Course: Biology 211 Iowa State University

Size: px
Start display at page:

Download "Course: Biology 211 Iowa State University"

Transcription

1 Leader: Elizabeth Supplemental Instruction Course: Biology 211 Iowa State University Instructor: Dr. Deitloff Date: 2/27/14 Exam 2: Chapters 31 through 34 and information from guest lecturer 50 questions (100 points)- multiple choice Fungi: Chapter What is an interwoven mass of hyphae? a. A fruiting body b. Mycelium c. Plasmogamy d. Karyogamy 2. Cells that composes the mycelium of fungus are: a. Haploid b. Diploid c. Heterokaryotic d. Heterozygotic 3. Most cells of a fruiting body are: a. Haploid b. Diploid c. Heterokaryotic d. Heterozygotic 4. Which is not a common feature of animals and fungi? a. Heterotrophic b. Absorptive Nutrition c. Store surplus food in the form of glycogen d. Have no cell walls 5. Which is not a feature of fungi? a. They are both single-celled and multi-cellular b. They only reproduce sexually c. Septa can divide the cells in the hyphae walls d. They are saprobes 6. Which is not a feature of fungi? a. They can be parasitic or mutualistic symbiotes b. They are obligate anaerobes c. They are predators d. All above are characteristics of fungi 7. Lichen is made up of: a. Fungi and dead components such as rocks b. Fungi and living components such as trees and leaves c. Photosynthetic partner and Cyanobacteria d. Photosynthetic partner and Fungi 8. Which phylum of Fungi is known for its ability to resist freezing and drying and causes black bread mold?

2 a. Phylum Chytridomycota b. Phylum Zygomycota c. Phylum Glomeromyta 9. Which phylum of fungi is responsible for many species of frogs going extinct? a. Phylum Chytridomycota b. Phylum Zygomycota c. Phylum Glomeromyta 10. Which phylum of fungi does not have much diversity due to only reproducing asexually? a. Phylum Basidomycota b. Phylum Zygomycota c. Phylum Glomeromyta 11. What happens to spores if they are put in a dry environment for a short amount of time? a. They will die because they will dry out b. They will expand due to the pressure in the dry air c. They will most likely be unaffected because they are protected by tough walls d. They will attach themselves to a moving organism so that they can travel to a new habitat 12. How can you tell the difference between a male and female spore in a fungi? a. The female is bigger than the male, just as in plants b. The male is bigger than the female c. The female contain an extraembryonic membrane that contains the spore d. There is no physical difference between male and female spores in fungus 13. Yeasts are: a. Single celled b. Reproduce by budding c. Very diverse d. All of the above e. None of the above f. Only A and B 14. Most fungi do not fuse the nuclei of parent mycelia and are left in a stage a. Plasmogamy b. Karyogamy c. Heterokaryotic d. Diploid 15. A zygote goes through to produce spores a. Plasmogamy b. Karyogamy c. Meiosis d. Germination 16. Mycorrhizal fungi and plant roots have a mutualistically beneficial relationship because the plants receive increased and, while fungi receive.

3 a. Water & nutrients, food b. Oxygen & food, nutrients c. Oxygen & Carbon, photosynthetic material d. Water & Oxygen, minerals 17. The integration of cytoplasm from 2 cells is called? a. Mycelium b. Plasmogamy c. Karyogamy d. Heterokaryotic 18. The process whereby two haploid nuclei fuse is called? a. Mycelium b. Plasmogamy c. Karyogamy d. Heterokaryotic Invertebrates and Vertebrates: Chapters 32, 33, and Which of these is not part of the clade Deuterostomia? a. Star fish b. Frogs c. Hagfish d. Lobster 20. Which of these is the phyla containing earth worms? a. Annelida b. Nematoda c. Rotifera d. Platyhelminthes 21. Which of these are known for their protective shell made of CaCO3? a. Spiders b. Scorpions c. Snails d. Horse Shoe Crabs 22. Which of these subphyla are not very diversified? a. Hexapoda b. Cephalochordata c. Chelicerata d. Crustacea 23. Which of these are not considered a craniate? a. Lancelets b. Hagfish c. Lampreys d. Humans 24. Which of these are the closes relative to tetrapods? a. Amphibians b. Caecilians (Class Gymnophiona) c. Lungfishes (Class Dipnoi)

4 d. Cartilaginous fish (Class Chondrithes) 25. Which of these provides nutrients to the amniotic egg? a. Yolk sac b. Amniotic sac c. Placenta d. Amniotic membrane 26. Which of these is the oldest linage of vertebrates? a. Hagfish b. Lampreys c. Bony fish 27. Which of these does not belong to the clade gnathostome? a. Class Chondrithes b. Tetrapods c. Humans d. Class Myxini 28. Which class is known for being carnivorous, having a beak-like jaw surrounded by tentacles, and having well developed brain and sense organs? a. Gastropoda b. Cephalopoda c. Bivalvata 29. Which phyla only have one central opening for the mouth and anus? a. Cnideria b. Ctenophora c. All of the above 30. Which phyla are known as the flat worms? a. Annelida b. Rotifera c. Lophophorata d. Platyhelminthes 31. Humans belong to the group Chordates. Which characteristics do humans not have? a. Postanal tail b. Hollow dorsal nerve chord c. Notochord d. Pharyngeal Slits e. Humans have all of the above characteristics 32. Which phylum is not part of the clade Eumetazoa? a. Cnetophora b. Lophophorata c. Porifera d. Rotifera 33. Which phylum is not known for its distinctive larval stage or crown of ciliated tentacles for feeding? a. Rotifera

