Who can I work with and what is the project worth?
|
|
- Derek Fowler
- 5 years ago
- Views:
Transcription
1 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, the type of symmetry, body cavity plan (or lack thereof), and morphological development (protostome or deuterostome). This will count as an assessment grade for the first marking period. It is also vastly important to your understanding of classification by shared. It is designed to give you an overview of the various types of organisms classified as animals and their major defining. This is something that you have probably not addressed thus far in school, but which important to biology at the AP level.
2 Your project will cover the nine major animal phyla shown above. You will also include some classes in your project. For example, the phylum Arthropoda is so large that you will divide that phylum further into three of the Arthropod classes crustacea, arachnida, and insecta. You will also go into more detail with the phylum Chordata that s our phylum! You will include the 4 chordate and the following classes: Who can I work with and what is the project worth? This project will be worth a total of 76 points. This will be counted as an assessment grade. You can also expect a formal test on this material when you start school in September. You may work with one partner. You will present a portion of your project to the class during the first week of school. Your project presentation will be a separate grade.
3 Project Scoring Guide and checklist: Topic Completed: Topic Completed: 5 points Explain at least 5 animal types of Nematodes. Label each Phylum Porifera explain cellular level poriferan 2 points Phylum Mollusca explain protostome morphogenesis and the coelomate body plan. Explain the Mollusca types of poriferanslabeled Phylum Cnidaria explain tissue level radial symmetry and Cnidarian types of Cnidarians with Phylum Platyhelminthes explain bilateral symmetry and acoelomate Platyhelminth types of platyhelminths with Phylum Nematoda explain pseudocoelomate Nematode. types of molluscs with Phylum Annelida explain the Annelid, be sure to include the earthworm and segmentation types of annelids with Phylum Arthropoda here you will explain or arthropods in general and also specifically the crustaceans, the arachnids, and the insects types of organisms in each of the 3 classes with The phylum Echinodermata. This will include an explanation of deuterostome morphogenesis as well as the echinoderm. labeled types of Echinoderms
4 Topic Completed by: Topic Completed by: 5 points amphibians with Phylum Chordata: Explain the 4 chordate and provide labeled pictures of each Class Agnatha: explain the major agnathans agnathans with Class Chondrichthyes: of this class chondrichthyes with Class Osteichthyes: Osteichthyes osteichthyes with Class Amphibia: amphibians Class Reptilia: explain the major reptiles. Include the amniotic egg. reptiles with Class Aves: explain the major of the Aves (Birds). Include temperature regulation and heart chambers avians with Class Mammalia: of mammals mammals with The odd mammals: explain of marsupials, bats, aquatic mammals, and the platypus that make them different from other mammals. Include labeled pictures of each. 7 points
5 Scoring Rubric Rubric for Science Paper/Project Writing incorrect/incomplete No Works cited
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 informationI 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 informationbinomial nomenclature: genus: species:
Accelerated Biology Name Classification Project Period Date Due Content Standard 12: All life forms on Earth are organized into a hierarchical classification system to establish structural and evolutionary
More informationChordates 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 informationCharacteristics 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 informationAquarium 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 informationKingdom 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 informationAnimal 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 informationDichotomous 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 information1) 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 informationKingdom 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 informationSpecimen 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 informationArthropods, 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 informationCharacteris*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 informationClass 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 informationClass 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 information1. 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 informationKingdom 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 informationA. 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 informationSponges 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 informationANIMAL KINGDOM CHAPTER 4 14 BIOLOGY, EXEMPLAR PROBLEMS MULTIPLE CHOICE QUESTIONS
14 BIOLOGY, EXEMPLAR PROBLEMS CHAPTER 4 ANIMAL KINGDOM MULTIPLE CHOICE QUESTIONS 1. In some animal groups, the body is found divided into compartments with at least some organs/ organ repeated. This characteristic
More informationGeneral Biology 1004 Chapter 17 Lecture Handout, Summer 2005 Dr. Frisby
Slide 1 CHAPTER 17 The Evolution of Animals PowerPoint Lecture Slides for Essential Biology, Second Edition & Essential Biology with Physiology Neil Campbell, Jane Reece, and Eric Simon Presentation prepared
More informationBIO 164 MARINE BIOLOGY, SPRING 2018
BIO 164 MARINE BIOLOGY, SPRING 2018 PROFESSOR JAN A. PECHENIK OFFICE: Robinson 362 (617-627-3199) OFFICE HOURS: By appointment. To arrange a meeting time, please contact me by e-mail and give me 3 times
