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Animal morphoanatomy
Animal morphoanatomy
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Evolution

  1. 1. BY: Maleah
  2. 2. Alloellasmoapato was located in North America in Pangea just above the equator.
  3. 3.  Our story takes us back to the beginning of the Permian Period( about 286 MYA-250 MYA) a time of glaciations.  An Alloellasmoapato stayed in his underground tunnel he dug for safety from other predators.  He’s able to dig and live in tunnels because he’s only one foot long.  The compact walls keep in heat in the cold .  He also has a small hole on the side of his head where he here’s from.  He eats roots and leaves  He has flat teeth for eating plants and roots
  4. 4.  There was a mass extinction and glaciations in the late Permian  Alloellasmoapato is now a therapsid (mammal like reptile) he lays eggs still  Hard scaly plated skin which makes a good shell for protection  Alloellasmoapato developed fur in the small holes in his hard almost shell or plated like skin to with stand cold weather.
  5. 5.  Alloellasmoapato got enough water and nutrition from roots and dead bugs to survive for weeks or months of the glaciations.  The Alloellasmoapato was very adaptable and fast and tricky and was therefore selected out of a number of creatures
  6. 6.  248 MYA  Another big extinction occured due to Green House Effect  Wet places became dry  Harder to dig in dry ground  Alloellasmoapato dug underground to keep cool  Alloellasmoapato became larger due to better food like leaves.  After years of digging the Alloellasmoapato evolved six toes to help dig faster. One of the unique quality's of a modern mole.
  7. 7.  213 MYA  The Alloellasmoapato still lays eggs  The Alloellasmoapato and other mammal like reptiles are very prosperous in the Jurassic  Eats more variety of plants  There are now small predators on the land to dig into underground homes.
  8. 8.  144 MYA  Eats fruits  Lots of good plants and fruits to eat  Warmer  Grows bigger because better food sugars  Has a healthy diet of root leaves fruit nuts and bugs.  The Alloellasmoapato digs deeper to avoid their homes being crushed by dinosaurs
  9. 9.  65 MYA  Cold weather  Asteroid fell and heats up earth  Tropical forests  Eats more variety of fruits and plants  Stays cool underground  Gives birth to live young  Nice moist soil for digging  Loses its crest like thing because it was useless.
  10. 10.  55 MYA  Another mass extinction  Animals with hooves  Grows bigger is now two feet in length  Grows small sharp teeth for eating baby rodents.
  11. 11. STRANGE PLATED AND DECEPTIVE MODERN DAY  Classification: Animalia  Phylum: Chordata  Class: Mammalia  Order: Talipidae  The Alloellasmoapato has survived because he was so adaptable to all kinds of weather and situations  The Alloellasmoapato is now a relative to the modern day mole.  The Alloellasmoapato has a small hole where it hears from.
  12. 12. AFTER THE BREAK OF PANGEA THE ALLOELASMOAPATHTTP:PANGEA_ANIMATION_03.GI FO IS LOCATED ALMOST ANYWHERE ON LAND BECAUSE IT IS SO ADAPTABLE.
  13. 13.  The Alloellasmoapato is very social, happy and playful  When it comes to mating a Alloellasmoapato can be very feisty when it returns to the mating grounds where it was born every year  When they give birth they cover up their young in a shell of hard dirt stuck together from the special spit Alloellasmoapato’s produces only in mating season  They move in groups underground
  14. 14.  The Alloellasmoapato now eats about 1%-2% of it’s body weight  Alloellasmoapato now eats bugs, baby mice, roots, fruits and plants  Alloasmoapato teeth are flat and are good for smashing and grinding up roots and bugs  Alloasmoapato also has a few sharp teeth for eating baby mice and bugs
  15. 15. Permian 1 Triassic 2 Jurassic 3 Cretatious Paleocene Eocene 6 4 5 Evolves fur Evolves 6 Eats more Evolves 3 Loses crest Grows 6 toes variety of inchs bigger inches plants bigger Grows 3 Eats fruits Gives birth Grows inches to live sharp young teeth Digs deeper Eats more fruits and plants
  16. 16.  Brandt Niel Evolutionary Timeline Talkorigins.org http://www.talkorigins.org/origins/geo_timeline.html October 2011  Briggman Trevor Sang Tao Lorts Claire Evolution of Fruit Types and Seed Dispersal: A Phylogenetic and Ecological Snapshot http://www.plantystematics.com October 2011 http://plantbiology.msu.edu/files/Fruit%20evolution.pdf  Evolution of Mammals Earthlife.net http://www.earthlife.net/mammals/evolution.html October 2011  The Jurassic Period Berkly.edu http://www.ucmp.berkeley.edu/mesozoic/jurassic/jurassintro.html Geological Society of America (GSA) 1999 Geologic Timescale, compiled by A.R. Palmer and J. Geissman -- S. Rieboldt, Nov. 2002 October 2011   Permian Period Prehistory.com http://www.prehistory.com/timeline/permian.htm October 2011 
  17. 17.  Permian-Triassic Extinction Pbs.org 2001 WGBH Educational Foundation and Clear Blue Sky Productions, Inc. All rights reserved. October 2011  Reader John The Rise of Life The First 3-5 Billion Years Alfrrea a. Knopf,Inc. Copyright 1986 Roxby Prehistory Limited printed and Bound in Spain by Tonsa, San Sebastian

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