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Horizontal and Vertical Movements of Longfin Makos (Isurus Paucus)
101 Abstract—The longfin mako (Isurus paucus) is a poorly studied oceanic Horizontal and vertical movements of longfin shark taken in fisheries throughout makos (Isurus paucus) tracked with satellite- its worldwide range in temperate and tropical waters. Satellite-linked linked tags in the northwestern Atlantic Ocean tags were deployed to investigate the movements of 2 mature males, 1 one tagged in the northeastern Gulf Robert E. Hueter (contact author) of Mexico (GOM) and the other off John P. Tyminski1 northern Cuba. Horizontal tracks John J. Morris1 estimated by using likelihood meth- 2 ods were similar for these sharks; Alexei Ruiz Abierno comparable movements were docu- Jorge Angulo Valdes2,3 mented from the GOM, through the Straits of Florida and the Ba- Email address for contact author: [email protected] hamas, and into the open Atlantic Ocean where they converged on the 1 Center for Shark Research Mid-Atlantic Bight. Depth and tem- Mote Marine Laboratory perature ranges were 0–1767 m and 1600 Ken Thompson Parkway 4.0–28.8°C. A diel pattern of vertical Sarasota, Florida 34236 movement was evident for both in- 2 Centro de Investigaciones Marinas dividuals, along with regular forays Universidad de la Habana from cold daytime depths to warmer Calle 16, No. 114 e/ 1ra y 3ra near-surface waters, possibly as an Miramar, Playa, La Habana CP 11300, Cuba adaptation for thermoregulation. The vertical movements of longfin 3 School of Natural Resources and Environment makos allow them to exploit verti- University of Florida cally migrating prey but these move- P.O. Box 116455 ments increase their vulnerability to Gainesville, Florida 32611 pelagic longlining. -
Health, Climate and Economic Risks of the Carmichael Coalmine
RISKY BUSINESS: HEALTH, CLIMATE AND ECONOMIC RISKS OF THE CARMICHAEL COALMINE CLIMATECOUNCIL.ORG.AU Thank you for supporting the Climate Council. The Climate Council is an independent, crowd-funded organisation providing quality information on climate change to the Australian public. Published by the Climate Council of Australia Limited ISBN: 978-1-925573-24-4 (print) 978-1-925573-25-1 (web) © Climate Council of Australia Ltd 2017 This work is copyright the Climate Council of Australia Ltd. All material contained in this work is copyright the Climate Council of Australia Ltd except where a third party source is indicated. Climate Council of Australia Ltd copyright material is licensed under the Creative Commons Attribution 3.0 Australia License. To view a copy of this license visit http://creativecommons.org.au. You are free to copy, communicate and adapt the Climate Council of Australia Ltd copyright material so long as you attribute the Climate Council of Australia Ltd and the authors in the following manner: Risky Business: Health, Climate and Economic Risks of the Carmichael Coalmine by Professor Will Stefen, Professor Hilary Bambrick, Dr. David Alexander and Dr. Martin Rice. — Image credit: Cover Photo - Abbot Point Coal Terminal, Greenpeace This report is printed on 100% recycled paper. facebook.com/climatecouncil [email protected] twitter.com/climatecouncil climatecouncil.org.au Preface The Carmichael mine will be Australia’s largest coalmine with a potential lifetime of up to 60 years. Australia has very large coal deposits, but for Australia to play its role in tackling climate change, over 90% of Australia’s existing thermal coal reserves must be left in the ground unburned and no new thermal mines can be developed. -
Inclusive Education in Australia: Rhetoric, Reality and the Road Ahead