5 b. Mollusca c. Nematoda d. Annelida 34. Which of these do not have lungs? a. Class Actinopterygii (Ray-finned fish) b. Class Dipnoi (lungfishes) c. Order Caudata (Salamanders) 35. Which is not known as a vertebrate? a. Hagfish b. Amphibians c. Lancelets d. Class Chondrithes (cartilaginous fish) 36. Which of these can be known as acoelomate? a. Phylum Platyhelminthes b. Phylum Lophophorata c. Annelida 37. What is the order of stages in complete metamorphosis? a. Egg, pupa, larva, adult b. Pupa, larva, egg, adult c. Egg, larva, pupa, adult d. Larva, egg, pupa, adult 38. Which of these have two different kinds of symmetry in adult and larva forms? a. Phylum Arhtropoda, class Insecta b. Phyla Cnidaria and Ctenophora c. Phylum Lophophorata d. Phylum Echinodermata 39. Which subphyla has 4 pairs of walking legs and lack antennae? a. Chelicerata b. Myriapoda c. Hexapoda d. Crusteacea 40. What are the three different body regions of class Insecta? a. Head, stomach, pelvis b. Upper, middle, lower c. Head, abdomen, legs d. Head, thorax, abdomen 41. Which phylum contains parasitic worms such as Trematodes and Cestodes? a. Phylum Rotifera b. Phylum Platyhelminthes c. Phylum Lophophorata d. Phylum Mollusca 42. Which of these is not known for shedding its skin? a. Phylum Nematoda b. Phylum Arthropoda, subphyla Hexapoda

6 c. Phylum Arthropoda, subphyla Myriapoda d. All of the above can shed their outer skeleton 43. Which group are suspension feeders? a. Phylum Platyhelminthes b. Phylum Lophophorata c. Phylum Porifera d. Phylum Myriapoda 44. How is the phylogenetic tree based on molecular data different than one based on body plans? a. It is separated into protostome and deuterostome development b. The molecular tree no longer is divided by body cavities c. Clades are now distinguished by symmetry d. All of the above e. Only A & B 45. Which is not a characteristic of craniates? a. A cranium that encloses the brain in a protective housing b. A neural crest which is a group of embryonic cells that disperse and contribute to the development of the skeleton c. 2 (+) clusters of Hox genes d. All of the above are characteristics of craniates 46. Which of these is not a terrestrial adaptations? a. Desiccation-resistant skin b. Water conserving kidneys c. Internal fertilization d. Buccal breathing 47. Which of these does not belong to the phylum Chordata? a. Gnathostomes b. Amniotes c. Tetrapods d. Mammals e. None of the above belong to phylum Chordata f. All of the above belong to phylum Chordata 48. Which of these have tissues? a. Phylum Arthropoda b. Phylum Nematoda c. Phylum Chordata d. Phylum Annelida e. All of the above have tissues f. None of the above 49. Which is not a characteristic of the phylum Chordata? a. Notochord b. Dorsal, hollow nerve cord c. They are Deuterostomes d. They have bilateral symmetry e. They have pharyngeal slits/clefts f. They lack tissues

7 g. A and B 50. Which of these are common characteristics of animals? a. Multicellular b. No cell walls c. Similar rrna d. All of the above are characteristics of animals 51. Which is not a characteristic of tetrapods? a. Head that is connected to the body b. Head that can swing from side to side c. Bone of pelvic girdle are fused to backbone d. Development of ears 52. What is not a characteristic that contributes to insects being successful pests? a. Ability to adapt b. Long life span c. High reproductive rate (ie lots of eggs from each adult) d. Can increase population size quickly e. Ability to migrate and fly can move to new areas quickly

Chordates 1. Biology 2

Chordates 1. Biology 2 Chordates 1 Biology 2 Kingdom Animals Eukaryotic Multicellular - Many cell types Heterotrophic Feed by ingestion No cell walls Diploid life cycle Phylogenetic Tree Deuterostome Bilateral Symmetry 3 tissues

More information

Animal Diversity. Kingdom Animalia

Animal Diversity. Kingdom Animalia 7ch11 Animal Diversity Kingdom Animalia Animal Characteristics 1. animals are eukaryotes and are multicellular 2. cells are specialized for different functions (vision,digestion,reproduction) 3. protein,

More information

Biol Echinoderms & Chordates. But first a few words about Development

Biol Echinoderms & Chordates. But first a few words about Development Biol 1309 Echinoderms & Chordates 1 But first a few words about Development Blastula- zygote first develops into a hollow ball of cells Deuterostome - mouth second Protostome - mouth first Cleavage - describes

More information

Animal Evolution: Chordate and Vertebrate Evolution and Diversity (Learning Outline)

Animal Evolution: Chordate and Vertebrate Evolution and Diversity (Learning Outline) Animal Evolution: Chordate and Vertebrate Evolution and Diversity (Learning Outline) 1. Distinguishing features of the phylum Chordata and representative organisms. 2. Highlights of evolutionary steps

More information

Ch17_Animals. Animals Multicellular eukaryotes. What is an animal? Animal development. Main differences with plants Main differences with fungi

Ch17_Animals. Animals Multicellular eukaryotes. What is an animal? Animal development. Main differences with plants Main differences with fungi Animals Multicellular eukaryotes Domain Domain Kingdoms Main differences with plants Main differences with fungi What is an animal? Domain Nutritional mode: Heterotrophic (Ingestive) Level of organization:

More information

The Animals: Kingdom Animalia

The Animals: Kingdom Animalia The Animals: Kingdom Animalia Kingdom Animalia (Animals) What is an Animal? Zoology- The study of Animals General Characteristics of 1. Animals are multicellular and eukaryotic. Animals 2. Animals consume

More information

Chordates. Bởi: OpenStaxCollege

Chordates. Bởi: OpenStaxCollege Chordates Bởi: OpenStaxCollege Vertebrates are members of the kingdom Animalia and the phylum Chordata ([link]). Recall that animals that possess bilateral symmetry can be divided into two groups protostomes

More information

Figure 1: Chordate Characteristics

Figure 1: Chordate Characteristics I. General Chordate Characteristics Chordates are distinguished as a group by the presence of four embryonic features that may persist into adulthood in some species, but disappear as development progresses

More information

Symmetry. Asymmetrical- no shape. Radial- same in half when cut any angle. Bilateral- having a distinct right and left side

Symmetry. Asymmetrical- no shape. Radial- same in half when cut any angle. Bilateral- having a distinct right and left side Symmetry Asymmetrical- no shape Radial- same in half when cut any angle Bilateral- having a distinct right and left side Invertebrates 95% of Animals No Backbone The simplest animals and they do not have

More information

Arthropods, Echinoderms, and Chordates

Arthropods, Echinoderms, and Chordates Arthropods, Echinoderms, and Chordates Bi 10 10/22/2013 Revised Schedule Friday, Nov. 22: Chapter 17, Part 2 Chapter 15, 16 Reading Quiz Due Wednesday, Nov. 27: Special Lecture: Review + World s Weirdest

More information

1. Animals are (diploid) with tissues arranged into organs and organ systems. 3. Animals require for aerobic respiration.

