Echinodermata. BIO3334 Invertebrate Zoology. Page 1. Phylum Echinodermata. Extant Animalia ~1,300,000 species. Dipleurula larva.

Similar documents
Echinodermata. BIO3334 Invertebrate Zoology. Page 1. Phylum Echinodermata. Dipleurula larva 1 4:43 AM. Deuterostomia

Cnidaria. BIO2135 Animal Form & Function. Page 1. Gap (septate) junctions (Connexon) Symmetry types

Echinodermata. Gr: spine skin 6500 spp all marine except for few estuarine, none freshwater. *larvae bilateral symmetrical. mesodermally-derived

Phylum Echinodermata -sea stars, sand dollars, sea

Analyzing Organismal Traits through Cladograms

Phylum Echinodermata. Biology 11

Echinodermata. Gr: spine skin 6500 spp all marine except for few estuarine, none freshwater. *larvae bilateral symmetrical. mesodermally-derived

Echinoderms are marine animals with spiny endoskeletons, water-vascular systems, and tube feet; they have radial symmetry as adults.

Name: Block: Due Date: Starfish Dissection

Phylum Echinodermata

Gen Bio 2 Lab #7: Echinoderms and Mollusks

Chapter 11: Echinoderms. Spiny-skinned Invertebrates

Chapter Echinoderms & Invertebrate Chordates

Animal Diversity 3. jointed appendages ventral nervous system hemocoel. - marine

Marine Invertebrate STUDY GUIDE

Chapter 7. Marine Animals Without a Backbone

Section 1. Animal Development. Objectives. Echinoderms. Key Terms

Nematoda. Round worms Feeding and Parasitism

Chapter 33B: An Introduction to Vertebrates II The Bilateria. 1. Lophotrochozoa 2. Ecdysozoa 3. Deuterostomia

Review Inverts 4/17/15. What Invertebrates have we learned about so far? Porifera. Cnidaria. Ctenophora. Molluscs

DEUTEROSTOMES. This presentation contains copyrighted material under the educational fair use exemption to the U.S. copyright law.

Echinoderms. Copyright 2011 LessonSnips

2018 Copyright Jolie Canoli and Friends. For personal and educational use only. Find more resources at joliecanoli.com

DIVERSITY IV Animalia II: Ecdysozoan Protostomes and Deuterostomes

Biology 340 Comparative Embryology Lecture 2 Dr. Stuart Sumida. Phylogenetic Perspective and the Evolution of Development.

Every major animal phylum that exists on Earth today, as well as a few more that have since become ex:nct, appeared within less than 10 million years

AP Biology. Animal Characteristics. Kingdom: Animals. Body Cavity. Animal Evolution. Invertebrate: Porifera. Invertebrate: Cnidaria.

Chapter 7 Study Guide. True/False: If the statement is true, write True. If it is false explain why it is false.

Echinodermata. Phylum Echinodermata. Derived from the Greek meaning Spiny Skinned. Ancient animal group that evolved over 600 ma

1. Examine the specimens of sponges on the lab table. Which of these are true sponges? Explain your answers.

Topic 3: Animals Ch.17 Characteristics of Animals p.338. Distinguishing Characteristics pp

Animal Diversity III: Mollusca and Deuterostomes

ZOOLOGY RESOURCE BOOK PART 3

Pacing Guide for 7-12 Curriculum

Animal Diversity Lecture 8 Winter 2014

BIO 2135 Animal Form and Function. April 27, 2015

Animals. Chapters Exam November 22, 2011

Frog Dissection Information Manuel

Unit 12 Review Page 1

Vertebrate and Invertebrate Animals

Objectives. Chapter 8. Objectives. I. What Are Animals? II. Sponges. Marine Phyla

UNIT: INVERTEBRATE ANIMALS 1º ESO BIOLOGY AND GEOLOGY

DO NOT OPEN EXAM UNTIL INSTRUCTED TO DO SO

Phylogeny of Animalia (overview)

Name Class Date. After you read this section, you should be able to answer these questions:

#1 Porifera (Sponges)

true tissue Ancestral Protist

Sponges and cnidarians were the first animals to evolve from a multicellular ancestor.

CTENOPHORA. PHYLUM Sea walnuts / Comb jellies

Invertebrate Characteristic Lab

Animal phyla. Prior Knowledge Questions:

34 Deuterostomate Animals

Phylum Platyhelminthes Flatworms

The Evolution of Chordates

Kingdom Animalia. ii. iii.

Chapter 7 - Cnidarians. Animals with stinging tentacles, including: jellyfish, corals, sea anemones, and hydra

Essential Question: What are the characteristics of invertebrate animals? What are the characteristics of vertebrate animals?

