Bush Buddies

Total Page:16

File Type:pdf, Size:1020Kb

Bush Buddies Bush B Volume 2 u d d i e s Ask an Expert Do you have nature questions that you’d like Sylvie asked: As for camouflaging, there are lots of answered by our team of ecologists and other experts? lizards that use camouflage and many Can you please tell of them are found here in Australia. Send them to [email protected] me which lizards use We have Earless Dragons, which are or better still, make a video question and tag us on one camouflage and are tiny round little lizards that are able of our social media channels. We have answers! to camouflage in really well with their poisonous? rocky surroundings by looking a bit like a pebble. Ecologist Alana De Laive: But I think the masters of camouflage That’s a really good question. Most are the Leaf-tailed Geckos. They have lizards are totally harmless to us amazing colours, patterns and textures humans. But there are a couple of that help them camouflage in with species that can produce toxic poison the trees and mossy rocks. They also from venom glands in their jaws. They have spiny fringes that break up their are the Gila Monster and the Mexican body outline and flattened bodies so Beaded Lizard, and they’re both found they don’t cast much of a shadow to in North America. give them away. Very cool lizards. T Q I B I N J M Q U M I Q Y G I P Word search A D L E R E D G U M V K H B E P L N O U E L P V B J H A Z M V W J A N O L U F T Z R F D H Z W A W P N Our Carnarvon A T Z M V T R V C E Z S L O X S I Reserve in Central O A I E P C M U H R V L P B S H G Queensland is home G K W Y Y O Q J T O A J H A Z V A to around 170 different animal species. K C O L T A J U H B S G R V G E L But finding them can A O L D H R H A Y R O G K V D T E be a challenge. A C A L O T U T H R E I M I R U B Are you any good at Z D G L N F G H F U M G H A B P A finding animals? C F I D A J U L L O U Q N Q T P E D M R J R R I B I O Q N L L E P O M Y B U I G T V A D U P L S O P M T I J A P I D Z H D E U V N H Q D X M Y R X Z R M D X M R G R O D W H T G R M T Q Z G U L T U P S T R Emu Glider Turtle Cockatoo Frog Goanna Dunnart Bluegrass Koala Python Wallaby Planigale Quoll Redgum Brigalow Dirt track detectives We need to know which animals are we set up several sites to be swept on our reserves so we can look after clear and then monitored for new them. But some are very hard to find! footprints. Can you figure out Some animals only come out at night Jessica Stingemore manages our and others like to hide. One of the Charles Darwin Reserve in WA, and which animals made ways we can see which animals are has a big job ahead of her sweeping these footprints? around is looking for footprints. all the sandpad monitoring sites. But the fun part is trying to figure out Have you ever noticed how clear your You’ll need to think carefully about which animals made which footprints. footprints can be at the beach? Sand the foot shape and weight of each is great for capturing footprints. So on Would you like to have a go at animal. Where does each live? reserves where we have sandy tracks, playing detective? Do they have tails that drag? How do they walk? Do they have hard hooves, soft paws, claws or toes? Q.1 Q.2 Which animal made Which animal has left this these unusual tracks that huge three-toed footprint are all in a straight line? in the sand? Dingo Emu Malleefowl Wombat Kangaroo or wallaby Cassowary Thorny Devil Koala Dirt track detectives Q.3 Q.4 Who left these paw Mmm. What has left prints behind? this swirling trail? Platypus Snake Honey Possum Bearded Dragon Goanna Malleefowl Dingo Goanna Q.5 Q.6 Look at these tiny tracks. Something has left tiny little Which animal has waddled tracks around its desert home. through? There’s almost no space What do you think it was? between each print, which suggests it may have moved slow. Lizard Spider Goanna Budgerigar Thorny Devil Bearded Dragon Dunnart Brolga Answers: Q.1 Malleefowl. Q.2 Emu. Q.3 Dingo. Q.4 Snake. Q.5 Thorny Devil. Q.6 Spider. Q.6 Devil. Thorny