1. Animals are (diploid) with tissues arranged into organs and organ systems. 3. Animals require for aerobic respiration. Chapter 25 Animals: The Invertebrates I. Overview of the Animal Kingdom A. General Characteristics of Animals 1. Animals are (diploid) with tissues arranged into organs and organ systems. 2. Animals are.

More information

Kingdom Animalia: Sponges. Types of Body Symmetry Radial body parts are symmetrical around a central point (like a pie)

Kingdom Animalia: Sponges. Types of Body Symmetry Radial body parts are symmetrical around a central point (like a pie) Kingdom Animalia: Phylum Characteristics Types of Body Symmetry Radial body parts are symmetrical around a central point (like a pie) Bilateral right and left sides are alike and roughly equally proportional

More information

Chapter 5 Marine Protozoans and Invertebrates

Chapter 5 Marine Protozoans and Invertebrates Chapter 5 Marine Protozoans and Invertebrates I. The Protozoans A. Kindgom Protista a catch-all category B. Characteristics 1. Mode of nutrition 2. Single-celled or multicellular? 3. Cell structure 4.

More information

The Animal Kingdom. Animal Kingdom. Characteristics of All Animals. Major Characteristics Used To Classify Animals

The Animal Kingdom. Animal Kingdom. Characteristics of All Animals. Major Characteristics Used To Classify Animals The Animal Kingdom Animal Kingdom Phylums: 1. Sponges 2. Cnidaria Jelly Fish, Hydra 3. Flatworms Flukes, Tapeworms 4. Roundworms- Hookworms 5. Segmented Worms- Earthworms 6. Rotifera- Rotifers 7. Mullusca

More information

Characteris*c s of Living Things 1. Chemical Uniqueness: Molecular Organization

Characteris*c s of Living Things 1. Chemical Uniqueness: Molecular Organization Characteris*c s of Living Things 1. Chemical Uniqueness: Molecular Organization 2. Hierarchical Organization: macromolecules - > Cells - >Organs - >Organ systems 3. Reproduction 4. Genetic Programs 5.

More information

Ch17_Animals. Animals Multicellular eukaryotes. What is an animal? Animal development. Main differences with plants Main differences with fungi

Ch17_Animals. Animals Multicellular eukaryotes. What is an animal? Animal development. Main differences with plants Main differences with fungi Animals Multicellular eukaryotes Domain Domain Kingdoms Main differences with plants Main differences with fungi What is an animal? Domain Nutritional mode: Heterotrophic (Ingestive) Level of organization:

More information

Kingdom Animalia. Eukaryotic Multicellular Heterotrophs Lack Cell Walls

Kingdom Animalia. Eukaryotic Multicellular Heterotrophs Lack Cell Walls Kingdom Animalia Eukaryotic Multicellular Heterotrophs Lack Cell Walls Must do: Feed, Respiration, Circulation, Excretion, Response, Movement, and Reproduction Symmetry Asymmetrical- no shape Radial- same

More information

Copyright 2011 Pearson Education, Inc.

Copyright 2011 Pearson Education, Inc. Urochordata (tunicates) Cephalochordata (lancelets) Myxini (hagfishes) Petromyzontiformes (lampreys) Chondrichthyes (sharks, rays) Actinopterygii (ray-finned fish) Actinistia (coelacanths) Dipnoi (lungfishes)

More information

A. Porifera (sponges): B. Cnidaria (jellies, hydra, sea anemones, and corals):

A. Porifera (sponges): B. Cnidaria (jellies, hydra, sea anemones, and corals): Invertebrates Notes A. Porifera (sponges): Porifera literally means. Most sponges are. They are that collect food particles from the water as they pass through flagellated cells called. These cells then

More information

AP Biology - Zimmerman Guided Reading Chapter 34

AP Biology - Zimmerman Guided Reading Chapter 34 AP Biology - Zimmerman Guided Reading Chapter 34 1. List the four characteristics of the members of the Phylum Chordata. Name 1. 2. 3. 4. 2. Define the following terms: a. notochord b. Dorsal nerve cord

More information

The Deuterostomes and the rise of the Vertebrates: from Echinoderms to Man

The Deuterostomes and the rise of the Vertebrates: from Echinoderms to Man The Deuterostomes and the rise of the Vertebrates: from Echinoderms to Man 1 The Deuterostomes Calcarea and Silicea Cnidaria Lophotrochozoa Ecdysozoa Deuterostomia 2 The Ancestral Deuterostome Bilateral

More information

I n t r o d u c t i o n. A n i m a l s

I n t r o d u c t i o n. A n i m a l s I n t r o d u c t i o n t o A n i m a l s What is an Animal? Taxonomy: Kingdom Animalia Type of Cells: Eukaryotic Cellular Organization: Multicellular Reproduction: Sexual / Asexual Feeding: Heterotrophic

More information

Chapter 34A: The Origin & Evolution of Vertebrates I. 1. Overview of the Chordates 2. Invertebrate Chordates