More informationAn 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 informationThe 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 informationBIO 164 MARINE BIOLOGY, SPRING 2017 [As of January 12, 2017]
BIO 164 MARINE BIOLOGY, SPRING 2017 [As of January 12, 2017] PROFESSOR JAN A. PECHENIK OFFICE: DANA 224 (X 73199) OFFICE HOURS: By appointment. To arrange a meeting time, please contact me by e-mail and
More informationSymmetry. 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 informationChordates. 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 informationThe 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 informationClass 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 informationAnimal 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 informationThe 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 informationChapter 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 informationKingdom: 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 informationOverview 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 informationWhat 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 informationCHAPTER 4 ANIMAL KINGDOM
CHAPTER 4 ANIMAL KINGDOM Animal Kingdom is characterized by multicellular, eukaryotic organisms. The cells lack cell walls. They ingest and digest food (holozoic), hence they are heterotrophic. Higher
More informationGeneral Features of Animals
General Features of Animals Animals are a diverse group that are characterized by several features animals are heterotrophs all animals are mul:cellular and lack cell walls most animals are able to move
More informationWhat 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 informationCh17_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 informationVERTEBRATE 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 informationBiology 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 informationBasic 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 informationEVOLUTION 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 informationFeatures Used to Classify
Features Used to Classify Animals Bởi: OpenStaxCollege Scientists have developed a classification scheme that categorizes all members of the animal kingdom, although there are exceptions to most rules
More informationPhylum 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 informationGUIDE TO GOD'S. Sample ANIMALS FR.ANK SH ER.WIN INSTITUTE FOR CREATION RESEARCH HARVEST HOUSE PUBLISHERS EUGENE, OREGON. Used by Permission
GUIDE TO GOD'S ANIMALS FR.ANK SH ER.WIN INSTITUTE FOR CREATION RESEARCH HARVEST HOUSE PUBLISHERS EUGENE, OREGON All Scripture quotations are taken from the New King James Version. Copyright 1982 by Thomas
More informationCourse: Biology 211 Iowa State University
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
More informationCh17_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 informationChapter 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 informationBiol 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 informationPHYLUM 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 informationDIVERSITY OF ANIMAL LIFE. 1. Which of the following is not associated with locomotion in protozoa? 1) Tentacle 2) Flagella 3) cilia 4) pseudopodia
DIVERSITY OF ANIMAL LIFE 1. Which of the following is not associated with locomotion in protozoa? 1) Tentacle 2) Flagella 3) cilia 4) pseudopodia 2. Nutrition of Amoeba is 1) holophytic 2) parasitic 1)
More informationINVERTEBRATES. Cnidaria jelly, corals eumetazoa 2 radial Platyhelminthes flateworm 3 bilateral 1 a -- Nematoda roundworms 2 p --
Diversity II ANIMAL OVERVIEW Animals: multicellular, heterotrophic eukaryotes, obtain nutrients by ingestion, and lack cell wall. Ingestion: eating other organisms or organic material. Collagen: most abundant
More informationMonterey 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 information5/10/2014. Most known organisms are animals. Of the 1.5 million known species, one-third are animals.
Most known organisms are animals Of the 1.5 million known species, one-third are animals. Most animal species live on land, but the greatest diversity of animal phyla are marine. The most diverse communities
More informationThe wingspan of the albatross can be up to 12 feet. Chapter 15: Marine Animals
The wingspan of the albatross can be up to 12 feet. Chapter 15: Marine Animals 1 Learning Goals: Chapter 15 Next Monday, I will ask you to report what you think the major points should be, about marine
More informationVertebrate Animals. DOMAIN- Eukarya KINGDOM- Animalia PHYLUM- Chordata SUBPHYLUM- Vertebrata CLASS- 7 different»orders- 10 Placental mammals
Vertebrate Animals DOMAIN- Eukarya KINGDOM- Animalia PHYLUM- Chordata SUBPHYLUM- Vertebrata CLASS- 7 different»orders- 10 Placental mammals Characteristics of ALL vertebrates Backbone Endoskeleton Distinct
More informationKingdom 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 informationPage # Feeding. Animal diversity 3 - The Protostomes (Annelida, Mollusca, Arthropoda) Diversity of Annelida. But first from last time
Animal diversity 3 - The Protostomes (Annelida, Mollusca, Arthropoda) Key concepts What are the distinguishing characters and life histories of the Annelida, Mollusca, Arthropoda? There are LOTS more species
More informationMARINE 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 informationdeuterostomes eucoelomates pseudocoelomates acoelomate
deuterostomes Mollusca Arthropoda Echinodermata Hemichordata Chordata eucoelomates Annelida Rotifera Platyhelminthes Nematoda acoelomate pseudocoelomates Phylum Hemichordata Share characteristics with
More informationchordates (S3.O1.d / S3.O2.e)
Comparing invertebrates and Vocab Chap 29 & 33 chordates (S3.O1.d / S3.O2.e) 1. Radial symmetry 2. Bilateral symmetry 3. Cephalization 4. Coelom 5. Intracellular digestion 6. Extracellular digestion 7.