Q.5 Snake. Q.4 Dingo. Q.3 Emu. Q.2 Malleefowl. Q.1 The Thorny Devil is a diurnal (day- up against dew-covered grass. Then Thorny Devils active) reptile reaching 20cm in length. the hygroscopic (moisture-attracting) It’s covered in thorny spines and grooves between their scales channel (Moloch horridus) sports a ‘pretend’ head on the back of this water to their mouths! The same its neck, which is thought to warn off process occurs when it rains. The Thorny Devil is marred with a wicked common predators. Essentially, capillary name, and its Latin species name horridus doesn’t Devils can change action allows the lizard to seem much better. In reality, it’s a slow-moving colour to blend into their suck water from all over ant-eater, and horridus means bristly, referring to surrounds, appearing its body – an amazing the reptile’s erect stance! mostly grey, red, orange adaptation! They’re or yellow. also thought to bury Their gait is also remarkable: tail themselves in sand, in lifted, they walk along with slow, jerky extreme circumstances, movements backwards and forwards. This might be a defence mechanism to draw moisture from it. to confuse predators when they’re spotted in the open. The species holds cultural importance for many Aboriginal groups – for How do these lizards survive in example, the Anmatyerre/Alyawarr water-parched arid Australia? During people of the Northern Territory have the night dew condenses on their a dreaming story surrounding the bodies, and in the morning they brush species. Where do Thorny Devil Thorny Devils live? behaviour Their range covers most of arid Australia Head-bobbing and leg-waving is how A face that only a mother could love. This Thorny – large parts of Western Australia, the a male Thorny Devil attracts a mate. Devil was found at Bon Bon Station. southern half of the Northern Territory, Courtship complete, the female then Photo Gillian Carter. South Australia and western Queensland. lays 3 to 10 eggs in a chamber burrowed They live in dry sand country, spinifex 30cm deep in the soil. Depending on the grasslands and scrub. temperature, the eggs hatch after three to four months. Young start eating almost It may be a well-known species, but immediately. scientists are still somewhat unsure about Thorny Devils eat ants. In the morning They can be very well its distribution and population size. The camouflaged. International Union for the Conservation and late afternoon they locate a trail Photo Leanne Hales at Eurardy Reserve, WA. of Nature (IUCN) has graded it as ‘Of and lap them up with their short, sticky least concern’ on its Red List. tongues. In one day an individual can eat thousands of ants! This diet seems to suit them just fine: they can live to be20 years old in the wild. Threats to What’s Bush Thorny Devils Heritage doing? Natural predators include Goannas Thorny Devils are found on our Charles and predatory birds such as the Darwin, Hamelin and Eurardy reserves Brown Falcon. Being entirely reliant in Western Australia, as well as Cravens on ant populations, the Thorny Devil Peak and Ethabuka in Queensland. is vulnerable to habitat loss and disturbance. They’re also found in the Birriliburu Indigenous Protected Area where Being ectotherms (which get their we partner with the Martu people – body heat from external sources) Traditional Owners of this country they’re at risk of being run over while – to support important work such as basking on warm roads. reinstating traditional fire patterns, Bilby monitoring and conducting baseline fauna surveys. The Thorny Devil looks frightening up close. Photo Ben Parkhurst. Many of our staff love Thorny Devils. Photo Nella Lithgow. Eeis for Echidna Jj is for Jabiru What are some of the problems they face? Dressing up is lots of fun and it really gets you And what are some things they do that people can’t do? thinking. Do you know how Koalas behave? Print off and cut out this face mask. You can attach it with some elastic or glue it to an icy-pole stick. Then take some time out to be a Koala!.