Chapter 34A: The Origin & Evolution of Vertebrates I. 1. Overview of the Chordates 2. Invertebrate Chordates Chapter 34A: The Origin & Evolution of Vertebrates I 1. Overview of the Chordates 2. Invertebrate Chordates 1. Overview of Chordates Echinodermata Phylogeny of ANCESTRAL DEUTEROSTOME NOTOCHORD Common ancestor

More information

The Animal Kingdom: The Deuterostomes. Deuterostomes. Phylum Echinodermata 4/23/2012. Chapter 31. (bilateral ciliated larvae)

The Animal Kingdom: The Deuterostomes. Deuterostomes. Phylum Echinodermata 4/23/2012. Chapter 31. (bilateral ciliated larvae) Porifera Porifera Cnidaria Cnidaria Ctenophora Ctenophora Platyhelminthes Platyhelminthes Nemerteans Nemerteans Nematoda Nematoda Rotifera Rotifera Tardigrada Tardigrada Onychophora Onychophora Arthropoda

More information

BI 101: Chordate Animals & Biodiversity

BI 101: Chordate Animals & Biodiversity BI 101: Chordate Animals & Biodiversity Final Exam tomorrow Announcements Same time, same place Review Mary s Peak biodiversity results Lab 10 today 1 Deuterostome Development 2 Phylum Chordata Contains

More information

Specimen Collection and Classification Activity

Specimen Collection and Classification Activity Specimen Collection and Classification Activity Understanding the classification of animals is an important building block of science education, yet most adults cannot tell you how to group the most common

More information

1. Overview of Chordates

1. Overview of Chordates Chapter 34A: The Origin & Evolution of Vertebrates I 1. Overview of the Chordates 2. Invertebrate Chordates 1. Overview of Chordates Echinodermata ANCESTRAL DEUTEROSTOME NOTOCHORD Common ancestor of chordates

More information

PHYLUM CHORDATA: Subphylum vertebrata

PHYLUM CHORDATA: Subphylum vertebrata PHYLUM CHORDATA: Subphylum vertebrata There are three basic characteristics that distinguish Phylum Chordata from all other animal phyla: The presence of a flexible, rod-like, internal supporting structure

More information

Class Polychaeta: Marine Worms

Class Polychaeta: Marine Worms Class Polychaeta: Marine Worms Animal Phyla Phylum Mollusca (Snails, Clams, Octopods and Allies): Radula: rasping tongue Shell: 3 layers, mostly calcium carbonate Inner-most = nacre = mother of pearl Mantle:

More information

Fishes and Amphibians Objectives

Fishes and Amphibians Objectives Fishes and Amphibians Objectives List the four common body parts of chordates. Describe the two main characteristics of vertebrates. Explain the difference between an ectotherm and an endotherm. Describe

More information

An Overview of Animal Diversity

An Overview of Animal Diversity Fig. 32-1 An Overview of Animal Diversity Multicellular Nutrition mode: Heterotrophic (ingestion) Cell structure & specialization Tissues develop from embryonic layers Nervous & Muscle (unique) Lack cell

More information

Invertebrate Notes. Arthropoda. Subphylum: Cheliceratahorseshoe. crabs, spiders, scorpions, mites, & ticks

Invertebrate Notes. Arthropoda. Subphylum: Cheliceratahorseshoe. crabs, spiders, scorpions, mites, & ticks Invertebrate Notes Invertebrate Phyla: Trilobita-- trilobites (extinct) Arthropoda Cheliceratahorseshoe crabs, spiders, scorpions, mites, & ticks Mandibulata-- crustaceans, insects, millipedes, centipedes

More information

Lecture Notes Chapter 14

Lecture Notes Chapter 14 Lecture Notes Chapter 14 I. Chordata- phylum A. 3 subphyla 1. Urochordata 2. Cephalochordata 3. Vertebrata II. Characteristics of all Chordates (found during some part of the life cycle) A. All have a

More information

Biology 11 - Chapter 31 Assignment

Biology 11 - Chapter 31 Assignment Name: Class: Date: Biology 11 - Chapter 31 Assignment True/False Indicate whether the statement is true or false. 1. Echinoderms exhibit their invertebrate heritage by their hard exoskeletons made of calcium

More information

Classification. Phylum Chordata

Classification. Phylum Chordata AP Biology Chapter 23 Exercise #17: Chordates: Urochordata & Cephalochordata Lab Guide Chordates show remarkable diversity. Most are vertebrates. All animals that belong to this phylum MUST, at some point

More information

Readings in Chapter 2, 3, and 7.

Readings in Chapter 2, 3, and 7. Early Vertebrates Readings in Chapter 2, 3, and 7. Using the Tree of Life Web Project www.tolweb.org org A project to put the entire tree of life, a phylogeny of all life, on the web. Biologists world-wide

More information

Who can I work with and what is the project worth?

Who can I work with and what is the project worth? You will create a guide to understanding the classification and that define the Kingdom Animalia. Your guide will include the 9 major phyla, the level of organization present in the members of the phyla,

More information

Phylum Chordata Featuring Vertebrate Animals

Phylum Chordata Featuring Vertebrate Animals Phylum Chordata Featuring Vertebrate Animals Prepared by Diana C. Wheat For Linn-Benton Community College Characteristics All have a notochord: a stiff but flexible rod that extends the length of the body

More information

Phylum: Porifera (sponges)

Phylum: Porifera (sponges) Phylum: Porifera (sponges) (8,761 known species) General Description: Simplest animals, multicellular No organs or body systems Skeleton composed of spongin (soft) and spicules (hard) Symmetry: Asymmetrical

More information

Climate Researchers Feeling Heat. By Juliet Eilperin Washington Post Staff Writer Thursday, April 6, 2006; A27

Climate Researchers Feeling Heat. By Juliet Eilperin Washington Post Staff Writer Thursday, April 6, 2006; A27 Biology 2010 April 19, 2006 Readings - From Text (Campbell et al. Biology, 7 th ed.) Chapter 34 pp. 671-707. Climate Researchers Feeling Heat. By Juliet Eilperin Washington Post Staff Writer Thursday,

