Kingdom Animalia
In order to be in the Kingdom Animalia, anorganism must be considered:   Multicellular   Heterotrophic   Typically repr...
Over time, animalsincreased in complexity Level of cellular organization and  specialization Type of symmetry of body pl...
Key Term: Cephalization   A concentration of nervous tissue and    feeding mechanisms in the head    region that serves t...
Evolutionary Origin of      Animals   Animals are    thought to have    arisen from the    sea, from colonial    protists
It is believed that someof these protistscolonies began to foldinward, creating agastrula-likeprotosome.In this stage, cel...
Cell Specialization andTissue Formation   First cell divisions    are known as    cleavages   Several cleavages    produ...
   As they continue to    divide, the cells get    pushed towarsd the    interior, creating a    BLASTULA   Differentiat...
3 Types of Tissue   Endoderm:     Gives rise to: liver pancreas, lungs,      lining of digestive tract     Found in the...
3 Types of Tissue   Mesoderm:     Gives rise to: notochord, lining of      coelem, muscles, skeleton, circulatory      s...
3 Types of Tissue   Ectoderm:     Gives rise to: covering of the body,      central nervous tissue     Found in the out...
   If a body cavity is present between the    digestive tract and the outer layer wall    it is referred to as a coelom
   This body cavity is lined with the    mesoderm, which produces a circulatory    system in the body (nutrients and oxyg...
Advantages to having acoelem Acts as a cushion for internal organs Provides more room for internal  organs to expand Al...
4 types of body plans:          Radial          Symmetry          Spherical          Symmetry          Bilateral          ...
Asymmetry Lack symmetry No top or bottom No sides are mirror images Ex. The hydra
Spherical Arranged around a central point Not top, bottom, left or right, head or  rear Ex. Sea Urchins
Radial Arranged around a central axis like  spokes on a wheel Has a top and a bottom Ex. Starfish
Bilateral Arranged around a midline Left and right sides Sides are mirror images Ex. Butterfly
Key Term: Cephalization   The concentration of sensory    tissues at anterior end   Travelling animal can sense food,   ...
Simple Animals   Porifera   Cnidaria
Worm-like Animals Flatworms Roundworms Segmented Worms
Invertebrates   Mollusca   Echinodermata
Joint-legged animals-Arthropods Crustacea Arachnida Insecta Diplopoda and Chilopoda
Internal Skeletons        (chordates)   Ancestral chordates       Urachordata (tunicates)
Internal Skeletons            (chordates)   Vertebrates       Cephalochordata (lancelets)
Internal Skeletons              (chordates)   Vertebrates       Chodrichthyes (sharks)   Tiger Shark    Basking Shark (e...
Internal Skeletons          (chordates)   Vertebrates     Ostekcthyes     (bony fish)
Internal Skeletons             (chordates)   Vertebrates      Amphibia    (frogs and    salamanders)    Poisonous Dart F...
Internal Skeletons             (chordates)   Vertebrates       Reptilia
Internal Skeletons            (chordates)   Vertebrates       Aves (birds)                       Carara Bird
Internal Skeletons           (chordates)   Vertebrates       Mammalia
11u bio div 08
11u bio div 08
11u bio div 08
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11u bio div 08

  1. 1. Kingdom Animalia
  2. 2. In order to be in the Kingdom Animalia, anorganism must be considered: Multicellular Heterotrophic Typically reproduce sexually Lack cell wall Motile during some life stage Rapid response to external stimuli Have 2 types of tissues only found in animals: nervous tissue and muscle tissue
  3. 3. Over time, animalsincreased in complexity Level of cellular organization and specialization Type of symmetry of body plan Degree of cephalization Presence and type of body cavity Presence of segmentation Structure of digestive system
  4. 4. Key Term: Cephalization A concentration of nervous tissue and feeding mechanisms in the head region that serves to integrate the activities of the nervous system
  5. 5. Evolutionary Origin of Animals Animals are thought to have arisen from the sea, from colonial protists
  6. 6. It is believed that someof these protistscolonies began to foldinward, creating agastrula-likeprotosome.In this stage, cellspecializationoccurred, paving theway for the evolution oftrue multi-cellularorganisms
  7. 7. Cell Specialization andTissue Formation First cell divisions are known as cleavages Several cleavages produces a small hollow ball of cells
  8. 8.  As they continue to divide, the cells get pushed towarsd the interior, creating a BLASTULA Differentiation (ie. Cells become specialized) occurs in late stages of blastula
  9. 9. 3 Types of Tissue Endoderm:  Gives rise to: liver pancreas, lungs, lining of digestive tract  Found in the inner layer
  10. 10. 3 Types of Tissue Mesoderm:  Gives rise to: notochord, lining of coelem, muscles, skeleton, circulatory system  Found in the middle layer
  11. 11. 3 Types of Tissue Ectoderm:  Gives rise to: covering of the body, central nervous tissue  Found in the outer layer
  12. 12.  If a body cavity is present between the digestive tract and the outer layer wall it is referred to as a coelom
  13. 13.  This body cavity is lined with the mesoderm, which produces a circulatory system in the body (nutrients and oxygen therefore don’t diffuse into all body cells)
  14. 14. Advantages to having acoelem Acts as a cushion for internal organs Provides more room for internal organs to expand Allows animal to become larger Allows digestive tract to develop specialized regions and blood vessels
  15. 15. 4 types of body plans: Radial Symmetry Spherical Symmetry Bilateral Symmetry Asymmetry
  16. 16. Asymmetry Lack symmetry No top or bottom No sides are mirror images Ex. The hydra
  17. 17. Spherical Arranged around a central point Not top, bottom, left or right, head or rear Ex. Sea Urchins
  18. 18. Radial Arranged around a central axis like spokes on a wheel Has a top and a bottom Ex. Starfish
  19. 19. Bilateral Arranged around a midline Left and right sides Sides are mirror images Ex. Butterfly
  20. 20. Key Term: Cephalization The concentration of sensory tissues at anterior end Travelling animal can sense food, danger, and other stimuli A head end is an adaptation for movement (ie. Burrowing) More active animals are generally bilateral and have cephilization
  21. 21. Simple Animals Porifera Cnidaria
  22. 22. Worm-like Animals Flatworms Roundworms Segmented Worms
  23. 23. Invertebrates Mollusca Echinodermata
  24. 24. Joint-legged animals-Arthropods Crustacea Arachnida Insecta Diplopoda and Chilopoda
  25. 25. Internal Skeletons (chordates) Ancestral chordates  Urachordata (tunicates)
  26. 26. Internal Skeletons (chordates) Vertebrates  Cephalochordata (lancelets)
  27. 27. Internal Skeletons (chordates) Vertebrates  Chodrichthyes (sharks) Tiger Shark Basking Shark (endangered)
  28. 28. Internal Skeletons (chordates) Vertebrates  Ostekcthyes  (bony fish)
  29. 29. Internal Skeletons (chordates) Vertebrates  Amphibia (frogs and salamanders) Poisonous Dart Frog
  30. 30. Internal Skeletons (chordates) Vertebrates  Reptilia
  31. 31. Internal Skeletons (chordates) Vertebrates  Aves (birds) Carara Bird
  32. 32. Internal Skeletons (chordates) Vertebrates  Mammalia

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