bs_bs_banner INCLUSIVE EDUCATION IN AUSTRALIA Inclusive education in Australia: rhetoric, reality and the road ahead JOANNA ANDERSON and CHRISTOPHER BOYLE Inclusive education (IE) is a term that has been part of the educational discourse in Australia for almost two decades. While there is no overarching definition under which IE operates in that country, it is accepted that the meaning behind the term has shifted from being exclusively about students with a disability to now encompassing the delivery of a high-quality edu- cation to all students. The public education system is carrying the burden of an increasingly diverse student population (Gonski et al., 2011), and as such, each of the eight educational jurisdictions responsible for the schools within their borders have developed policies and increased funding levels in the name of IE (Graham, in press). Despite this, there are currently no standards or guidelines provided at the state or federal level to measure the success (or not) of IE practices within Australian educational sectors. This article aims to do just that, by providing a ‘report card’ on IE in Australia. An extensive review of the current literature and related educational policies and reports was conducted, and Loreman’s (2014) three guides for mea- suring IE – student participation, student achievement and post-school options – were adopted to evaluate the performance of Australia’s public education system. The findings indicate that, despite operating under the same national legislative acts, the eight educational jurisdictions in Australia are managing and enacting IE in different ways, leading to inconsistent levels of access and educational outcomes for students. -
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EDITORIALS Aboriginal and Torres Strait Islander communities forgotten in new Australian National Action Plan for Human Influenza Pandemic: “Ask us, listen to us, share with us” Adrian Miller and David N Durrheim on behalf of the Aboriginal and Torres Strait Islander Community Influenza Study Group The epidemiology of influenza pandemics demands that Aboriginal and Torres Strait Islander people occupy centrestage in future planning he first wave of pandemic (H1N1) 2009 influenza Strait Islander communities and their prioritisation in future (pH1N1) broke more heavily on Australia’s Aboriginal and pandemic planning. We should not have been surprised, as history T Torres Strait Islander populations than on non-Indigenous tragically demonstrates disproportionate morbidity and mortality Australians. The burden of disease in Aboriginal and Torres Strait for Aboriginal and Torres Strait Islander people in previous Islander people was highlighted by the first Australian death pandemics.6 associated with pH1N1 infection: a young Aboriginal man from a It is thus exceedingly disappointing to discover no mention of remote area of Western Australia who died on 19 June 2009 in an Aboriginal and Torres Strait Islander Australians in the revised 1 Adelaide hospital. The differences between the populations are National Action Plan for Human Influenza Pandemic (NAP).7 The stark, with Aboriginal and Torres Strait Islander people indisput- 2010 NAP fails to identify Aboriginal and Torres Strait Islander ably over-represented in severe pH1N1 disease. In -
Porbeagle Shark Lamna Nasus
Porbeagle Shark Lamna nasus Lateral View (♀) Ventral View (♀) COMMON NAMES APPEARANCE Porbeagle Shark, Atlantic Mackerel Shark, Blue Dog, Bottle-nosed • Heavily built but streamlined mackerel shark. Shark, Beaumaris Shark, Requin-Taupe Commun (Fr), Marrajo • Moderately long conical snout with a relatively large eyes. Sardinero (Es), Tiburón Sardinero (Es), Tintorera (Es). • Large first dorsal fin with a conspicuous white free rear tip. SYNONYMS • Second dorsal fin and anal fin equal-sized and set together. Squalus glaucus (Gunnerus, 1758), Squalus cornubicus (Gmelin, 1789), • Lunate caudal fin with strong keel and small secondary keel. Squalus pennanti (Walbaum, 1792), Lamna pennanti (Desvaux, 1851), Squalus monensis (Shaw, 1804), Squalus cornubiensis (Pennant, 1812), • Dorsally dark blue to grey with no patterning. Squalus selanonus (Walker, 1818), Selanonius walkeri (Fleming, 1828), • Ventrally white. Lamna punctata (Storer, 1839), Oxyrhina daekyi (Gill, 1862), Lamna • Maximum length of 365cm, though rarely to this size. NE MED ATL philippi (Perez Canto, 1886), Lamna whitleyi (Phillipps, 1935). DISTRIBUTION The Porbeagle Shark is a large, streamlined mackerel shark with a In the northern conical snout and powerful body. The first dorsal fin is large and hemisphere, the originates above or slightly behind the pectoral fins. It has a free rear Porbeagle Shark tip which is white. The second dorsal fin is tiny and is set above the occurs only in the anal fin, to which it is comparable in size. The caudal fin is strong and North Atlantic and lunate with a small terminal notch. The caudal keel is strong and, Mediterranean, uniquely for the northeast Atlantic, a smaller secondary caudal keel is whilst in the present. -