More information

Kingdom Animalia part 2.notebook. April 08, The fun continues... Kingdom Animalia

Kingdom Animalia part 2.notebook. April 08, The fun continues... Kingdom Animalia The fun continues....... Kingdom Animalia 1 2 Joint legged animals (arthropoda) found from the bottom of the ocean to high above the Earth's surface included insects, arachnid, and crustacean hard external

More information

deuterostomes eucoelomates pseudocoelomates acoelomate

deuterostomes eucoelomates pseudocoelomates acoelomate deuterostomes Mollusca Arthropoda Echinodermata Hemichordata Chordata eucoelomates Annelida Rotifera Platyhelminthes Nematoda acoelomate pseudocoelomates Phylum Hemichordata Share characteristics with

More information

Chordates. Chapter 23

Chordates. Chapter 23 Chordates Chapter 23 Phylum Chordata By the end of the Cambrian period, 540 million years ago, an astonishing variety of animals inhabited Earth s oceans. One of these types of animals gave rise to vertebrates,

More information

Characteristics of Animals pp Topic 7: Animal Diversity Ch Symmetry pp Characteristics of Animals

Characteristics of Animals pp Topic 7: Animal Diversity Ch Symmetry pp Characteristics of Animals Topic 7: Animal Diversity Ch. 32-34 Characteristics of Animals pp.704-705 Animals: Are eukaryotic Are multicellular Are ingestive heterotrophs Have no cell walls Most are motile Most have tissues organized

More information

What is an animal? Mul.cellular heterotrophs: feed by inges&on. How does this differ from plants, fungi, pro.sts?

What is an animal? Mul.cellular heterotrophs: feed by inges&on. How does this differ from plants, fungi, pro.sts? What is an animal? Mul.cellular heterotrophs: feed by inges&on. How does this differ from plants, fungi, pro.sts? What is an animal? Carbohydrates stored as glycogen Polysaccharide of glucose (no, you

More information

Dichotomous Key to the Animal Kingdom

Dichotomous Key to the Animal Kingdom Dichotomous Key to the Animal Kingdom Purpose: To learn to use a dichotomous classification key. Materials: Pictures representing all the classes of the subphylum Vertebrata Pictures representing the different

More information

Chapter 29 Echinoderms and Invertebrate Chordates. Section Echinoderms. I. What Is An Echinoderm? 11/1/2010. Biology II Mrs.

Chapter 29 Echinoderms and Invertebrate Chordates. Section Echinoderms. I. What Is An Echinoderm? 11/1/2010. Biology II Mrs. Chapter 29 Echinoderms and Invertebrate Chordates Section 29.1 - Echinoderms Biology II Mrs. Michaelsen I. What Is An Echinoderm? A. Move by means of hydraulic, suction cuptipped appendages. B. Skin covered

More information

BIOLOGY 11 CHORDATES

BIOLOGY 11 CHORDATES BIOLOGY 11 CHORDATES All chordates share 4 general characteristics: 1. Notochord a dorsal supporting rod located below the nerve cord toward the back in vertebrates, the embryonic notochord is replaced

More information

Chapter 12 Marine Fishes

Chapter 12 Marine Fishes Chapter 12 Marine Fishes Marine Protochordates Phylum: Chordata (nerve cord) Subphylum: Protochordata first chordates/primitive Primitive species of marine vertebrates Do not have advanced features (backbone)

More information

VERTEBRATE EVOLUTION & DIVERSITY

VERTEBRATE EVOLUTION & DIVERSITY VERTEBRATE EVOLUTION & DIVERSITY 1 ANIMAL DIVERSITY No true tissues Ancestral protist True tissues Radial symmetry True Animals Bilateral symmetry Bilateral Animals Deuterostomes Lophotrochophores Ecdysozoans

More information

Kingdom: Animals. AP Biology Domain Eukarya. Domain Archaea. Domain Bacteria. Common ancestor

Kingdom: Animals. AP Biology Domain Eukarya. Domain Archaea. Domain Bacteria. Common ancestor Kingdom: Animals Domain Eukarya Domain Bacteria Domain Archaea Domain Eukarya 2012-2013 Common ancestor Animal Evolution On Exam 4/23/13 Porifera Cnidaria Nematoda Platyhelminthes sponges jellyfish flatworms

More information

Kingdom Animalia. Lab Exercise 23. Objectives. Introduction

Kingdom Animalia. Lab Exercise 23. Objectives. Introduction Lab Exercise Kingdom Animalia Objectives - Be able to recognize and name the major groups of animals - Be able to identify key characteristics that separate animal taxa - Be able to use a dichotomous key

More information

February 17, Unit 2. Biodiversity. Chordata, the vertebrates

February 17, Unit 2. Biodiversity. Chordata, the vertebrates Unit 2 Biodiversity Chordata, the vertebrates Phylum Chordata Examples: Sea squirts, fish, birds, dinosaurs, humans. General characteristics: 1. Bilaterally symmetrical 2. Coelomate 3. One way digestive

More information

What is an animal? 10/22/17. Bio 242 Laboratory Module 2

What is an animal? 10/22/17. Bio 242 Laboratory Module 2 Bio 242 Laboratory Module 2 Theme: Evolution shapes the flow and pattern of information through phylogenetic lineages, evident in the linkage between form and function Objectives -we will track the effects

More information

Class XI Chapter 4 Animal Kingdom Biology

Class XI Chapter 4 Animal Kingdom Biology Chapter 4 Animal Kingdom Question 1: What are the difficulties that you would face in classification of animals, if common fundamental features are not taken into account? For the classification of living

More information

Body Plan of the Chordates. Notochord, dorsal hollow nerve cord, pharyngeal gill slits, blocks of muscle, post-anal tail

Body Plan of the Chordates. Notochord, dorsal hollow nerve cord, pharyngeal gill slits, blocks of muscle, post-anal tail Chordata The Major Groups Invertebrate Chordates Fishes Class: Agnatha Class Condrichthyes Class Osteichthyes Class: Amphibia Class: Reptilia Class: Aves Class: Mammalia Body Plan of the Chordates Notochord,

