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Veterinary Entomology

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Veterinary Entomology JOIN US ON THE INTERNET VIA WWW, GOPHER, FTP OR EMAil: WWW: http://www.thomson.com GOPHER: gopher.thomson.com A service of IQJP@ FTP: ftp.thomson.com EMAIL: [email protected] Veterinary Entomology Arthropod Ectoparasites of Veterinary Importance Richard Wall School of Biological Sciences, The University of Bristol, UK and David Shearer School of Veterinary Science, The University of Bristol, UK I~n I SPRINGER-SCIENCE+BUSINESS MEDIA, B.V. First edition 1997 © 1997 Springer Science+Business Media Dordrecht Originally published by Chapman & Hali in 1997 ISBN 978-0-412-61510-8 ISBN 978-94-011-5852-7 (eBook) DOI 10.1007/978-94-011-5852-7 Apart from any fair deal ing for the purposes of research or private study, or criticism or review, as permitted under the UK Copyright Designs and Patents Act, 1988, this publication may not be reproduced, stored, or transmitted, in any form or by any means, without the prior permission in writing of the publishers, or in the case of reprographic reproduction only in accordance with the terms of the licences issued by the Copyright Licensing Agency in the UK, or in accordance with the terms of licences issued by the appropriate Reproduction Rights Organization outside the UK. Enquiries concerning reproduction outside the terms stated here should be sent to the publishers at the London address printed on this page. The publisher makes no representation, express or implied, with regard to the accuracy of the information contained in this book and cannot accept any legal responsibility or liability for any errors or omissions that may be made. A Catalogue record for this book is available from the British Library Library of Congress Catalog Number: 96-71695 § Printed on pennanent acid-free text paper, manufactured in accordance with ANSIINISO Z39.48-1992 (Permanence ofPaper). CONTENTS Preface xiii Acknowledgements xv 1 The importance and diversity of arthropod ectoparasites 1 1.1 Introduction 2 1.2 Ectoparasite-host relationshi ps 2 1.3 Ectoparasite damage 3 1.4 The evolution of ectoparasite-host relationships 6 1.5 A modern and growing problem 9 1.6 Arthropod structure and function 11 1.6.1 Arthropod segmentation 11 1.6.2 The arthropod exoskeleton 11 1.6.3 Jointed legs 15 1.6.4 Spiracles and gas exchange 16 1.6.5 The arthropod circulatory system 17 1.6.6 The arthropod nervous system 18 1.6.7 Digestion and absorption 18 1.6.8 Arthropod sense organs 20 1.6.9 Arthropod reproduction 22 1.6.10 Arthropod size 23 1.7 Patterns of arthropod development 24 1.7.1 Moulting 24 1.7.2 Simple and complex life cycles 25 1.8 The classification of diversity 27 1.9 The origins of arthropods 29 1.10 Living arthropod groups 31 1.10.1 Arachnids 32 1.10.2 Insects 34 1.10.3 Other living arthropod groups 36 1.11 Arthropod distributions 38 1.12 Further reading 40 2 Mites (Acari) 43 2.1 Introduction 44 2.2 Morphology 44 2.3 Life history 49 2.4 Pathology 49 Vi Contents 2.5 Classification 51 2.5.1 Astigmata 