Recommended publications
  • Colouration Is Probably Used to Warn Off Predators. Contrasting
    p lJp Front ne misty morning, while camp cl near a . adu ational Park, I was lucky enoug bi11 ab on,,a in Kak . h to . ellied Sea-Eagle catch mg its first meal of the witnes s a White-b . ama IJ1g Sight, as seem1 gly f m OU� day. Jt was an � � . rn of . swooped !own, th1 ust its nowhere a massive bird : talons 111�0 a large silver fish. In the the water and pulled out same fluid to a nearby perch and proceeded to 1110tion it then flew . tear its catch apart. After weeks of seemg t h ese b'1r d s perched sile ntly along the rivers of the far orthern Territory, it wa thrilling to finally see one hunting. Penny Olsen ha studied so A shower of airborne droplets trail a White-bellied Sea-Eagle as it these magnificent birds for over 15 year don't miss her struggles to gain height, a fish firmly grasped in both feet. article "Winged Pirates" as it provides a view into the world of tlie White-bellied Sea-Eagle-and includes her own fir t-hand full of vicious pointed teeth. Related to modern-day snakes, experience of the power of those massive talons. these reptiles propelled themselve through the water by From Sea-Eagles to sea monster , we go to Western powerful front and rear paddles, and used their teeth to crack Australia and join John Long as he describes the excitement open the hard-coiled shells of ammonites. John also describes of discovering Australia's largest and most complete keleton the other types of marine reptiles that dominated our seas at of a 1110 asaur-a ten-metre-long marine reptile with a head the time of the dinosaurs.
    [Show full text]
  • Passive Water Collection with the Integument: Mechanisms and Their Biomimetic Potential (Doi:10.1242/ Jeb.153130) Philipp Comanns
    © 2018. Published by The Company of Biologists Ltd | Journal of Experimental Biology (2018) 221, jeb185694. doi:10.1242/jeb.185694 CORRECTION Correction: Passive water collection with the integument: mechanisms and their biomimetic potential (doi:10.1242/ jeb.153130) Philipp Comanns There was an error published in J. Exp. Biol. (2018) 221, jeb153130 (doi:10.1242/jeb.153130). The corresponding author’s email address was incorrect. It should be [email protected]. This has been corrected in the online full-text and PDF versions. We apologise to authors and readers for any inconvenience this may have caused. Journal of Experimental Biology 1 © 2018. Published by The Company of Biologists Ltd | Journal of Experimental Biology (2018) 221, jeb153130. doi:10.1242/jeb.153130 REVIEW Passive water collection with the integument: mechanisms and their biomimetic potential Philipp Comanns* ABSTRACT 2002). Furthermore, there are also infrequent rain falls that must be Several mechanisms of water acquisition have evolved in animals considered (Comanns et al., 2016a). living in arid habitats to cope with limited water supply. They enable Maintaining a water balance in xeric habitats (see Glossary) often access to water sources such as rain, dew, thermally facilitated requires significant reduction of cutaneous water loss. Reptiles condensation on the skin, fog, or moisture from a damp substrate. commonly have an almost water-proof skin owing to integumental This Review describes how a significant number of animals – in lipids, amongst other components (Hadley, 1989). In some snakes, excess of 39 species from 24 genera – have acquired the ability to for example, the chemical removal of lipids has been shown to – passively collect water with their integument.
    [Show full text]
  • Land for Wildlife News, Alice Springs, NT
    LLAA NNDD FFOORR WWIILLDDLLIIFFEE NNEE WWSS Newsletter of the Land for Wildli fe Scheme in Alice Springs Municipality, NT Vol.1 No.10 December 2004 Land for Wildlife Update In this Issue Another year is almost over, a big thanks to those who Land for Wildlife Update 1 have attended the workshops held throughout the year ALEC 1 Lower Todd Land Care Group 1 and continued to develop or conserve their property for wildlife habitat. Also welcome to those new Books Worth a Look 1 members of 2004. There are now 35 Land for Wildlife properties registered with several waiting to be Spotlight on : Weeds Weeds Weeds 2 assessed. A list of all the members to date is included LfW ers 4 in the Newsletter. Also, what was the coordinator team of Danae, Kim and Bill is now just Kim and Bill Watch for : with Danae moving on to the CLC and Yuendemu. Thorny Devil 4 We have been advised of partial funding for next year Short-beaked Echidna 5 by Envirofund and this is in the process of confirmation. We hope you all enjoy your Christmas Workshops & Events 6 and summer break and we look forward to another year of Land for Wildlife. Arid Lands Environment Centre has reactivated with Books Worth a Look new Coordinator John Brisbin. Lots has happened in the last week down at ALEC with a threat to their commercial operations at the town tip, featuring the Bowerbird Tip Shop. ASTCouncil intend to remove salvage rights from the Bowerbird tip shop and hand them over to Wastemaster which would finish the Tip Bush tracks: shortcuts to vegetation Shop operation.