More information

Class XI Chapter 4 Animal Kingdom Biology

Class XI Chapter 4 Animal Kingdom Biology Class XI Chapter 4 Animal Kingdom Biology Question 1: What are the difficulties that you would face in classification of animals, if common fundamental features are not taken into account? For the classification

More information

Chapter 23: The Animal Kingdom

Chapter 23: The Animal Kingdom Chapter 23: The Animal Kingdom Lecture Outline Enger, E. D., Ross, F. C., & Bailey, D. B. (2012). Concepts in biology (14th ed.). New York: McGraw- Hill. 1 23-1 What is an animal? 23-2 Eukaryotic Multicellular

More information

MARINE SCIENCE. Monday 16 Apr 2018

MARINE SCIENCE. Monday 16 Apr 2018 MARINE SCIENCE Monday 16 Apr 2018 Guest Teacher Grab a copy of the How Scientists Classify Marine Life article & question worksheet from the front counter. Using the article Read the information. Answer

More information

Phylum Chordata (Focus will be on Subphylum Vertebrata) Kingdom Animalia Phylum Chordata

Phylum Chordata (Focus will be on Subphylum Vertebrata) Kingdom Animalia Phylum Chordata Phylum Chordata (Focus will be on Subphylum Vertebrata) Kingdom Animalia Phylum Chordata - All members have three basic characteristics: 1) a hollow dorsal nerve cord, - spinal cord has small fluid fill

More information

EXTRACREDIT PROJECT ANIMALS OF SOUTHERN CALIFORNIA S OCEAN

EXTRACREDIT PROJECT ANIMALS OF SOUTHERN CALIFORNIA S OCEAN BIO 10 FUNDAMENTALS OF BIOLOGY Instructor: K. Villatoro Student s Name: EXTRACREDIT PROJECT ANIMALS OF SOUTHERN CALIFORNIA S OCEAN WELCOME TO THE CABRILLO MARINE AQUARIUM! This site was chosen because

More information

Sponges are considered the oldest of the animal phyla. The name Porifera means "pore bearer" in Latin.

Sponges are considered the oldest of the animal phyla. The name Porifera means pore bearer in Latin. Animals All animals are members of the Kingdom Animalia, also called Metazoa. This Kingdom does not contain prokaryotes (Kingdom Monera, includes bacteria, blue green algae) or protists (Kingdom Protista,

More information

Unit 19.2: Fish. Vocabulary fish spawning swim bladder

Unit 19.2: Fish. Vocabulary fish spawning swim bladder Unit 19.2: Fish Lesson Objectives Describe structure and function in fish. Explain how fish reproduce and develop. Give an overview of the five living classes of fish. Summarize the evolution of fish.

More information

Phylum Mollusca Snails, slugs, oysters, clams, octopuses, and squids

Phylum Mollusca Snails, slugs, oysters, clams, octopuses, and squids Phylum Mollusca Snails, slugs, oysters, clams, octopuses, and squids Nephridium Most are marine Visceral mass Soft-bodied animals, but most are protected by a hard shell Coelom Digestive tract Gonads Shell

More information

Invertebrate Chordates

Invertebrate Chordates Invertebrate Chordates Chapter 11.2 - Fishes And Invertebrate Chordates... Invertebrate Chordates Lancelets Filter feed and spend most of their time buried in the sand. Only 2 invertebrate chordates Tunicates

More information

BIOLOGY. An Introduction to Invertebrates CAMPBELL. Reece Urry Cain Wasserman Minorsky Jackson

BIOLOGY. An Introduction to Invertebrates CAMPBELL. Reece Urry Cain Wasserman Minorsky Jackson CAMPBELL BIOLOGY TENTH EDITION Reece Urry Cain Wasserman Minorsky Jackson 33 An Introduction to Invertebrates Lecture Presentation by Nicole Tunbridge and Kathleen Fitzpatrick Deuterostomia Metazoa Eumetazoa

More information

BIO 221 Invertebrate Zoology I Spring Larval Development. Larval Development. Lecture 18

BIO 221 Invertebrate Zoology I Spring Larval Development. Larval Development. Lecture 18 BIO 221 Invertebrate Zoology I Spring 2010 Stephen M. Shuster Northern Arizona University http://www4.nau.edu/isopod Lecture 18 Larval Development 1. Often presented as a progression of stages a. Representative

More information

Animals II: The Chordates

Animals II: The Chordates Animals II: The Chordates Phylum : Chordata Subphylum: Urochordata: Tunicates Cephalochordata: Lancelets Vertebrata: Vertebrates Chordate Characteristics Bilaterally symmetrical, coelomate animals Complete

More information

Chapter 28 Arthropods and Echinoderms. Body Terms. Evolution has led to:

Chapter 28 Arthropods and Echinoderms. Body Terms. Evolution has led to: Chapter 28 Arthropods and Echinoderms Introduction to Arthropods jointed feet Most diverse and successful animals Over 750,000 species identified Segmented bodies Tough exoskeleton Jointed appendages Body

More information

Fishes are vertebrates that have characteristics allowing them to live and reproduce in water.

