Activity Pack Create Your Own Shark! , Think About What It Would Look Like

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Activity Pack Create your own shark! Think about what it would look like, what it would eat and what it’s called. NAME: FAVOURITE FOOD: FUN FAC T: Follow James and Rob on social media! @jccomedyforkids @ComedyCampbell @rj_illustration @jamescampbellauthor Match the sharks to their names!* Tiger shark Bull shark Great white Lemon meringue Whale shark pie shark shark *one of these sharks may be made up! Hammerhead Wobbegong shark Follow James and Rob on social media! @jccomedyforkids @ComedyCampbell @rj_illustration @jamescampbellauthor Below are some made-up shark facts, can you do some research and find out more to add? They can be silly, made-up facts like these ones, or sensible, like the fact that sharks SHARK are 450 million years old! FACTS! 11. 1. Sharks are afraid of cucumbers. 2. The first shark to climb Mount Everest 12. did so in 1973 – without oxygen. 3. My mum’s middle name is ‘The Shark’. 4. During the Battle of Trafalgar, sailors 13. called sharks ‘pointy wimble fish’. 5. Most sharks are called Margaret. 6. No shark has ever been to university. 14. 7. Keeping a shark in a shoebox is illegal. 8. Some sharks have special pockets behind their pectoral fins in which they 15. keep their locker key and a packet of tissues in case of emergency. 9. Tiger sharks are real. Shark tigers 16. are not. 10. Reef sharks whistle when they are doing a poo. Follow James and Rob on social media! @jccomedyforkids @ComedyCampbell @rj_illustration @jamescampbellauthor Word search! Can you find the different types of shark in the below word search WORDS TO FIND: A I M T B Q P U X R GREAT WHITE G R E A TIGER T W H I T E LEMON Y P G F I S E HAMMERHEAD Y P W WOBBEGONG I E A U G P N T M F MAKO MEGAMOUTH H A M M E R H E A D S N O K R L P I K S V P U Y D J E A O U E B T V S A P M F L J Z H P N E T S O I W O B B E G O N G N Follow James and Rob on social media! @jccomedyforkids @ComedyCampbell @rj_illustration @jamescampbellauthor Answers (no peeking!) Match Bull shark Tiger shark Great white shark Hammerhead shark Lemon meringue pie shark Wobbegong Whale shark A I M T B Q P U X R G R E A T W H I T E Y P G F I S E Y P W I E A U G P N T M F H A M M E R H E A D Word search S N O K R L P I K S V P U Y D J E A O U E B T V S A P M F L J Z H P N E T S O I W O B B E G O N G N Follow James and Rob on social media! @jccomedyforkids @ComedyCampbell @rj_illustration @jamescampbellauthor.

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Fig. 125 Sharks of the World, Vol. 2 161 Fig. 125 Orectolobus Sp. A
click for previous page Sharks of the World, Vol. 2 161 Orectolobus sp. A Last and Stevens, 1994 Fig. 125 Orectolobus sp. A Last and Stevens, 1994, Sharks Rays Australia: 128, pl. 26. Synonyms: None. Other Combinations: None. FAO Names: En - Western wobbegong; Fr - Requin-tapis sombre; Sp - Tapicero occidental. LATERAL VIEW DORSAL VIEW Fig. 125 Orectolobus sp. A UNDERSIDE OF HEAD Field Marks: Flattened benthic sharks with dermal lobes on sides of head, symphysial groove on chin; a strongly contrasting, variegated colour pattern of conspicuous broad dark, dorsal saddles with light spots and deeply corrugated edges but without conspicuous black margins, interspaced with lighter areas and conspicuous light, dark-centred spots but without numerous light O-shaped rings; also, mouth in front of eyes, long, basally branched nasal barbels, nasoral grooves and circumnarial grooves, two rows of enlarged fang-like teeth in upper jaw and three in lower jaw; first dorsal-fin origin over rear half of pelvic-fin bases. Diagnostic Features: Nasal barbels with one small branch. Four dermal lobes below and in front of eye on each side of head; dermal lobes behind spiracles unbranched or weakly branched and slender. Low dermal tubercles or ridges present on back in young, lost in adults. Interdorsal space somewhat shorter than inner margin of first dorsal fin, about one-fourth of first dorsal-fin base. Origin of first dorsal fin over about last third of pelvic-fin base. First dorsal-fin height about three-fourths of base length. Colour: colour pattern very conspicuous and highly variegated, dorsal surface of body with conspicuous broad, dark rectangular saddles with deeply corrugated margins, not black-edged, dotted with light spots but without numerous O-shaped light rings; saddles not ocellate in appearance; interspaces between saddles light, with numerous broad dark blotches.