52 2.5.2 Prostigmata 52 2.5.3 Mesostigmata 53 2.6 Recognition of mites of veterinary importance 53 2.6.1 Guide to the sub-orders of Acari 53 2.6.2 Guide to species and families of veterinary importance 54 2.7 Astigmata 59 2.7.1 Sarcoptidae 59 2.7.2 Psoroptidae 64 2.7.3 Knemidocoptidae 72 2.7.4 Listerophoridae 74 2.7.5 Astigmatid mites of minor veterinary interest 77 2.8 Prostigmata 78 2.8.1 Demodicidae 78 2.8.2 Cheyletiellidae 80 2.8.3 Trombiculidae 82 2.8.4 Psorergatidae 86 2.8.5 Prostigmatid mites of minor veterinary interest 88 2.9 Mesostigmata 89 2.9.1 Macronyssidae 89 2.9.2 Dermanyssidae 91 2.9.3 Mesostigmatid mites of minor veterinary interest 92 2.10 Further reading 93 3 Ticks (Acari) 96 3.1 Introduction 97 3.2 Morphology 97 3.2.1 Ixodidae 97 3.2.2 Argasidae 102 3.3 Life history 103 3.3.1 Ixodidae 103 3.3.2 Argasidae 107 3.4 Pathology 108 3.4.1 Cutaneous effects of tick feeding 108 3.4.2 Systemic effect: vectors of disease 109 3.4.3 Systemic effects: tick paralysis 113 3.4.4 Other systemic effects 114 3.5 Classification 114 3.6 Recognition of ticks of veterinary importance 115 3.7 Ixodidae 117 Contents vii 3.7.1 Ixodes 117 3.7.2 Dermacentor 123 3.7.3 Haemaphysalis 128 3.7.4 Rhipicephalus 130 3.7.5 Boophilus 132 3.7.6 Amblyomma 133 3.7.7 Hyalomma 135 3.8 Argasidae 135 3.8.1 Argas 135 3.8.2 Otobius ·137 3.8.3 Ornithodoros 139 3.9 Further reading 139 4 Adult flies (Diptera) 141 4.1 Introduction 142 4.2 Morphology 142 4.3 Life history 147 4.4 Pathology 149 4.5 Classification 149 4.5.1 Cyclorrhapha 150 4.5.2 Brachycera 150 4.5.3 Nematocera 151 4.6 Recognition of flies of veterinary importance 152 4.6.1 Guide to families of adult Diptera of veterinary importance 152 4.7 Cyclorrhapha 155 4.7.1 Muscidae 159 4.7.2 Fanniidae 167 4.7.3 Hippoboscidae 169 4.7.4 Glossinidae 171 4.7.5 Cyclorrhaphous flies of minor veterinary interest 173 4.8 Brachycera 174 4.8.1 Tabanidae 175 4.9 Nematocera 179 4.9.1 Simuliidae 181 4.9.2 Ceratopogonidae 185 4.9.3 Culicidae 188 4.9.4 Psychodidae 191 4.10 Other Diptera of veterinary interest 193 4.10.1 Eye gnats 193 4.11 Further reading 193 viii Contents 5 Myiasis 197 5.1 Introduction 198 5.2 Morphology 199 5.3 Life history 201 5.4 Pathology 202 5.5 Classification 203 5.6 Recognition of dipterous agents of myiasis 204 5.6.1 Guide to the third-stage larvae causing myiasis in domestic animals 204 5.6.2 Guide to genera of adult Diptera causing myiasis in domestic animals 208 5.7 Oestridae 210 5.7.1 Oestrinae 210 5.7.2 Gasterophilinae 215 5.7.3 Hypodermatinae 221 5.7.4 Cuterebrinae 226 5.8 Calliphoridae 229 5.8.1 Cochliomyia 229 5.8.2 Chrysomya 232 5.8.3 Luci/ia 237 5.8.4 Phormia and Protophormia 243 5.8.5 Calliphora 244 5.8.6 Cordylobia 246 5.9 Sarcophagidae 248 5.9.1 Wohlfahrtia 248 5.10 Further reading 250 6 Fleas (Siphonaptera) 254 6.1 Introduction 255 6.2 Morphology 256 6.3 Life history 262 6.4 Pathology 264 6.5 Classification 266 6.6 Recognition of fleas of veterinary importance 266 6.6.1 Guide to the flea species of veterinary importance 266 6.7 Pulicidae 267 6.7.1 ctenocephalides 267 6.7.2 Spi/opsyllus 273 6.7.3 Echidnophaga 