    [Show full text]
  • Australia Australia
    Australia LEVELED BOOK • U A Reading A–Z Level U Leveled Book Word Count: 1,704 AAUUSSTTRRAALLIIAA Written by Terry Miller Shannon Visit www.readinga-z.com www.readinga-z.com for thousands of books and materials. Photo Credits: Front cover, back cover, title page, pages 4, 5, 7, 8, 10, 11, 12, 13 (main), 16, 18: © Jupiterimages Corporation; page 9 (top): © ea-4/iStock/Thinkstock; page 9 (bottom): © Minden Pictures/SuperStock; page 13 (inset): © Lawrence Manning/ Corbis; page 14: Convicts on their way to Botany Bay (litho), Woodville, Richard Caton (1825-56)/Private Collection/The Bridgeman Art Library; page 17: USTRALI © TopFoto/The Image Works; page 19: © John White Photos/Alamy; page 20: © Jose Fuste Raga/Corbis Documentary/Getty Images; page 21: © Mishkacz/ A A Dreamstime.com; page 22: © imagebroker/Alamy Cover: Koala bear Title page: Sydney Opera House Back cover: Twelve Apostles rock formations on the Australian coast Australia Written by Terry Miller Shannon Level U Leveled Book © Learning A–Z Correlation Written by Terry Miller Shannon LEVEL U Maps by Craig Frederick Fountas & Pinnell Q All rights reserved. Reading Recovery 40 DRA 40 www.readinga-z.com www.readinga-z.com Asia Europe North America Africa South America Australia Antarctica Australia is one of the world’s richest natural areas. Introduction Table of Contents The official name of Australia is the Introduction ............................... 4 Commonwealth of Australia, but Australians call Geography ................................ 6 their land “Oz.” It is a place so unique, it might have come from a fantasy story rather than real Animals................................... 8 life. Many of the things you see in Australia, The Outback.............................
    [Show full text]
  • Surviving in Your Ecosystem W
    Surviving in your Ecosystem w ASSOCIATION OF ZOOS & AQUARIUMS EDUCATION STATISTICS* CONSERVATION EDUCATIONAL SUPPORTING AND RESEARCH PROGRAMMING STEM 700 species benefiting Supporting classroom-based learning STEM programming from conservation action reached 2.3 million 51 million elementary, middle and participants 375 species studied high school students participated in through mission-based education programs Over 5 million spent on research STEM Education 91 MILLION participants in programs that focus on actions to address conservation issues *Details provided by the Association of Zoo and Aquariums 2015 highlights annual report. TABLE OF CONTENTS Letter From The Staff ............................................................................................................................................................................ 4 Overview .............................................................................................................................................................................................. 5 UNIT 1 8 4-LS1-1 From Molecules to Organisms: Structures and Processes ..................................................................................................... 9 4-LS1-1 From Molecules to Organisms: Structures and Processes ................................................................................................... 10 The Gaboon Viper Exercise ................................................................................................................................................................