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Florida's Fintastic Sharks and Rays Lesson and Activity Packet
Florida's Fintastic Sharks and Rays An at-home lesson for grades 3-5 Produced by: This educational workbook was produced through the support of the Indian River Lagoon National Estuary Program. 1 What are sharks and rays? Believe it or not, they’re a type of fish! When you think “fish,” you probably picture a trout or tuna, but fishes come in all shapes and sizes. All fishes share the following key characteristics that classify them into this group: Fishes have the simplest of vertebrate hearts with only two chambers- one atrium and one ventricle. The spine in a fish runs down the middle of its back just like ours, making fish vertebrates. All fishes have skeletons, but not all fish skeletons are made out of bones. Some fishes have skeletons made out of cartilage, just like your nose and ears. Fishes are cold-blooded. Cold-blooded animals use their environment to warm up or cool down. Fins help fish swim. Fins come in pairs, like pectoral and pelvic fins or are singular, like caudal or anal fins. Later in this packet, we will look at the different types of fins that fishes have and some of the unique ways they are used. 2 Placoid Ctenoid Ganoid Cycloid Hard protective scales cover the skin of many fish species. Scales can act as “fingerprints” to help identify some fish species. There are several different scale types found in bony fishes, including cycloid (round), ganoid (rectangular or diamond), and ctenoid (scalloped). Cartilaginous fishes have dermal denticles (Placoid) that resemble tiny teeth on their skin.
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Biomechanics of Locomotion in Sharks, Rays, and Chimaeras
5 Biomechanics of Locomotion in Sharks, Rays, and Chimaeras Anabela M.R. Maia, Cheryl A.D. Wilga, and George V. Lauder CONTENTS 5.1 Introduction 125 5.1.1 Approaches to Studying Locomotion in Chondrichthyans 125 5.1.2 Diversity of Locomotory Modes in Chondrichthyans 127 5.1.3 Body Form and Fin Shapes 127 5.2 Locomotion in Sharks 128 5.2.1 Function of the Body during Steady Locomotion and Vertical Maneuvering 128 5.2.2 Function of the Caudal Fin during Steady Locomotion and Vertical Maneuvering 130 5.2.3 Function of the Pectoral Fins during Locomotion 134 5.2.3.1 Anatomy of the Pectoral Fins 134 5.2.3.2 Role of the Pectoral Fins during Steady Swimming 136 5.2.3.3 Role of the Pectoral Fins during Vertical Maneuvering 138 5.2.3.4 Function of the Pectoral Fins during Benthic Station-Holding 139 5.2.3.5 Motor Activity in the Pectoral Fins 139 5.2.4 Routine Maneuvers and Escape Responses 140 5.2.5 Synthesis 141 5.3 Locomotion in Skates and Rays 142 5.4 Locomotion in Holocephalans 145 5.5 Material Properties of Chondrichthyan Locomotor Structures 146 5.6 Future Directions 147 Acknowledgments 148 References 148 5.1.1 Approaches to Studying 5.1 Introduction Locomotion in Chondrichthyans The body form of sharks is notable for the distinctive Historically, many attempts have been made to under- heterocercal tail with external morphological asymme- stand the function of the median and paired fins in try present in most taxa and the ventrolateral winglike sharks and rays, and these studies have included work pectoral fins extending laterally from the body (Figure with models (Affleck.