273 6.7.4 Pulex 276 6.7.5 Xenopsylla 277 6.8 Ceratophyllidae 278 Contents lX 6.8.1 Ceratophyllus 278 6.8.2 Nosopsyllus 280 6.9 Flea species of minor veterinary interest 281 6.10 Further reading 282 7 Lice (Phthiraptara) 284 7.1 Introduction 285 7.2 Morphology 285 7.3 Life history 288 7.4 Pathology 289 7.5 Classification 291 7.6 Recognition of lice of veterinary importance 292 7.6.1 Guide to the genera of lice of veterinary interest 292 7.7 Amblycera 295 7.7.1 Menoponidae 295 7.7.2 Boopidae 297 7.7.3 Gyropidae 297 7.8 Ischnocera 299 7.8.1 Philopteridae 299 7.8.2 Trichodectidae 302 7.9 Anoplura 306 7.9.1 Haematopinidae 306 7.9.2 Linognathidae 308 7.9.3 Polyplacidae 310 7.10 Further reading 311 8 The control and treatment of ectoparasite infestation 313 8.1 Introduction 314 8.2 Diagnosis of ectoparasite infestation 314 8.2.1 Hair examination 315 8.2.2 Acetate strip examination 315 8.2.3 Superficial skin scraping (epidermal surface examination) 316 8.2.4 Deep skin scraping (deep epidermal examination) 316 8.2.5 Collection of free-living ectoparasites 316 8.2.6 Biopsy and histopathology 317 8.3 The chemical control of ectoparasites 318 8.3.1 Ectoparasiticides: early compounds 318 8.3.2 Ectoparasiticides: neurotoxins 318 x Contents 8.3.3 Ectoparasiticides: insect growth regulators 321 8.3.4 Repellents 322 8.3.5 Desiccants 323 8.4 Mode of ectoparasiticide application 323 8.4.1 Topical preparations 323 8.4.2 Systemic preparations 324 8.4.3 Environmental preparations 324 8.5 Problems v-.1th chemical control 325 8.5.1 Poisoning and environmental contamination 325 8.5.2 Resistance 326 8.6 Non-chemical control of ectoparasites 327 8.6.1 Physical control 327 8.6.2 Barriers 328 8.6.3 Biological control 328 8.6.4 Vaccination 329 8.6.5 Trapping 329 8.6.6 Sterile insect technique 330 8.6.7 Modelling and forecasting 330 8.7 Cattle 331 8.7.1 Mites 331 8.7.2 Ticks 334 8.7.3 Flies 335 8.7.4 Myiasis 336 8.7.5 Fleas 338 8.7.6 Lice 339 8.8 Sheep 339 8.8.1 Mites 339 8.8.2 Ticks 343 8.8.3 Flies 344 8.8.4 Myiasis 346 8.8.5 Fleas 348 8.8.6 Lice 348 8.9 Horses 349 8.9.1 Mites 349 8.9.2 Ticks 351 8.9.3 Flies 352 8.9.4 Myiasis 355 8.9.5 Fleas 356 8.9.6 Lice 357 8.10 Pigs 357 8.10.1 Mites 357 8.10.2 Ticks 358 8.10.3 Flies 359 8.10.4 Myiasis 360 8.10.5 Fleas 360 8.10.6 Lice 361 Contents xi 8.11 Goats 361 8.11.1 Mites 361 8.11.2 Ticks 363 8.11.3 Flies 364 8.11.4 Myiasis 365 8.11.5 Fleas 366 8.11.6 Lice 366 8.12 Dogs 367 8.12.1 Mites 367 8.12.2 Ticks 371 8.12.3 Flies 372 8.12.4 Myiasis 373 8.12.5 Fleas 374 8.12.6 Lice 375 8.13 Cats 376 8.13.1 Mites 376 8.13.2 Ticks 380 8.13.3 Flies 380 8.13.4 Myiasis 381 8.13.5 Fleas 382 8.13.6 Lice 384 8.14 Small mammals 384 8.14.1 Mites 384 8.14.2 Flies 390 8.14.3 Myiasis 390 8.14.4 Fleas 391 8.14.5 Lice 391 8.15 Birds 392 8.15.1 Mites 392 8.15.2 Ticks 395 8.15.3 Flies 395 8.15.4 Myiasis 397 8.15.5 Fleas 397 8.15.6 Lice 398 8.16 Further reading 398 Glossary 402 Index 421 PREFACE Although usually treated as unified subject, in many respects the two components of what is broadly described as 'medical and veterinary entomology' are clearly distinct.