More informationAP 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 informationSample page. Contents
Contents Part A: Mangroves and seagrasses 5 A1. What do mangroves look like? 5 A2. Which animals use mangroves for shelter? 7 A3. How do mangroves grow? 8 A4. How do mangroves reproduce? 10 A5. Which animals
More informationDownloaded from
POINTS TO REMEMBER : 4. Animal Kingdom Levels of organization : Cellular level Tissue level Organ level Organ system level Circulatory System : Open type: Blood pumped out through heart. Cells and tissues
More informationBIOLOGY. 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 informationAnimals. Invertebrate Diversity & Evolution
Animals Invertebrate Diversity & Evolution Animal Characteristics Multicellular Heterotrophic (can be classified by their feeding strategies) Classified by feeding strategies Filter feeders (suspension
More informationSinauer Associates, Inc., Publishers Sunderland, Massachusetts 01375
Invertebrates SECOND EDITION Richard C. Brusca Director of Conservation and Science, Arizona-Sonora Desert Museum Gary J. Brusca Late, Professor of Zoology, Humboldt State University with illustrations
More informationPhylum: 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 informationChordates Fishes And Amphibian Study Guide READ ONLINE
Chordates Fishes And Amphibian Study Guide READ ONLINE chapter 30 nonvertebrate chordates fishes - chapter 30 nonvertebrate chordates fishes amphibians Study Guide for Chapter 30 Fishes and Amphibians.
More informationThe 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 informationInvertebrate 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 informationPlease Read the Instructions First
Name: KEY Last First ID# Lab. Date and Time Lab. TA Biological Sciences 1B Dr. Herrlinger Summer Sessions I 1997 Final Exam August 1, 1997 Please Read the Instructions First Check your pages. There are
More informationAnimal Evolution. II. Overview of Animal Phylogeny A. Parazoan 1. Lack tissue 2. Animals with tissue are classified eumetazoa 3.
Animal Evolution I. Animal Characteristics A. Most animals share the following characteristics: 1. Multi-cellular 2. Eukaryotic 3. Heterotrophy a. Ingestion b. Carbohydrates stored as glycogen 4. No cell
More informationCBSE Quick Revision Notes (Class-11 Biology) CHAPTER-04 ANIMAL KINGDOM
CBSE Quick Revision Notes (-11 Biology) CHAPTER-04 ANIMAL KINGDOM Millions of species of animals have been described and it becomes more necessary to classify them to assign a systematic position. Animals
More informationBody 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 information1-Seaweeds and Marine Plants...2
Name1 :... Name2 :.... 1-Seaweeds and Marine Plants...2 Commercial uses of seaweeds...2 2-Phylum Porifera (Sponges)...3 3-Phylum Cnidaria (Jellyfish, Sea Anemones, Corals)...4 4-Phylum Mollusca (Clams,
More informationAnimal Kingdom: Comparative Anatomy
Invertebrate feeding and digestion Animal Kingdom: Comparative Anatomy Invertebrates can either have or digestion: meaning that food is digested each individual of the organism. Animals a digestive tract.
More informationKINGDOM ANIMALIA. 2 nd half.