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A New Wobbegong Shark, Orectolobus Leptolineatus Sp. Nov. 2UHFWRORELIRUPHV2UHFWRORELGDH IURPWKH:HVWHUQ&HQWUDO3DFL¿F
Descriptions of new Borneo sharks and rays 1 A new wobbegong shark, Orectolobus leptolineatus sp. nov. 2UHFWRORELIRUPHV2UHFWRORELGDH IURPWKH:HVWHUQ&HQWUDO3DFL¿F Peter R. Last, John J. Pogonoski & William T. White CSIRO Marine & Atmospheric Research, Wealth from Oceans Flagship, GPO Box 1538, Hobart, TAS, 7001, AUSTRALIA ABSTRACT.— A new Orectolobus species, collected from the Indo-Malay Archipelago and western North 3DFL¿FLVGHVFULEHGDQG¿JXUHGIURPVSHFLPHQVFROOHFWHGLQHDVWHUQ,QGRQHVLDOrectolobus leptolineatus sp. nov., a medium-sized wobbegong reaching about 120 cm TL, is characterised by a striking colour SDWWHUQRI¿QHYHUPLFXODWLRQVEDQGVVDGGOHVDQGRFHOOL,WKDVEHHQFRQIXVHGZLWKDYHU\VLPLODUFRQJHQHU O. japonicus, from which it differs mainly in morphometrics and coloration, found in the Japanese Archipelago. Species previously referred to as Orectolobus japonicus likely form a complex of very closely UHODWHGZHVWHUQ3DFL¿FVSHFLHVWKDWUHTXLUHIXUWKHUPRUSKRORJLFDODQGPROHFXODUH[DPLQDWLRQWRHOXFLGDWH their taxonomic complexity. Key words: Orectolobus leptolineatus – new species – Orectolobiformes – wobbegong shark – Western &HQWUDO3DFL¿F PDF contact: [email protected] INTRODUCTION females, Goto combined the data of juveniles and adults. Last & Chidlow (2008) demonstrated that wobbegongs Wobbegong sharks (F. Orectolobidae) are represented in FDQ GLVSOD\ VLJQL¿FDQW RQWRJHQHWLF GLIIHUHQFHV ZKLFK WKH ,QGR±3DFL¿F E\ WKUHH JHQHUD DQG YDOLG QRPLQDO can lead to large ranges for morphometric features (e.g. species (Last et al., 2008; Corrigan & Beheregaray, 2009): GRUVDO¿QKHLJKW WKDWFDQEHPLVVHGLIVL]HVRILQGLYLGXDOV Eucrossorhinus dasypogon (Bleeker, 1867); Orectolobus are not taken into account. ÀRULGXV Last & Chidlow, 2008; O. halei Whitley, 1940; O. hutchinsi Last, Chidlow & Compagno, 2006; 6KHQ ¿JXUHG WZR VSHFLHV RI Orectolobus from O. japonicus Regan, 1906; O. maculatus (Bonnaterre, 7DLZDQ DQG DOWKRXJK ERWK LGHQWL¿FDWLRQV DUH QRZ 1788); O. ornatus (De Vis, 1883), O. parvimaculatus incorrect, the presence of two forms in Taiwan is Last & Chidlow, 2008; O.
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Identifying Sharks and Rays
NSW DPI Identifying sharks and rays A guide for NSW commercial fishers Important If a shark or ray cannot be confidently identified using this guide, it is recommended that either digital images are obtained or the specimen is preserved. Please contact NSW DPI research staff for assistance: phone 1300 550 474 or email [email protected] Contents Introduction 4 How to use this guide 5 Glossary 6-7 Key 1 Whaler sharks and other sharks of similar appearance 8-9 to whalers – upper precaudal pit present Key 2 Sharks of similar appearance to whaler sharks – no 10 precaudal pit Key 3 Mackerel (great white and mako), hammerhead and 11 thresher sharks Key 4 Wobbegongs and some other patterned 12 bottom-dwelling sharks Key 5 Sawsharks and other long-snouted sharks and rays 13 2 Sandbar shark 14 Great white shark 42 Bignose shark 15 Porbeagle 43 Dusky whaler 16 Shortfin mako 44 Silky shark 17 Longfin mako 45 Oceanic whitetip shark 18 Thresher shark 46 Tiger shark 19 Pelagic thresher 47 Common blacktip shark 20 Bigeye thresher 48 Spinner shark 21 Great hammerhead 49 Blue shark 22 Scalloped hammerhead 50 Sliteye shark 23 Smooth hammerhead 51 Bull shark 24 Eastern angelshark 52 Bronze whaler 25 Australian angelshark 53 Weasel shark 26 Banded wobbegong 54 Lemon shark 27 Ornate wobbegong 55 Grey nurse shark 28 Spotted wobbegong 56 Sandtiger (Herbst’s nurse) shark 29 Draughtboard shark 57 Bluntnose sixgill shark 30 Saddled swellshark 58 Bigeye sixgill shark 31 Whitefin swellshark 59 Broadnose shark 32 Port Jackson shark 60 Sharpnose sevengill