Currency Demand During the Global Financial Crisis: Evidence from Australia
Research Discussion Paper Currency Demand during the Global Financial Crisis: Evidence from Australia Tom Cusbert and Thomas Rohling RDP 2013-01 The Discussion Paper series is intended to make the results of the current economic research within the Reserve Bank available to other economists. Its aim is to present preliminary results of research so as to encourage discussion and comment. Views expressed in this paper are those of the authors and not necessarily those of the Reserve Bank. Use of any results from this paper should clearly attribute the work to the authors and not to the Reserve Bank of Australia. The contents of this publication shall not be reproduced, sold or distributed without the prior consent of the Reserve Bank of Australia. ISSN 1320-7229 (Print) ISSN 1448-5109 (Online) Currency Demand during the Global Financial Crisis: Evidence from Australia Tom Cusbert* and Thomas Rohling** Research Discussion Paper 2013-01 January 2013 *Economic Research Department **Note Issue Department Reserve Bank of Australia We thank Michael Andersen, Michele Bullock, Alex Heath, Jonathan Kearns, Christopher Kent, Michael Plumb, Alexandra Rush and Peter Tulip for their comments and especially thank Rohan Alexander, who was integral to the initial stages of this project. The views in this paper are those of the authors and do not necessarily reflect the views of the Reserve Bank of Australia. The authors are solely responsible for any errors. Authors: cusbertt and rohlingt at domain rba.gov.au Media Office: [email protected] Abstract Australian financial institutions remained healthy throughout the global financial crisis and their deposits were guaranteed by the Federal Government. -
Can Sharks Be Saved? a Global Plan of Action for Shark Conservation in the Regime of the Convention on Migratory Species
Seattle Journal of Environmental Law Volume 5 Issue 1 Article 15 5-31-2015 Can Sharks be Saved? A Global Plan of Action for Shark Conservation in the Regime of the Convention on Migratory Species James Kraska Leo Chan Gaskins Follow this and additional works at: https://digitalcommons.law.seattleu.edu/sjel Part of the Education Commons, Environmental Law Commons, Intellectual Property Law Commons, Internet Law Commons, Land Use Law Commons, Natural Resources Law Commons, Science and Technology Law Commons, and the Water Law Commons Recommended Citation Kraska, James and Gaskins, Leo Chan (2015) "Can Sharks be Saved? A Global Plan of Action for Shark Conservation in the Regime of the Convention on Migratory Species," Seattle Journal of Environmental Law: Vol. 5 : Iss. 1 , Article 15. Available at: https://digitalcommons.law.seattleu.edu/sjel/vol5/iss1/15 This Article is brought to you for free and open access by the Student Publications and Programs at Seattle University School of Law Digital Commons. It has been accepted for inclusion in Seattle Journal of Environmental Law by an authorized editor of Seattle University School of Law Digital Commons. Can Sharks be Saved? A Global Plan of Action for Shark Conservation in the Regime of the Convention on Migratory Species James Kraska† and Leo Chan Gaskins‡ Shark populations throughout the world are at grave risk; some spe- cies have declined by 95 percent. The most recent IUCN (Interna- tional Union for the Conservation of Nature) assessment by the Shark Specialist Group (SSG) found that one-fourth of shark and ray spe- cies face the prospect of extinction. -
Mako Sharks Fact Sheet