MEGAFAUNA BASELINES OF COBALT- RICH FERROMANGANESE CRUSTS IN WEST PART OF PACAFIC OCEAN (Magellan seamounts) Yuzhmorgeologia

INTERTIDAL VIEWING. Fun Fact: Fun Fact: - They change their angle in the sand as the tide goes in and out so that they can continuously feed.

Phylum Mollusca (mollis, soft)

CHARACTERISTICS OF AMPHIBIANS

30-3 Amphibians Slide 1 of 47

Animal Diversity wrap-up Lecture 9 Winter 2014

Comparative Anatomy Lab 1: Cnidarians

All living things are classified into groups based on the traits they share. Taxonomy is the study of classification. The largest groups into which

Page # Diversity of Arthropoda Crustacea Morphology. Diversity of Arthropoda. Diversity of Arthropoda. Diversity of Arthropoda. Arthropods, from last

WHAT DO SEA STARS EAT EPUB

Grasshopper Dissection

CHAPTER 26. Animal Evolution The Vertebrates

Phylum Arthropoda. Chapter 13 Part 2 of 3

Shannon Martinson, BSc, DVM, MVSc, DACVP Department of Pathology and Microbiology Atlantic Veterinary College, University of Prince Edward Island

Let s Learn About: Vertebrates & Invertebrates. Informational passages, graphic organizers, study guide, flashcards, and MORE!

Sustainable Resources 11. Poultry Unit: Chicken Anatomy

Practical-2 Classification. Protozoa, Porifera and Coelenterata

Digestive System Dissection

Some Facts about... Amphibians

27 The Rise of Animal Diversity

Classification. Grouping & Identifying Living Things

Cnidarians and Ctenophores

Diversity of Animals

Flatworms Flatworms Platyhelminthes dorsoventrally free-living planarian parasitic fluke tapeworm label three body layers ectoderm mesoderm

Diapsida. BIO2135 Animal Form and Function. Page 1. Diapsida (Reptilia, Sauropsida) Amniote eggs. Amniote egg. Temporal fenestra.

Diapsida. BIO2135 Animal Form and Function. Page 1. Diapsida (Reptilia, Sauropsida) Amniote egg. Membranes. Vertebrate phylogeny

Alimentary System 解剖學科徐淑媛

Kingdom Animalia. All animals are multicellular organisms with real tissues and heterotrophic nutrition

Vertebrate Structure and Function

GY 112: Earth History. Fossils 3: Taxonomy

Honey Bees. Anatomy and Function 9/26/17. Similar but Different. Honey Bee External Anatomy. Thorax (Human Chest): 4 Wings & 6 Legs

ANIMALS, PARASITES and ENDANGERED SPECIES

27 The Rise of Animal Diversity

Name Class Date. After you read this section, you should be able to answer these questions:

Chapter 33. Table of Contents. Section 1 Porifera. Section 2 Cnidaria and Ctenophora. Sponges, Cnidarians, and Ctenophores

Vertebrates. Vertebrate Characteristics. 444 Chapter 14

FROG DISSECTION. a. Why is there a difference in size proportion between the hind and fore limbs?

Specifically the EXTANT primates, i.e., the species that are still alive today: these include some prosimians, some monkeys, & some apes (-next:

From Reptiles to Aves

BIOLOGY. The Origin and Evolution of Vertebrates CAMPBELL. Reece Urry Cain Wasserman Minorsky Jackson

Classification. Class Scyphozoa Jellyfish Class Anthozoa Sea Anemones & Corals Class Hydrozoa - Hydra

Recommended Resources: The following resources may be useful in teaching this

Transcription:

Phylum Adrian Pingstone 1 Deuterostomia Blastopore becomes the anus Tripartite coelom Dipleurula larval stage Porifera Placozoa Cnidaria Ctenophora Platyhelminthes Gastrotricha Gnathostomulida Cycliophora Rotifera Annelida Mollusca Sipuncula Nemertea Bryozoa Brachiopoda Phoronida Arthropoda Onychophora Tardigrada Nematomorpha Nematoda Priapulida Kinorhyncha Loricifera Hemichordata Chordata Dipleurula larva Preoral lobe Ciliated oral field Ciliated band Esophagous Stomach 3 Extant Animalia ~1,300,000 species Parazoa (1.2%) Radiata (0.9%) Protostomia (3.9%) Platyzoa (2.2%) Platyhelminthes (1.9%) Others (0.3%) Lophotrochozoa (9.8%) Mollusca (8.5%) Annelida (0.9%) Others (0.5%) Ecdysozoa (82.0%) Crustecea (3.1%) Chelicerata (7.6%) Atelocerata(70.3%) Others (1.1%) Deuterostomia (4.0%) Chordata (3.5%) Others (0.4%) 4 Star fish Basket stars NOAA, David Burdick 5 NOAA 6 Page 1