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Uterine Fluid Composition of the Dwarf Ornate Wobbegong Shark (Orectolobus Ornatus) During Gestation
CSIRO PUBLISHING Marine and Freshwater Research, 2011, 62, 576–582 www.publish.csiro.au/journals/mfr Uterine fluid composition of the dwarf ornate wobbegong shark (Orectolobus ornatus) during gestation Megan T. EllisA,B and Nicholas M. OtwayA AIndustry and Investment NSW, Port Stephens Fisheries Institute, Taylors Beach, NSW 2316, Australia. BCorresponding author. Email: [email protected] Abstract. Low fecundity in chondrichthyans makes them extremely susceptible to fishing, so understanding the various reproductive strategies in this group is vital for management. Knowledge of the uterine fluid (UF) composition throughout gestation is fundamental to this understanding, yet is restricted to a few species. This study focussed on the UF composition of the wobbegong (Orectolobus ornatus), which inhabits coastal waters off eastern Australia. The UF was quantified throughout pregnancy. Fluids surrounding uterine eggs had a complex composition, with mean urea (98.48 mmol LÀ1), sodium (560.25 mmol LÀ1) and potassium (13.93 mmol LÀ1) concentrations significantly greater than those in seawater. A change in composition, from complex to simple, occurred after 3–4 months gestation. Major electrolyte concentrations then resembled seawater for the remainder of gestation, suggesting the flushing of the uteri with seawater and evidenced by fluctuating low levels of urea. The gestation period reflected the time for metabolism of yolk stores, osmotic and ionic adjustment, development of functioning immunological systems and prevention of external
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Dwarf Spotted Wobbegong, Orectolobus Parvimaculatus
Published Date: 1 March 2019 Dwarf Spotted Wobbegong, Orectolobus parvimaculatus Report Card Sustainable assessment IUCN Red List IUCN Red List Australian Endemic to Australia Global Least Concern Assessment Assessment Assessors Huveneers, C. & McAuley, R.B. Report Card Remarks Minor bycatch with likely high post-release survival Summary The Dwarf Spotted Wobbegong is a small bodied species only recently described. It is endemic to southwestern Australian waters. It is only a minor bycatch component of commercial fisheries and is often discarded with post-release survival likely to be high. Further research is needed on its occurrence, abundance and Source: CSIRO National Fish Collection. Licence: CC By Attribution. biology. Currently, there is no evidence to suspect population decline. Therefore, the Dwarf Spotted Wobbegong is assessed as Least Concern (IUCN) and Sustainable (SAFS). Distribution The Dwarf Spotted Wobbegong is endemic to waters of southwestern Australia. Its known distribution extends from Shark Bay to Mandurah in Western Australia (Last and Stevens 2009). Stock structure and status There is currently no information on population size, structure, or trend for the Dwarf Spotted Wobbegong. It was first described in 2008 and is encountered much less frequently than other similar wobbegong species (Last and Chidlow 2008). Fisheries There are no identified major threats for the Dwarf Spotted Wobbegong. It is only a minor bycatch component of demersal gillnet and longline fisheries where it is often released alive due to its small size (Chidlow et al. 2007). Commercial harvest of Wobbegongs in Western Australia has remained low and stable over time, showing no evidence of decline (Braccini et al.