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  • Unexpected Intracranial Location of a Cephenemyia Stimulator Larva in A

    Unexpected Intracranial Location of a Cephenemyia Stimulator Larva in A

    Galemys, 33: xx-xx, 2021 ISSN 1137-8700 e-ISSN 2254-8408 DOI: 10.7325/Galemys.2021.A2 Unexpected intracranial location of a Cephenemyia stimulator larva in a roe deer, Capreolus capreolus, revealed by computed tomography Inesperada ubicación intracraneal de una larva de Cephenemyia stimulator en un corzo, Capreolus capreolus, detectada mediante tomografía computerizada Luis E. Fidalgo1, Ana M. López-Beceiro1, Carlos Martínez-Carrasco2, Noelia Caparrós-Fontarosa3, Antonio Sánchez3, Mónica Vila1, Daniel Barreiro1, Mathieu Sarasa4 & Jesús M. Pérez5,6 * 1. Departamento de Ciencias Clínicas Veterinarias, Universidad de Santiago de Compostela, Avda. Carballo Calero s.n., 22741 Lugo, Spain. 2. Departamento de Sanidad Animal, Campus de Excelencia Internacional Regional “Campus Mare Nostrum”, Universidad de Murcia, Campus Espinardo, 30100 Murcia, Spain. 3. Departamento de Biología Experimental, Universidad de Jaén, Campus Las Lagunillas s.n., 23071 Jaén, Spain. 4. BEOPS, 1 Esplanade Compans Caffarelli, 31000 Toulouse, France. 5. Departamento de Biología Animal, Biología Vegetal y Ecología, Universidad de Jaén, Campus Las Lagunillas s.n., 23071 Jaén, Spain. 6. Wildlife Ecology & Health group (WE&H). *Corresponding author: [email protected] Abstract In this study we describe the finding of aCephenemyia stimulator larva in the brain of a roe deer (Capreolus capreolus) after performing a computed tomography (CT) scan of its head. Despite this anatomical location of oestrid larvae could be relatively frequent in other genera, such as Oestrus, to our knowledge, this is the first reported case involving the genusCephenemyia . Concretely, a second-instar C. stimulator larva was found in the basis of the cranium. The location of a macroscopic hemorrhagic lesion involving the brain parenchyma peripheral to the location of the larva suggests that tissue colonization occurred before the animal was hunted.
  • Queensland Museum Annual Report 2017-18

    Queensland Museum Annual Report 2017-18

    BOARD OF THE 23 August 2018 The Honourable Leeanne Enoch MP QUEENSLAND MUSEUM Minister for Environment and the Great Barrier Reef Minister for Science and Minister for the Arts GPO BOX 5078 ANNUAL REPORT BRISBANE QLD 4001 Dear Minister 2017-18 I am pleased to submit for presentation to the Parliament the Annual Report 2017-2018 and financial statements for the Board of the Queensland Museum. I certify that this annual report complies with: • the prescribed requirements of the Financial Accountability Act 2009 and the Financial and Performance Management Standard 2009, and • the detailed requirements set out in the Annual report requirements for Queensland Government agencies. A checklist outlining the annual reporting requirements can be found at page 91 of this annual report. Yours sincerely David Conry Chair Board of the Queensland Museum CONTENTS 2 INTRODUCTION 2 VISION, MISSION, PURPOSE 3 QUEENSLAND MUSEUM NETWORK 7 BOARD OF THE QUEENSLAND MUSEUM 8 CHAIR’S OVERVIEW 9 DIRECTOR’S OVERVIEW 10 HIGHLIGHTS AND ACHIEVEMENTS 14 BACKGROUND 14 GOVERNMENT OBJECTIVES FOR THE COMMUNITY 15 STRATEGIC PLAN 2016–2020 15 OPERATIONAL PLAN 2015–2019 15 OPERATING ENVIRONMENT 16 OUTCOMES 17 STRATEGIC OBJECTIVES 17 SERVICE AREAS 42 PERFORMANCE MEASURES 43 FINANCIAL PERFORMANCE 43 SUMMARY OF FINANCIAL PERFORMANCE 45 FINANCIAL STATEMENTS 69 CERTIFICATE OF THE FINANCIAL STATEMENTS 70 INDEPENDENT AUDITOR’S REPORT 73 GOVERNANCE 73 MANAGEMENT AND STRUCTURE 86 RISK MANAGEMENT AND ACCOUNTABILITY 87 HUMAN RESOURCES 88 OPEN DATA DISCLOSURE OF ADDITIONAL INFORMATION 90 GLOSSARY 91 COMPLIANCE CHECKLIST 92 PUBLICATIONS 2017-18 98 GRANTS 2017-18 2 BOARD OF THE QUEENSLAND MUSEUM ANNUAL REPORT 2017–18 INTRODUCTION VISION To be the premier museum in Australasia, connecting real objects and contemporary research with communities, creating authentic and compelling experiences and stories that inspire, enrich and empower.