Brittle stars Sea urchins 7 NOAA, David Burdick 8 Sand dollars Sea cucumber 9 NOAA, Jan Haaga 10 Pentaradiate symmetry Water vascular system Mutable connective tissue Stereom spicules Porifera Placozoa Cnidaria Ctenophora Platyhelminthes Gastrotricha Gnathostomulida Cycliophora Rotifera Annelida Mollusca Sipuncula Nemertea Bryozoa Brachiopoda Phoronida Arthropoda Onychophora Tardigrada Nematomorpha Nematoda Priapulida Kinorhyncha Loricifera Hemichordata Chordata Pentaradiate symmetry 12 Page 2

Echinoderm surfaces Role of the water vascular system Tube feet in the ambulacral groove Locomotion Circulation Respiration Excretion Aboral surface Oral surface 13 14 Water vascular system Water vascular system Madreporite Ambulacral groove Stone canal Tiedemann s bodies Polian vesicles Ring canal Radial canal Lateral canal Tube feet Tube feet region Ambulacral spines Dermal spines 15 16 Stereom ossciles Colin Sumrall http://web.eps.utk.edu/~faculty/sumrall/research4.html Crinoidea Arms with gonads inside Open ciliated grooves for feeding Loss of external madreporite 17 18 Page 3

Ancient Echinoderms Ancestral echinoderms Karen Carr 19 20 Crinoidea Sea lilies and feathers Crinoidea Pinnule Pinnules Tegmen Calyx Stalk Cirri Podium (tube foot) Food groove Radial canal Muscle Ossicle 21 22 Crinoidea Central disk Crinoidea Central disk Food groove Tegmen Coelom Intestine Pinnule 23 24 Page 4

Symplesiomorphies Oral surface oriented down toward substrate Errant life style using tube feet with suckers Madreporite between C and D Tube foot Ampulla Lateral canal Body wall Tube foot Retractor muscles Podial muscle Sucker 25 26 Symplesiomophies Five distinct arms create a star-shaped body Five arms broadly connected to a central disk 27 28 Diversity Body wall - pedicellaria NOAA, David Burdick Spine Pedicellaria Cilia Dermal branchia Nick Hobgood NOAA, Andrew David 29 30 Page 5

Body wall - pedicellaria Feeding NOAA, David Burdick 31 32 Digestive system Digestive system Pyloric stomach Pyloric stomach Cardiac stomach Digestive gland Cardiac stomach Pyloric cecum 33 34 Reproductive system Arm Dermal branchia Pedicellaria Ossicle Spine Digestive gland Coelom Tube foot 35 36 Page 6

Ophiuroidea Brittle stars and basket stars Ophiuroidea Arms delineated from central disc Arms articulated and vertebrae-like No anus Madreporite on oral side 37 38 Ophiuroidea Brittle star Ophiuroidea Brittle star Vertebra Stomach Bursa Bursal slit Jaw Madreporite 39 40 Ophiuroidea Visual system? Symplesiomorphies Nature 2001 412:819 41 Ambulacral grooves extend from oral to aboral sides Aboral surface reduced to region around the anus Ring of ossicles around pharynx 42 Page 7

Sea urchins NOAA, David Burdick Skeletal plates fused in a spherical or disc shape. Aristotle s lantern 43 Kirt L. Onthank Nick Hobgood 44 Echinoid spines and pedicellaria Oral surface Gill Ambulacrum Openings for tube feet Teeth of lantern Peristomial membrane 45 46 Aristotle s lantern Aristotle s lantern Tooth Pyramid Epiphysis Tooth Pyramid Lantern retractor Compass Epiphysis Lantern protractor Dental sac that forms tooth 47 48 Page 8

Aristotle s lantern Dental sac Compass Digestive system Aboral intestine Esophagus Aristotle s lantern Tooth Pyramid Muscle Siphon Peripharyngeal coelom Gill Tube feet Peristomial membrane Oral intestine 49 50 Water vascular system Madreporite Axial organ Sand dollars Ring canal Radial canal Tube feet 51 Carolina 52 Sand dollar Sand dollar feeding Gonopore Madreporite Spines Ambulacral region Lunule Podia Food groove Podia 53 54 Page 9

Holothuroidea Sea cucumber Holothuroidea Skeletal plates reduces and embedded in thick dermis Internal madreporite Body elongagted along oral aboral axis Respiratory trees 55 Marrabbio2 NOAA, Bradley Stevens and Eric Munk 56 Sea cucumber Sea cucumber Tentacles Buccal cavity Madreporite Cloaca Tentacular ampulla Ring canal Polian vesicle Intestine Respiratory tree Esophagus Hemal system Cloaca Polian vesicle Respiratory tree Intestine Nick Hobgood 57 58 Sea cucumber Cuvierian tubes Respiratory tree Intestine Cloaca 59 Page 10