    [Show full text]
  • Moisture Harvesting and Water Transport Through Specialized Micro-Structures on the Integument of Lizards
    Moisture harvesting and water transport through specialized micro-structures on the integument of lizards Philipp Comanns1, Christian Effertz2, Florian Hischen1, Konrad Staudt1, Wolfgang Böhme3 and Werner Baumgartner*1 Full Research Paper Open Access Address: Beilstein J. Nanotechnol. 2011, 2, 204–214. 1Department of Cellular Neurobionics, RWTH-Aachen University, doi:10.3762/bjnano.2.24 Lukasstr. 1, 52056 Aachen, Germany, 2Department of Experimental Physics Ia, RWTH-Aachen University, Sommerfeldstr., 52056 Received: 02 January 2011 Aachen, Germany and 3Zoologisches Forschungsmuseum Alexander Accepted: 19 March 2011 Koenig (ZFMK), Adenauerallee 160, 53113 Bonn, Germany Published: 13 April 2011 Email: This article is part of the Thematic Series "Biomimetic materials". Werner Baumgartner* - [email protected] Guest Editors: W. Barthlott and K. Koch * Corresponding author © 2011 Comanns et al; licensee Beilstein-Institut. Keywords: License and terms: see end of document. capillary; horned lizard; rain harvesting; thorny devil; water transport Abstract Several lizard species that live in arid areas have developed special abilities to collect water with their bodies' surfaces and to ingest the so collected moisture. This is called rain- or moisture-harvesting. The water can originate from air humidity, fog, dew, rain or even from humid soil. The integument (i.e., the skin plus skin derivatives such as scales) has developed features so that the water spreads and is soaked into a capillary system in between the reptiles' scales. Within this capillary system the water is transported to the mouth where it is ingested. We have investigated three different lizard species which have developed the ability for moisture harvesting independently, viz. the Australian thorny devil (Moloch horridus), the Arabian toadhead agama (Phrynocephalus arabicus) and the Texas horned lizard (Phrynosoma cornutum).
    [Show full text]
  • Natural History of Thorny Devils Moloch Horridus (Lacertilia: Agamidae) in the Great Victoria Desert
    Journal of the Royal Society of Western Australia, 81:183-190, 1998 Natural history of thorny devils Moloch horridus (Lacertilia: Agamidae) in the Great Victoria Desert G A Pianka1, E R Pianka2* & G G Thompson3 1 University of Vermont, Jeanne Mance Hall, Rm 619, Burlington, VT 05405 USA 2 University of Texas, Zoology Department, Austin, TX 78712–1064 USA email: [email protected] 3 Edith Cowan University, Centre for Ecosystem Management, Joondalup Drive, Joondalup, Western Australia 6027. email: [email protected] * to whom reprint requests should be addressed Manuscript received August 1997; accepted February 1998 Abstract Daily movements and activity of three male and five female thorny devils (Moloch horridus) were monitored using biotelemetry in the Great Victoria Desert during September, October and November 1995. Both males and females moved up to 200–300 m daily, with males averaging linear daily distances twice as great as those of females (66.6 m vs 31.7 m, respectively). Considerable individual variation in movements is evident among thorny devils. Activity does not appear to be confined to a specific area during the mating season (early spring, August– September). Lizards were considerably more active during early spring (September–early October) than in late spring-early summer (late October–early November). This seasonal activity pattern is reflected in burrow usage which increased significantly during late spring. Males and females were active with similar frequencies. Evidence for M. horridus navigating by methods other than sight or smell of another conspecific lizard is presented. Colour correlates positively with activity level (rs = 0.45; P < 0.0001), with lighter skin colour associated with higher activity levels.
    [Show full text]
  • Fauna Assessment
    Fauna Assessment Medcalf Vanadium Mining Project Proposed Haul Road Audalia Resources Limited November 2017 Version 2 On behalf of: Audalia Resources Ltd c/- Botanica Consulting PO Box 2027 BOULDER WA 6432 T: 08 9093 0024 F: 08 9093 1381 Prepared by: Greg Harewood Zoologist PO Box 755 BUNBURY WA 6231 M: 0402 141 197 E: [email protected] MEDCALF VANADIUM MINING PROJECT - PROPOSED HAUL ROAD – AUDALIA RESOURCES LIMITED FAUNA ASSESSMENT – NOVEMBER 2017 – V2 TABLE OF CONTENTS SUMMARY 1. INTRODUCTION ....................................................................................... 1 2. SCOPE OF WORKS .................................................................................. 1 3. METHODS ................................................................................................. 1 3.1 SITE SURVEYS ......................................................................................... 1 3.1.1 General Fauna Habitat Assessment ................................................ 1 3.1.2 Fauna Observations......................................................................... 2 3.2 POTENTIAL VERTEBRATE FAUNA INVENTORY ................................... 2 3.2.1 Database Searches ......................................................................... 2 3.2.2 Previous Fauna Surveys in the Area ............................................... 3 3.2.3 Existing Publications ........................................................................ 4 3.2.4 Fauna of Conservation Significance ...............................................