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And Their Functional, Ecological, and Evolutionary Implications
DePaul University Via Sapientiae College of Science and Health Theses and Dissertations College of Science and Health Spring 6-14-2019 Body Forms in Sharks (Chondrichthyes: Elasmobranchii), and Their Functional, Ecological, and Evolutionary Implications Phillip C. Sternes DePaul University, [email protected] Follow this and additional works at: https://via.library.depaul.edu/csh_etd Part of the Biology Commons Recommended Citation Sternes, Phillip C., "Body Forms in Sharks (Chondrichthyes: Elasmobranchii), and Their Functional, Ecological, and Evolutionary Implications" (2019). College of Science and Health Theses and Dissertations. 327. https://via.library.depaul.edu/csh_etd/327 This Thesis is brought to you for free and open access by the College of Science and Health at Via Sapientiae. It has been accepted for inclusion in College of Science and Health Theses and Dissertations by an authorized administrator of Via Sapientiae. For more information, please contact [email protected]. Body Forms in Sharks (Chondrichthyes: Elasmobranchii), and Their Functional, Ecological, and Evolutionary Implications A Thesis Presented in Partial Fulfilment of the Requirements for the Degree of Master of Science June 2019 By Phillip C. Sternes Department of Biological Sciences College of Science and Health DePaul University Chicago, Illinois Table of Contents Table of Contents.............................................................................................................................ii List of Tables..................................................................................................................................iv
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Wobbegong Sharks (Orectolobus Spp.)
I & I NSW WILD FISHERIES RESEARCH PROGRAM Wobbegong Sharks (Orectolobus spp.) EXPLOITATION STATUS UNDEFINED The available catch data are not sufficiently accurate to use for determining stock status for any of the three species which occur off NSW. From July 2009 more detailed reporting is required on commercial catch return forms. SCIENTIFIC NAME STANDARD NAME COMMENT Orectolobus ornatus ornate wobbegong Orectolobus maculatus spotted wobbegong Orectolobus halei gulf wobbegong Orectolobus maculatus Image © Bernard Yau Background At least ten species of wobbegongs are known made on sandy trawl grounds to depths of from Australian waters with three species 100 m. The diet of wobbegongs comprises occurring along the NSW coast. The ornate various fishes including small sharks and rays, wobbegong (Orectolobus ornatus) is distributed octopus and occasionally invertebrates. from Port Douglas in North Queensland to The ornate wobbegong is a small species, Sydney in the south. The spotted wobbegong maturing at about 80 cm and attaining a (O. maculatus) is found from about Gladstone maximum length of about 110 cm. The spotted in central Queensland to Lakes Entrance in wobbegong is reported to reach about 300 cm Victoria, and may also occur west of Bass Strait, in length, but seldom exceeds 160 cm in NSW but these records are uncertain. The third with a size at maturity of around 115-120 cm. species is the gulf wobbegong (O. halei), which Gulf wobbegong reaches at least 210 cm in ranges around the south of the continent from NSW, and reportedly grows to almost 300 cm. southern Queensland to southern WA. The size at maturity for gulf wobbegong is The three species are typically found in shallow between 161 and 187 cm.
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No Rainbow for Grey Bamboo Sharks: Evidence for the Absence of Colour Vision in Sharks from Behavioural Discrimination Experiments
See discussions, stats, and author profiles for this publication at: https://www.researchgate.net/publication/266029534 No rainbow for grey bamboo sharks: evidence for the absence of colour vision in sharks from behavioural discrimination experiments ARTICLE in JOURNAL OF COMPARATIVE PHYSIOLOGY · SEPTEMBER 2014 Impact Factor: 2.04 · DOI: 10.1007/s00359-014-0940-0 · Source: PubMed READS 54 3 AUTHORS, INCLUDING: Vera Schluessel Ingolf Rick University of Bonn University of Bonn 29 PUBLICATIONS 301 CITATIONS 21 PUBLICATIONS 219 CITATIONS SEE PROFILE SEE PROFILE All in-text references underlined in blue are linked to publications on ResearchGate, Available from: Vera Schluessel letting you access and read them immediately. Retrieved on: 10 January 2016 No rainbow for grey bamboo sharks: evidence for the absence of colour vision in sharks from behavioural discrimination experiments Schluessel V 1* , Rick IP2, Plischke K 1 1Institute of Zoology Rheinische Friedrich-Wilhelms-Universität Bonn, Poppelsdorfer Schloss Meckenheimer Allee 169 53115 Bonn Germany 2Institute for Evolutionary Biology and Ecology Rheinische Friedrich-Wilhelms-Universität Bonn An der Immenburg 1 53121 Bonn Germany Tel: +49 228 735476 Fax: +49 228 5458 Email: [email protected] *corresponding author 1 Abstract Despite convincing data collected by microspectrophotometry and molecular biology, rendering sharks colourblind cone monochromats, the question of whether sharks can perceive colour had not been finally resolved in the absence of any behavioral experiments compensating for the confounding factor of brightness. The present study tested the ability of juvenile grey bamboo sharks to perceive colour in an experimental design based on a paradigm established by Karl von Frisch using colours in combination with grey distractor stimuli of equal brightness.