CMS/MOS3/Inf.15d Memorandum of Understanding on the Conservation of Migratory Sharks Mako Sharks Fact Sheet Class: Chondrichthyes Mako sharks Taupe bleu & Taupe petit Order: Lamniformes Marrajo dientuso & Marrajo carite Family: Lamnidae Isurus oxyrinchus – Shortfin Mako Species: Isurus paucus – Longfin Mako Illustration: © Marc Dando 1. BIOLOGY The shortfin mako shark (Isurus oxyrinchus) and the longfin mako shark (Isurus paucus) occupy epipelagic habitats in tropical and warm-temperate seas. As a long-lived species with low fecundity (11 young every 3 years) and late age at maturity (18 years for females), population recovery times for shortfin mako are slow. While there is little information on the biology of longfin mako, it is assumed longfin mako would have similar life history traits. 2. DISTRIBUTION Shortfin mako prefer temperate to tropical waters with temperatures between 17-22°C. They occur from the surface to 500 m depths and typically in oceanic waters, but have occasionally been observed in shelf seas (Vaudo et al. 2016). Records on longfin mako sharks are sporadic and their complete geographic range is not well known (Reardon et al. 2006). 1 CMS/MOS3/Inf.15d . Isurus oxyrinchus Isurus paucus Figure 1: Distribution of mako shark species courtesy of IUCN. 3. CRITICAL SITES Critical sites are those habitats that may have a key role for the conservation status of a shark population, and may include feeding, mating, pupping, overwintering grounds and other aggregation sites, as well as corridors between these sites such as migration routes. Critical sites have not been accurately defined for these species in all areas, but some potentially important grounds have been proposed REFS. -
The Economic Impact of Vision Loss in Australia in 2009
Clear Focus The Economic Impact of Vision Loss in Australia in 2009 A report prepared for Vision 2020 Australia by Access Economics Pty Limited June 2010 © Access Economics Pty Limited This work is copyright. The Copyright Act 1968 permits fair dealing for study, research, news reporting, criticism or review. Selected passages, tables or diagrams may be reproduced for such purposes provided acknowledgment of the source is included. Permission for any more extensive reproduction must be obtained from Access Economics Pty Limited through the contact officer listed for this report. Disclaimer While every effort has been made to ensure the accuracy of this document and any attachments, the uncertain nature of economic data, forecasting and analysis means that Access Economics Pty Limited is unable to make any warranties in relation to the information contained herein. Access Economics Pty Limited, its employees and agents disclaim liability for any loss or damage which may arise as a consequence of any person relying on the information contained in this document and any attachments. Access Economics Pty Limited ABN 82 113 621 361 www.AccessEconomics.com.au CANBERRA MELBOURNE SYDNEY Level 1 Level 27 Suite 1401, Level 14 9 Sydney Avenue 150 Lonsdale Street 68 Pitt Street Barton ACT 2600 Melbourne VIC 3000 Sydney NSW 2000 T: +61 2 6175 2000 T: +61 3 9659 8300 T: +61 2 9376 2500 F: +61 2 6175 2001 F: +61 3 9659 8301 F: +61 3 9376 2501 For information on this report please contact Lynne Pezzullo or Penny Taylor E: [email protected] Report prepared by Penny Taylor Anam Bilgrami 2 Cost of vision loss This report has been prepared by Vision 2020 Australia, in collaboration with Access Economics and the project steering committee. -
Mako Shark.Pdf
Memorandum of Understanding on the Conservation of Migratory Sharks MAKO SHARK TAUPE BLEU & TAUPE PETIT MARRAJO DIENTUSO & MARRAJO CARITE Fact Sheet Shortfin Mako Longfin Mako Isurus oxyrinchus Isurus paucus MAKO SHARK Class: Chondrichthyes Order: Lamniformes Family: Lamnidae Species: Isurus oxyrinchus - Shortfin Mako Isurus paucus - Longfin Mako Illustration: © Marc Dando Sharks MOU Species Fact Sheet Sharks MOU Species Fact Sheet MAKO SHARK MAKO SHARK © Shark MOU Advisory Committee This fact sheet was produced by the Advisory Committee of the Memorandum of Understanding on the Conservation of Migratory Sharks (Sharks MOU). For further information contact: John Carlson, Ph.D. Research Fish Biologist, NOAA Fisheries Service-Southeast Fisheries Science Center Panama City, [email protected] 1 Please email John Carlson for enquiries. Sharks MOU Species Fact Sheet MAKO SHARK 1. Biology The Shortfin Mako Shark (Isurus oxyrinchus) and the Longfin Mako Shark (Isurus paucus) occupy epipelagic habitats in tropical and warm-temperate seas. As a long-lived species (at least 30 years) with low fecundity (11 young every 3 years) and late age at maturity (18 - 19 years for females), population recovery times for Shortfin Mako are slow (Smith et al 2008). While there is little information on the biology of Longfin Mako, it is assumed Longfin Mako would have similar life history traits. 2. Distribution Shortfin Mako prefer temperate to tropical waters with temperatures between 17-22°C. They occur from the surface to 500 m depths and typically in oceanic waters but have occasionally been observed in shelf seas (Vaudo et al. 2016). Records on Longfin Mako Sharks are sporadic and their complete geographic range is not well known (Reardon et al. -