    [Show full text]
  • Leveled Reading Research Activities Presentation Leveled Reading
    Leveled Reading Research Activities Presentation ATI RE VE C K R A A A A L L L L E C C C C C N S C I E Editable Presentation hosted on Google Slides. Click to Download. Description Habitat & Range ● The thorny devil is a reptile that is ● The thorny devil tends to live in the classified as a lizard. scrubland and desert that covers most of central Australia. ● They have a spiny “false head” on the back of its neck, which the lizard ● Where it lives is dictated more by the shows to potential predators by sandy soil and less by the climate. tucking its chin. ● The devil’s thorny scales are ridged which allows the animal to collect water from any given part of its body Thorny Devil and transfer it to its mouth. Unique Characteristics Reproduction Diet ● The thorny devil gets its name ● Its diet consists almost entirely of black ● Its diet consists almost entirely because of the two large ants and the water it collects from the of black ants and the water it horned scales on its head that dew that lands on its skin. collects from the dew that makes it look like the image of lands on its skin. the devil. ● The thorny devil has been known to eat thousands of ants a day. ● The thorny devil has been ● The lizard is also referred to as known to eat thousands of the “thorny dragon.” ants a day. ● The coloring of their spines allows the thorny devil to camouflage well. Predators, Threats & Status Conservation Organizations Extended Video ● The thorny devil’s biggest threat is being ● The International Union for the eaten by wild birds and goannas.
    [Show full text]
  • RAC 2 Ebook.Pub
    READINGacross the CURRICULUM 2 Non fiction text for Guided Silent Reading Lessons REPTILES Hilton Ayrey sample eBook CONTENTS Using the Text 3 Using the Follow Up Activities 5 Students Follow up Text Activities Page nos Page nos SET 1 : Instructional Reading Age 7-8 years 1:1 Reptiles 7 8 1:2 Turtles 9 10 1:3 Lizards 11 12 1:4 Snakes 13 14 SET 2 : Instructional Reading Age 8-9 years 2:1 Reptiles 15 16 2:2 Crocodilians 17 18 2:3 Nile Crocodiles 19 20 2:4 American Alligators 21 22 SET 3 : Instructional Reading Age 9-10 years 3:1 Turtles 23 24 3:2 The Giant Tortoise 25 26 3:3 Green Turtles 27 28 3:4 Mud Turtles 29 30 SET 4 : Instructional Reading Age 10-12 years 4.1 Lizards 31 32 4.2 Thorny Devils 33 34 4.3 Komodo Dragons 35 36 4.4 Jackson’s Chameleons 37 38 SET 5 : Instructional Reading Age 12-14+ years 5.1 Snakes 39 40 5.2 Anacondas 41 42 5.3 Flying Tree Snakes 43 44 5.4 Rattlesnakes 45 46 TEACHING NOTES Learning Outcomes in Science and English 47 Comprehension Strategy Instruction - What is it? 48 Comprehension Strategies - What are they? 49 The Big Picture - Where comprehension strategies fit into reading instruction 51 “The Three Steps” - A recommended Guided Silent Reading process 53 Charts for Teaching the Three Steps 55 Information Web - An example (The Giant Tortoise) 58 Classroom organisation for small group instruction 59 Sample Headings and Trigger Words for all the information reports 61 Copyright © 2007 Handy Resources May be copied for use in school of purchase only RAC2: Reptiles Visit our website at www.handyres.com 2 USING THE TEXT COMPREHENSION STRATEGY INSTRUCTION “The Three Steps” With a small group, the text is processed one paragraph at a time using the following three steps.
