever Reef Partnership 8 Saving Endangered Species 10 Innovation In All We Do 16 Restoring Critical Reef Habitats 22 Thriving Reefs, Thriving Communities 26 Building Global Reef Resilience 30 Our Supporters 32 Board and Committees 37 2019-20 YEAR IN REVIEW 1 OUR MISSION We bring together the best minds and technologies to help solve the challenges facing the Great Barrier Reef. And we challenge everyone — from the boardroom to the beach — to stand up, unite, and take an active part in its conservation. The Great Barrier Reef is an This unique icon is the largest We should be proud that it’s our irreplaceable ecosystem, home to living thing on Earth, with rich responsibility to look after it. -
(Uavs) for Mark-Resight Nesting Population Estimation of Adult Female Green Sea Turtles at Raine Island
PLOS ONE RESEARCH ARTICLE Use of unmanned aerial vehicles (UAVs) for mark-resight nesting population estimation of adult female green sea turtles at Raine Island 1 1 2 3 Andrew DunstanID *, Katharine Robertson , Richard Fitzpatrick , Jeffrey PickfordID , 1 Justin MeagerID 1 Queensland Department of Environment and Science, Brisbane, Queensland, Australia, 2 Biopixel Oceans Foundation, James Cook University, Smithfield, Queensland, Australia, 3 Queensland Department of Natural Resources Mines and Energy, Brisbane, Queensland, Australia a1111111111 * [email protected] a1111111111 a1111111111 a1111111111 a1111111111 Abstract Nester abundance is a key measure of the performance of the world's largest green turtle rookery at Raine Island, Australia, and has been estimated by mark-resight counts since 1984. Nesters are first marked by painting their carapace with a longitudinal white stripe. OPEN ACCESS Painted and unpainted turtles are then counted by a surface observer on a small boat in Citation: Dunstan A, Robertson K, Fitzpatrick R, waters adjacent to the reef. Unmanned aerial vehicles (UAV) and underwater video may pro- Pickford J, Meager J (2020) Use of unmanned vide more cost-effective and less biased alternatives to this approach, but estimates must be aerial vehicles (UAVs) for mark-resight nesting comparable with historical estimates. Here we compare and evaluate the three methods. We population estimation of adult female green sea turtles at Raine Island. PLoS ONE 15(6): e0228524. found comparatively little variation in resighting probabilities between consecutive days of https://doi.org/10.1371/journal.pone.0228524 sampling or time of day, which supports an underlying assumption of the method (i.e. -
Raine-Island-Its-Past-And-Present-Status-And-Future-Implications-Of-Climate-Change.Pdf
RAINE ISLAND: ITS PAST AND PRESENT STATUS AND FUTURE IMPLICATIONS OF CLIMATE CHANGE PROJECT REPORT David Hopley School of Earth and Environmental Sciences James Cook University ii Contents Page Executive Summary 1 1 Introduction 4 1.1 Location and Report Approach 4 1.2 Current Management Arrangements 4 2 Review of Current Knowledge of Raine Island 9 2.1 The Historical and Cultural Values of Raine Island 9 2.2 The Turtles of Raine Island 10 2.3 The Seabirds of Raine Island 13 2.4 Vegetation of Raine Island 16 2.5 Geomorphology of Raine Island and its Ecological Significance 19 3 Projected Climate Change Impacts on Raine Island and 26 Inhabitants 3.1 Sources of Information 26 3.2 Projected Climate Changes 26 3.3 Impact of Climate Change on the Green Turtle Population 30 3.4 Impact of Climate Change on Seabirds of Raine Island 32 3.5 Impact of Climate Change on the Vegetation of Raine Island. 33 3.6 Geomorphological and Other Environmental Response to Climate Change 33 4 Gaps in Knowledge with Respect to Assessing Raine Island’s Response to Future Climate Change 38 4.1 Gaps in Knowledge and future climates 38 4.2 Knowledge Gaps Affecting Turtle Nesting 38 4.3 Knowledge Gaps Affecting Seabirds 39 4.4 Knowledge Gaps Affecting Vegetation 40 4.5 Gaps in Understanding the Physical Oceanography 40 4.6 Gaps in Benthic Ecology Knowledge 41 4.7 Gaps in Understanding a Geomorphology and General Environment of Raine Island 41 5 Risk Assessment and Feasibility of Current and Adaptive Management Options 43 5.1 Risk Assessment, Research and Management