Fishes are vertebrates that have characteristics allowing them to live and reproduce in water. Section 1: are vertebrates that have characteristics allowing them to live and reproduce in water. K What I Know W What I Want to Find Out L What I Learned Essential Questions What are the features of

More information

Figure Figure Phylum Chordata. Possess a dorsal, tubular nerve cord Notochord Pharyngeal gill slits Postanal tail

Figure Figure Phylum Chordata. Possess a dorsal, tubular nerve cord Notochord Pharyngeal gill slits Postanal tail Figure 17.2 Figure 18.3 Phylum Chordata Possess a dorsal, tubular nerve cord Notochord Pharyngeal gill slits Postanal tail 1 Other Characteristics of Phylum Chordata Bilateral symmetry Deuterostome, triploblastic,

More information

What are Arthropods? General Characteristics. General Characteristics 5/14/2013. Phylum Arthropoda Biology 11

What are Arthropods? General Characteristics. General Characteristics 5/14/2013. Phylum Arthropoda Biology 11 What are Arthropods? Phylum Arthropoda Biology 11 Segmented invertebrates Jointed appendages Exoskeleton Includes the most numerous and diverse animals on Earth They are found in virtually every habitat

More information

1) Which of the following is NOT a class in the phylum Porifera: a) Aschelminthes b) Hexactinellida c) Calcareous d) Demosponges

1) Which of the following is NOT a class in the phylum Porifera: a) Aschelminthes b) Hexactinellida c) Calcareous d) Demosponges Martha - Porifera: 1) Which of the following is NOT a class in the phylum Porifera: a) Aschelminthes b) Hexactinellida c) Calcareous d) Demosponges 2) What can sponges NOT be used for: a) Arts b) Bathing

More information

Overview of Invertebrates

Overview of Invertebrates Overview of Invertebrates General Features of Animals Heterotrophic Multicellular (eukaryotic) Cells lack rigid cell walls Cells are usually quite flexible. Cells (except sponges) are organized into structural

More information

Monterey Bay Aquarium Fieldtrip Worksheet

Monterey Bay Aquarium Fieldtrip Worksheet Attach ticket stub here. Name: Class: B11 or B3A Lab day & time: Monterey Bay Aquarium Fieldtrip Worksheet General Information Address: 886 Cannery Row Monterey, California 93940 Hours: 10am 6pm (May vary

More information

Slide 1 of 64. End Show Copyright Pearson Prentice Hall. End Show Copyright Pearson Prentice Hall. Respiration. Slide 5 of 64

Slide 1 of 64. End Show Copyright Pearson Prentice Hall. End Show Copyright Pearson Prentice Hall. Respiration. Slide 5 of 64 33-3 Form and Function in Chordates Chordates Vertebrate organ systems exhibit a wide range of complexity. This is seen in the different ways that vertebrates feed, breathe, respond, move, and reproduce.

More information

Outline 15: Paleozoic Life

Outline 15: Paleozoic Life Outline 15: Paleozoic Life The Evolution of Vertebrates: Fish and Amphibians Phylum Chordata All chordates have a dorsal nerve cord. Chordates with vertebrae are the vertebrates. The vertebrae surround

More information

Outline 15: Paleozoic Life. The Evolution of Vertebrates: Fish and Amphibians

Outline 15: Paleozoic Life. The Evolution of Vertebrates: Fish and Amphibians Outline 15: Paleozoic Life The Evolution of Vertebrates: Fish and Amphibians Phylum Chordata All chordates have a dorsal nerve cord. Chordates with vertebrae are the vertebrates. The vertebrae surround

More information

Aquarium entrance stamp here

Aquarium entrance stamp here Aquarium entrance stamp here Bio 11 - ZOOLOGY Instructor: K. Villatoro Student s Name: CLASSIFICATION OF KINGDOM ANIMALIA WELCOME TO THE CABRILLO MARINE AQUARIUM! This site was chosen because it exhibits

More information

2/17/2017. Lec. 11: Ch. 32 Deuterostomes

2/17/2017. Lec. 11: Ch. 32 Deuterostomes 1 2 3 4 5 6 7 8 Lec. 11: Ch. 32 Deuterostomes Deuterostomes Radial cleavage Indeterminant blastomeres Blastopore becomes anus Coelom forms by outpouching of the gut (enterocoelous) Phylum Echinodermata

More information

Basic mollusc body plan

Basic mollusc body plan Phylum Mollusca Phylum Mollusca 3 embryonic germ layers true coelom complete gut second largest phylum of animals, around 100,000 species mainly aquatic, but some terrestrial species Basic mollusc body

More information

Protostomes vs Deuterostomes. Phylum Mollusca

Protostomes vs Deuterostomes. Phylum Mollusca Protostomes vs Deuterostomes Animals that have a true coelom and complete digestive system can be divided into two main groups. This division is based on the way their embryos develop and the way in which

More information

ARTHROPODS. Phylum Arthropoda. 08 Sept Arthropoda.ppt 1

ARTHROPODS. Phylum Arthropoda. 08 Sept Arthropoda.ppt 1 ARTHROPODS Phylum Arthropoda 08 Sept. 2014 Arthropoda.ppt 1 Phylum Arthropoda Phylum Arthropoda Greek: arthro = jointed, + pod = foot Huge group, > 1,000,000 species. estimate: 1,000,000 spp. arthropods

More information

Chapter 36. Table of Contents. Section 1 Phylum Arthropoda. Section 2 Subphylum Crustacea. Section 3 Subphylum Chelicerata and Myriapoda.

Chapter 36. Table of Contents. Section 1 Phylum Arthropoda. Section 2 Subphylum Crustacea. Section 3 Subphylum Chelicerata and Myriapoda. Arthropods Table of Contents Section 1 Phylum Arthropoda Section 2 Subphylum Crustacea Section 3 Subphylum Chelicerata and Myriapoda Section 1 Phylum Arthropoda Objectives Describe the distinguishing characteristics

More information

Is a seahorse a fish, amphibian, or reptile? FISH

Is a seahorse a fish, amphibian, or reptile? FISH Ch. 30 Loulousis Is a seahorse a fish, amphibian, or reptile? FISH Vertebral Column (Endoskeleton) Gills Single-loop circulation Kidneys Also share all the characteristics of chordates such as notochord,

More information

EVOLUTION OF ANIMALS CHAPTERS 18 & 19: ANIMAL EVOLUTION AND DIVERSITY ANIMALS. Honors Biology Fig Fig. 18.2

EVOLUTION OF ANIMALS CHAPTERS 18 & 19: ANIMAL EVOLUTION AND DIVERSITY ANIMALS. Honors Biology Fig Fig. 18.2 CHAPTERS 18 & 19: ANIMAL EVOLUTION AND DIVERSITY Honors Biology 2012 1 ANIMALS Egg Fig. 18.1 Sperm 2 Eukaryotic, multicellular heterotrophs whose cells lack cell walls Most animal cells are diploid Haploid