    [Show full text]
  • Year of the Lizard News No
    Year of the Lizard News No. 4 July 2012 V V V V V V V V V V www.YearoftheLizard.org Lizards Across the Land: Federal Agencies’ Role From Alaska to Hawaii to Florida, hundreds of millions of acres of our public lands are held in trust by federal land management agencies. Many of these lands support rich and diverse populations of lizards. The following collection of articles provides a sample of the outstanding scholarly and practical work being conducted on our federal public lands. Biologists at these and other federal agencies are hard at work to answer many important questions regarding A Copper-striped Blue-tailed Skink (Emoia impar) the science of lizard conservation and management and to photographed in Samoa during a USGS field survey. identify and conserve priority habitats for lizards and other Photo: Chris Brown, USGS. native wildlife. “No other landscape in these United States has —Terry Riley, National Park Service, National PARC been more impacted by extinction events and species Federal Agencies Coordinator invasions in historic times than the Hawaiian Islands, with as yet unknown long-term cascading consequences USGS Reveals “Cryptic Extinction” of Pacific to the ecosystem,” said U.S. Geological Survey director Lizard Marcia McNutt. “Today, we close the book on one more animal that is unlikely to ever be re-established in this A species of lizard is now extinct from the Hawaiian fragile island home.” Islands, making it the latest native vertebrate species to “This skink was once common throughout the become extirpated from this tropical archipelago. Hawaiian Islands, and in fact the species can still be The Copper-striped Blue-tailed Skink (Emoia impar) — found on many other island groups in the tropical a sleek lizard with smooth, polished scales and a long, sky- blue tail — was last confirmed in the Na’Pali coast of Kauai continued on p.
    [Show full text]
  • Agamidae: Squamata) from Western Australia Julie Rej East Tennessee State University
    East Tennessee State University Digital Commons @ East Tennessee State University Electronic Theses and Dissertations Student Works 5-2017 Late Quaternary Dragon Lizards (Agamidae: Squamata) from Western Australia Julie Rej East Tennessee State University Follow this and additional works at: https://dc.etsu.edu/etd Part of the Paleontology Commons, and the Zoology Commons Recommended Citation Rej, Julie, "Late Quaternary Dragon Lizards (Agamidae: Squamata) from Western Australia" (2017). Electronic Theses and Dissertations. Paper 3210. https://dc.etsu.edu/etd/3210 This Thesis - Open Access is brought to you for free and open access by the Student Works at Digital Commons @ East Tennessee State University. It has been accepted for inclusion in Electronic Theses and Dissertations by an authorized administrator of Digital Commons @ East Tennessee State University. For more information, please contact [email protected]. Late Quaternary Dragon Lizards (Agamidae: Squamata) from Western Australia ____________________________________ A thesis presented to the Department of Geosciences East Tennessee State University In partial fulfillment of the requirements for the degree Master of Science in Geosciences ____________________________________ by Julie Rej May 2017 ____________________________________ Dr. Blaine Schubert, Chair Dr. Steven Wallace Dr. Chris Widga Keywords: Agamidae, Pogona, Ctenophorus, Tympanocryptis, Hastings Cave, Horseshoe Cave, Western Australia, Squamata, Late Quaternary ABSTRACT Late Quaternary Dragon Lizards (Agamidae: Squamata) from Western Australia by Julie Rej Fossil Agamidae from Western Australia have been the subject of limited study. To aid in fossil agamid identification, Hocknull (2002) examined the maxilla and dentary of several extant species from Australia and determined diagnostic characters for various species groups. In the study here, fossil agamids from two localities in Western Australia, Hastings Cave and Horseshoe Cave, were examined, grouped, and identified to the lowest unambiguous taxonomic level.
    [Show full text]