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FAO Fisheries & Aquaculture
Food and Agriculture Organization of the United Nations Fisheries and for a world without hunger Aquaculture Department Species Fact Sheets Orectolobus maculatus (Bonnaterre, 1788) Orectolobus maculatus: (click for more) Synonyms Squalus barbatus Gmelin, 1788(in Linnaeus and Gmelin): 1493. New Holland. On 'barbu' of Broussonet, 1780, Mem. Acad. Sci. Paris, 657, no. 7, New Holland. No types known according to Eschmeyer (1998: CD-ROM). Squalus lobatus Bloch and Schneider, 1801: 137. On the 'Watt's Shark' of Phillip, 1789: 285, pl. 53. Sydney Cove, Port Jackson, New South Wales, Australia. No types known according to Eschmeyer (1998: CD-ROM). Squalus appendiculatus Shaw and Nodder, 1806: pl. 737. Antarctic seas. On the 'Watt's Shark' of Phillip, 1789: 285, pl. 53. Sydney Cove, Port Jackson, New South Wales, Australia. No types known according to Eschmeyer (1998: CD-ROM). Other Combinations: , FAO Names En - Spotted wobbegong, Fr - Requin-tapis tacheté, Sp - Tapicero manchado. 3Alpha Code: ORT Taxonomic Code: 1070200202 Scientific Name with Original Description Squalus maculatus Bonnaterre, 1788, Tabl. Encyclop. Method. Trois Reg. Nat., Ichthyol., Paris: 8. No type material? Type locality: quot;La mer du sud". Diagnostic Features fieldmarks: Flattened benthic sharks with dermal lobes on sides of head, symphysial groove on chin; a rather sombre, variegated colour pattern of dark back with obscure darker dorsal saddles and densely covered with prominent light O-shaped spots; also, mouth in front of eyes, long, basally branched nasal barbels, nasoral grooves and circumnarial grooves, two rows of enlarged fang-like teeth in upper jaw and three in lower jaw; first dorsal-fin origin over pelvic-fin bases.
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Scientific Classification
1/12/2015 seaworld.org/en/animal-info/animal-infobooks/sharks-and-rays/scientific-classification/ PARKS KIDS SHOP ANIMALS CARE LANGUAGE Scientific Classification → Scientific Sharks & Rays Classification Scientific Classification Habitat & Distribution Physical Characteristics Anatomy & Physiology Senses Adaptations Class - Chondrichthyes Behavior Diet & Eating Habits 1. Chondrichthyes are fish with the following characteristics: a skeleton made of cartilage, jaws, paired fins, and paired nostrils. Granules of calcium carbonate on the outside of the cartilage add strength. Reproduction The mosaic granule pattern is unique to chondrichthyan fishes. These fishes also lack a swim bladder found in most bony fishes. Birth & Care of Young Longevity & Causes of Death Conservation & Research Appendix Books for Young Readers Bibliography Unlike these lookdown fish (Selene vomer), sharks lack hard bones. Red blood cells in sharks are therefore produced in the kidneys and a special organ called an epigonal. White blood cells are created in the spleen and spiral valve within the intestine. 2. Chondrichthyes are further divided into two subclasses: Holocephali and Elasmobrachii. The subclass Holocephali includes fishes known as chimaeras. They are characterized by the fusion of the upper jaw to the cranium (the upper part of the skull that encloses the brain), one pair of external gill openings, and no scales. The subclass Elasmobranchii includes sharks and batoids. Elasmobranchs are characterized by cylindrical or flattened bodies, five to seven pairs of gill slits, an upper jaw not fused to the cranium, and placoid scales. Superorders Elasmobranchs are grouped into two superorders: Batoidea (rays and their relatives) and Selachii (sharks). Batoids include stingrays, electric rays, skates, guitarfish, and sawfish.
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