1 st half. KINGDOM ANIMALIA Phylum Porifera Phylum Cnidaria Phylum Platyhelminthes Phylum Nemertina Phylum Nematoda Phylum Rotifera Phylum Annelida Phylum Arthropoda Phylum Mollusca Phylum Bryozoa Phylum
More informationChapter 10: Mollusca
Chapter 10: Mollusca Latin: soft 90,000 living spp. 70,000 fossil spp. marine fresh water terrestrial chitons snails nudibranchs clams oysters nautiluses tusk shells slugs sea butterflies mussels squids/cuttlefish
More informationUNIVERSITY OF SOUTH ALABAMA. GY 112: Earth History. Lectures 28 and 29: Vertebrates. Instructor: Dr. Douglas W. Haywick
UNIVERSITY OF SOUTH ALABAMA GY 112: Earth History Lectures 28 and 29: Vertebrates Instructor: Dr. Douglas W. Haywick Last Time Plants 1) The first plants (Archean-Proterozoic) 2) Diversification (Paleozoic-Mesozoic)
More informationSpecial Feature Rattlesnakes Lesson 18 Lizards Lesson 19 Turtles & Crocodiles... 80
Table of of Contents Unit 1 Mammals Lesson 1 The World of Animals............... 8 Lesson 2 Vertebrates..................... 11 Lesson 3 Mammals...................... 14 Lesson 4 Mammals: Large & Small............
More informationIntroductory List to Local Marine Animals
Introductory List to Local Marine Animals During your visit to the Huntsman you will have the opportunity to see and investigate many different types of marine animals, especially invertebrates. Below
More information27/12/2012. Learning Outcome G4
Learning Outcome G4 Learning Outcome G4 Analyse the increasing complexity of the Phylum Mollusca, the Phylum Echinodermata, and the Phylum Arthropoda Phylum Mollusca, Echinodermata & Arthropoda Students
More informationMajor groups of animals. I. Phylum Porifera. RADIATA II. Phylum Cnidaria. A. Class Hydrozoa. B. Class Anthozoa. C. Class Cubozoa. D.
Major groups of animals I. Phylum Porifera A. no true tissues B. cell types 1. pinacocytes (pinacoderm - incipient tissue) 2. archaeocytes - in mesohyl 3. choanocytes C. Body forms 1. Asconoid a) water
More informationMajor groups of animals. I. Phylum Porifera. RADIATA II. Phylum Cnidaria. A. Class Hydrozoa. B. Class Anthozoa. C. Class Cubozoa. D.
Major groups of animals I. Phylum Porifera A. no true tissues B. cell types 1. pinacocytes (pinacoderm - incipient tissue) 2. archaeocytes - in mesohyl 3. choanocytes C. Body forms 1. Asconoid a) water
More informationMARINE ANIMALS. This activity introduces the diversity and taxonomy of oceanic consumers.
MARINE ANIMALS This activity introduces the diversity and taxonomy of oceanic consumers. Objectives for Exam #1: 1. Describe characteristics of organisms in different invertebrate phyla, including the
More informationEdible, 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``KINGDOM ANIMALIA What is an animal? I. Characteristics A. multicellular with membrane-bound organelles (EUKARYOTIC) B. feed on other organisms
``KINGDOM ANIMALIA What is an animal? I. Characteristics A. multicellular with membrane-bound organelles (EUKARYOTIC) B. feed on other organisms (HETEROTROPH) C. Have movement in some stage of life (MOBILE)
More informationAnimal Classification & Physiology
Animal Classification & Physiology Learning Intention 17 th October 2012 We are learning to: Distinguish between the different phylums and identify members of each phylum with an agricultural significance
More informationCopyright 2011 Pearson Education, Inc.
Urochordata (tunicates) Cephalochordata (lancelets) Myxini (hagfishes) Petromyzontiformes (lampreys) Chondrichthyes (sharks, rays) Actinopterygii (ray-finned fish) Actinistia (coelacanths) Dipnoi (lungfishes)
More informationThe 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 informationChapter 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 information2/17/2017. 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 informationClassification Station [Grades 6-8]
Classification Station [Grades 6-8] Georgia Standards of Excellence Addressed: S7L1. Obtain, evaluate, and communicate information to investigate the diversity of living organisms and how they can be compared
More informationAnimals II: The Chordates
Animals II: The Chordates Phylum : Chordata Subphylum: Urochordata: Tunicates Cephalochordata: Lancelets Vertebrata: Vertebrates Chordate Characteristics Bilaterally symmetrical, coelomate animals Complete
More informationDorsal 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 informationConsumers OCN201 Fall 2007
Consumers OCN201 Fall 2007 Zackary Johnson Department of Oceanography http://www.soest.hawaii.edu/oceanography/zij/education.html Major Concepts Consumers keep growth / biomass in check Primary consumers
More informationChapter 10 THE KINGDOM ANIMALIA
Chapter 10 THE KINGDOM ANIMALIA In this chapter we trace the long evolutionary history of the animals; in it we encounter the simplest members of this kingdom sponges, jellyfish and several kinds of worms.
More information