More information

Figure 33.25a Free-living nematode

Figure 33.25a Free-living nematode Figure 33.25a Free-living nematode Bilateraly symmetrical Pseudocoelomates Body covered with secreated, flexible cuticle. No cilia Only longitudinal muscles. No protonephridia Muscular pharynx Gonochoristic

More information

Biology. Slide 1 of 53. End Show. Copyright Pearson Prentice Hall

Biology. Slide 1 of 53. End Show. Copyright Pearson Prentice Hall Biology 1 of 53 Chapter 33 Comparing Chordates 2 of 53 This chapter is a good revision of the material we saw during Unit III. 3 of 53 4 of 53 Controlling Body Temperature The control of body temperature

More information

Biology 11. Phylum Chordata: Subphylum Vertebrata: The Fishys

Biology 11. Phylum Chordata: Subphylum Vertebrata: The Fishys Biology 11 Phylum Chordata: Subphylum Vertebrata: The Fishys Phylum Chordata is typically divided into four subphyla: Higher Chordates We are going to spend the next few classes talking about the Subphylum

More information

Dorsal hollow nerve chord that forms spinal cord and brain. VERTEBRATES [OVERVIEW - OVERHEAD, similar to fig. 19.1, p. 390]:

Dorsal hollow nerve chord that forms spinal cord and brain. VERTEBRATES [OVERVIEW - OVERHEAD, similar to fig. 19.1, p. 390]: Phylum Chordata (44,000 species) Dorsal hollow nerve chord that forms spinal cord and brain Notochord at some stage of life cycle Gill slits at some point in life cycle VERTEBRATES [OVERVIEW - OVERHEAD,

More information

The Animal Kingdom. The Chordates

The Animal Kingdom. The Chordates The Animal Kingdom The Chordates Phylum Hemichordata Hemichordata (hemi = half; chordata= cord) acorn worm entirely marine adults show 3 of 4 basic characteristics: 1) pharyngial pouches 2) dorsal tubular

More information

Phylum Chordata. Chief characteristics (some are embryonic):

Phylum Chordata. Chief characteristics (some are embryonic): Phylum Chordata Vertebrates, sea squirts or tunicates, lancelets such as Amphioxus. Name: "Chord" means "string," referring to the nerve cord and/or notochord. Geologic range: Cambrian to Holocene. Mode

More information

Hemichordates and Invert chordates

Hemichordates and Invert chordates Hemichordates and Invertebrate chordates 1 Animal innovations (Symplesiomorphies) Pharyngeal gill slits Dorsal hollow nerve cord Porifera Placozoa Cnidaria Ctenophora Platyhelminthes Gastrotricha Gnathostomulida

More information

Natural History of Vertebrates Lecture Notes Chapter 2 - Vertebrate Relationships and Basic Structure

Natural History of Vertebrates Lecture Notes Chapter 2 - Vertebrate Relationships and Basic Structure Natural History of Vertebrates Lecture Notes Chapter 2 - Vertebrate Relationships and Basic Structure These notes are provided to help direct your study from the textbook. They are not designed to explain

More information

Chapter 12 Part 2. The Worms Platyhelminthes, Nematoda & Annelida

Chapter 12 Part 2. The Worms Platyhelminthes, Nematoda & Annelida Chapter 12 Part 2 The Worms Platyhelminthes, Nematoda & Annelida Phylum: Platyhelminthes Examples: Flatworms, Planaria sp., tapeworms and blood flukes Acoelomate, Invertebrate, Simplest critter w/ bilateral

More information

Chapter 39. Table of Contents. Section 1 Introduction to Vertebrates. Section 2 Jawless and Cartilaginous Fishes. Section 3 Bony Fishes.

Chapter 39. Table of Contents. Section 1 Introduction to Vertebrates. Section 2 Jawless and Cartilaginous Fishes. Section 3 Bony Fishes. Fishes Table of Contents Section 1 Introduction to Vertebrates Section 2 Jawless and Cartilaginous Fishes Section 3 Bony Fishes Section 1 Introduction to Vertebrates Objectives Identify the distinguishing

More information

"Protochordates" BIO3334 Invertebrate Zoology. Page 1. Hemichordates and Invertebrate chordates. Protochordate taxa 2 8:30 AM

Protochordates BIO3334 Invertebrate Zoology. Page 1. Hemichordates and Invertebrate chordates. Protochordate taxa 2 8:30 AM Hemichordates and Invertebrate chordates 1 Protochordate taxa Phylum. Hemichordata Class. Enteropneusta Class. Pterobranchia Phylum. Chordata Subphylum. Urochordata Subphylum. Cephalochordata Subphylum.

More information

Edible, and. Coral Reefs! Photo: CEDixon

Edible, and. Coral Reefs! Photo: CEDixon Spreadable, Edible, and Incredible Coral Reefs! Carrie Dixon Discovery Hall Programs Dauphin Island Sea Lab, AL Photo: CEDixon National Science Content Standards Life Science Content Standard, Grades K-4:

More information

Lecture 3 - Early Fishes

Lecture 3 - Early Fishes Lecture 3 - Early Fishes 1. Early Chordates 2. Conodonts 3. Early Vertebrates 4. Jawless fishes 5. Agnatha/ Gnathostomes junction 6. Placoderms 7. Chondrichthyes Cephalochordates (lancelets) Early Chordates

More information

`Mollusks. may or may not form a hard, calcium carbonate shell. Trochophore Larva

`Mollusks. may or may not form a hard, calcium carbonate shell. Trochophore Larva `Mollusks Phylum Mollusca Soft-bodied invertebrate covered with protective mantle that may or may not form a hard, calcium carbonate shell Includes chitons, snails, slugs, clams, oysters, squid, octopus,

More information