Effectiveness of Seasonal Influenza Vaccine Against Pandemic (H1N1)
Effectiveness of Seasonal Infl uenza Vaccine against Pandemic (H1N1) 2009 Virus, Australia, 2010 James E. Fielding, Kristina A. Grant, Katherine Garcia, and Heath A. Kelly To estimate effectiveness of seasonal trivalent and September 30, 2009, through December 31, 2010, and monovalent infl uenza vaccines against pandemic infl uenza vaccination was publicly funded for all persons in Australia A (H1N1) 2009 virus, we conducted a test-negative case– >6 months of age (4,5). control study in Victoria, Australia, in 2010. Patients seen In September 2009, the World Health Organization for infl uenza-like illness by general practitioners in a recommended that trivalent infl uenza vaccines for use in sentinel surveillance network during 2010 were tested for the 2010 infl uenza season (Southern Hemisphere winter) infl uenza; vaccination status was recorded. Case-patients had positive PCRs for pandemic (H1N1) 2009 virus, and contain A/California/7/2009 (H1N1)–like virus, A/ controls had negative infl uenza test results. Of 319 eligible Perth/16/2009 (H3N2)–like virus, and B/Brisbane/60/2008 patients, test results for 139 (44%) were pandemic (H1N1) (of the B/Victoria/2/87 lineage) virus (6). Since March 2009 virus positive. Adjusted effectiveness of seasonal 2010, the Australian Government has provided free vaccine against pandemic (H1N1) 2009 virus was 79% seasonal infl uenza vaccination to all Australia residents (95% confi dence interval 33%–93%); effectiveness of >65 years of age, all Aboriginal and Torres Strait Islander monovalent vaccine was 47% and not statistically signifi cant. persons >50 years, all Aboriginal and Torres Strait Islander Vaccine effectiveness was higher among adults. -
Risk-Based Surveillance of Avian Influenza in Australia's Wild Birds
CSIRO PUBLISHING Wildlife Research, 2010, 37, 134–144 www.publish.csiro.au/journals/wr Risk-based surveillance of avian influenza in Australia’s wild birds John P. Tracey Invasive Animals Cooperative Research Centre, Vertebrate Pest Research Unit, Industry & Investment NSW, Forest Road, Orange, New South Wales 2800, Australia. Email: [email protected] Abstract Context. The epidemiology of avian influenza and the ecology of wild birds are inextricably linked. An understanding of both is essential in assessing and managing the risks of highly pathogenic avian influenza (HPAI). Aims. This project investigates the abundance, movements and breeding ecology of Australia’s Anseriformes in relation to the prevalence of low-pathogenicity avian influenza (LPAI) and provides risk profiles to improve the efficiency and relevance of wild-bird surveillance. Methods. Generalised linear models and analysis of variance were used to examine the determinants of Anseriformes abundance and movements in Australia, and the observed prevalence of LPAI in Australia (n = 33 139) and overseas (n = 93 344). Risk profiles were developed using poultry density, estimated LPAI prevalence, the abundance of Anseriformes, and the probability of Anseriformes moving from areas of HPAI epizootics. Key results. Analysis of Australian wild-bird surveillance data strongly supports other studies that have found the prevalence of LPAI in wild birds to be much lower (1%) in Australia than that in other countries (4.7%). LPAI prevalence was highly variable among sampling periods and locations and significantly higher in dabbling ducks than in other functional groups. Trends in Anseriformes movements, abundance and breeding are also variable, and correlated with rainfall, which could explain low prevalence and the failure to detect seasonal differences in LPAI in wild birds.