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Animal Book

Animal Book. Build the animal book: 1 piece of colored paper 4 pieces of copy paper Staples Fold paper in half (hamburger style), staple to make a booklet. On Front Cover - “Animal Book” On Back Cover - Name and Period

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Animal Book

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  1. Animal Book Build the animal book: 1 piece of colored paper 4 pieces of copy paper Staples Fold paper in half (hamburger style), staple to make a booklet. On Front Cover - “Animal Book” On Back Cover - Name and Period Inside front cover – tape Animal Readiness and Supporting Standards Inside back cover – tape Animal Phylogenetic Trees

  2. Vocabulary – page 1 • Animal – p 657 • Invertebrate – p 657 • Vertebrate – p 657 • 7 Essential Functions – p 658-659 • Cell Specialization – p 660 • Embryonic Germ Layers (3 types) – p 661 • Body Symmetry (2 types) – p 662 • Cephalization – p 663, 748 • Body Cavities – p 663

  3. Phylum – Porifera – page 2 • Examples: Sponges • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: internal fertilization(666); larva(666) • Include a labeled picture of a sponge (fig 26-8 p665)

  4. Phylum - Cnidarian – page 3 • Example: Jellyfish, Coral • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: gastrovascularcavity(671); • external fertilization(672) • Include a labeled sketch of a Cnidarian (fig 26-12 p.670)

  5. Phylum – Platyhelminthes – page 4 • Example: Flatworms, Flukes, Tapeworms • Compare and Contrast the: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Coelom(683); Hermaphrodite(686) • Include a labeled sketch of a flatworm (fig. 27-3, p.685)

  6. Phylum – Nematoda– page 5 • Example: Roundworms, Hookworms, Trichinosis-causing worms, Ascarid worms • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Pseudocoelom (689), Anus (689) • Include a labeled sketch of a roundworm (fig.27-7, p.689)

  7. Phylum – Annelida – page 6 • Example: Earthworms, Leeches, Bloodworms • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: closed circulatory system (695) • Include a labeled sketch of an earthworm (fig27-16, p697)

  8. Phylum – Mollusca – page 7 • Example: Gastropods (Snails, Slugs); Bivalves (Clams, Mussels, Oysters, Scallops); Cephalopods (Squid, Octopi, Nautiluses) • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: mantle(702); shell(702); siphon(703) • Include a labeled picture of a Mollusk • (fig 27-23 p.703)

  9. Phylum – Arthropoda – page 8 • Example: Crustacea (Crabs, Shrimp, Lobsters, Crayfish, Barnacles); Chelicerates (Spiders, Ticks, Mites, Scorpions, Horseshoe Crabs); Uniramia (Insects, Centipedes, Millipeds) • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Exoskeleton(715); Chitin(715); Appendages(715); Molting(719) • Include a labeled sketch of Insects (fig28-15, p727; fig28-16, p728; fig28-18, p729)

  10. Phylum – Echinodermata – page 9 • Example: Sea Star, Sea Urchins, Sand Dollars, Sea Cucumbers • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Endoskeleton(734); Water Vascular System(735) • Include a labeled sketch of a Sea Star (fig28-23, p735)

  11. Phylum – Fish – page 10 • Example: Perch, Catfish, Trout, Salmon • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Cartilage(773); Swim Bladder(777) • Include a labeled sketch of a fish (fig30-11, p774)

  12. Phylum – Amphibians – page 11 • Example: Frog, Salamander, Toads, Caecilians • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Nictitating Membrane(787) • Include a labeled sketch of a frog (fig30-24, p784)

  13. Phylum – Reptiles – page 12 • Example: Alligator, Lizard, Crocodile, Snake, Turtle • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Ectotherm(800); Amniotic Egg(802) • Include a labeled sketch of a turtle (fig 31-4, p801)

  14. Phylum – Birds – page 13 • Example: Blue Jay, Robin, Cardinal, Eagle, Hawk • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Feathers(806); Endotherm(808) • Include a labeled sketch of a bird (fig 31-14, p809)

  15. Phylum – Mammals – page 14 • Example: Cat, Dog, Bat, Mouse, Rat, Zebra, Whale, Dolphin, Human, Platypus, Kangaroos • Describe the following: • Environment (temperature, climate) • Food Source • Maintaining homeostasis – circulation, respiration, excretion • Movement • Reproduction • Evolutionary milestone • Define: Mammary Glands(821); Cerebral Cortex(825) • Include a labeled sketch of the homologous structures in Fig 32-7, p827

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