'Absorb nutrients' diaporamas de présentation

Topic 1: Classification

Topic 1: Classification. Classification History. Taxonomy : Branch of biology that groups all life according to their characteristics and history All life on earth is placed into 1 of 6 kingdoms: Eubacteria Archaea Protista Fungi Plants Animals. Carolus Linnaeus.

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Unit 9 Notes

Unit 9 Notes. Kingdom Animalia. Characteristics of Animals. All multicellular All are eukaryotes (cells with nucleus & organelles) Ingestive heterotrophs (take in food and internally digest it). Support Systems. Have some type of skeletal support

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Chapter 22 Fungi

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Anatomy and Physiology: Introductory notes

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Plant Structures Roots, Stems, and Leaves

Plant Structures Roots, Stems, and Leaves. Chapter 23. 23-1 Specialized Tissues in Plants. Plants are as successful if not more successful than animals Seed plants have three main structures: Roots Stems Leaves Linked together by various means. 23-1 Specialized Tissues in Plants. Roots

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Bacteria

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Ch 39 Nutrition, Digestion and absoption

Ch 39 Nutrition, Digestion and absoption. AP lecture. Recap. Heterotrophic Autotrophic Catabolism Glycogen. food. O 2. ATP. What do animals need to live?. Animals make energy using: food oxygen Animals build bodies using: food for raw materials

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Chapter 31 FUNGI (Part 1)

Chapter 31 FUNGI (Part 1). Introduction, Ecological Impacts and Phylogenetic Relationships Wesley Jensen, Andrew Kam, Frank Zhang, Jeff Zhang. Introduction. Fungi are mostly eukaryotic, and multicellular.

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Plants and Animals Basic Needs and Characteristics

Plants and Animals Basic Needs and Characteristics. Basic Need. An item a living thing must have to survive. Air. A mixture of gases that we can not see or smell that surround Earth . Water. A colorless, tasteless, odorless, liquid that is Key to life on Earth . Food .

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Classification/Taxonomy

Classification/Taxonomy. Chapter 17. The Three-Domain System. There are 3 Domains: Domain Bacteria Domain Archaea Domain Eukarya There are 6 Kingdoms: 1. Eubacteria 2. Archaebacteria 3. Protista 4. Fungi 5. Plantae 6. Animalia.

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Marine Worms

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WETLANDS

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Kingdom Protista

Kingdom Protista. Eukaryotes Most with one cell ( Unicellular ) Some with many cells ( Multicellular ): seaweed Autotrophs or Heterotrophs Protists contains organisms that do not fit into the other eukaryotic kingdoms Protists evolved from prokaryotes (bacteria) Protista can be:

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Kingdom Protista

Kingdom Protista. Eukaryotes Most with one cell ( Unicellular ) Some with many cells ( Multicellular ): seaweed Autotrophs or Heterotrophs Protists contains organisms that do not fit into the other eukaryotic kingdoms Protists evolved from prokaryotes (bacteria) Protista can be:

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Fungi

Fungi. The Kingdom of Fungi. What are Fungi?. Eukaryotic heterotrophs Cell walls made of chitin Most multicelluar Except yeast Absorb nutrients from decaying matter or bodies of hosts. Structure of Fungi. Bodies of fungi are made of a thick mass of hyphae called a mycelium

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Kingdom Fungi

Kingdom Fungi. Characteristics of Fungi Kingdom. Eukaryotes Absorb nutrients Multicellular Cell wall Mostly terrestrial. Examples. Mushrooms Bread mold Water mold Yeast Rusts puffballs. mushrooms. Bread mold. Water mold. Yeast. Rusts. Puffballs.

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Correlative Digestive Systems

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Mammalia

Mammalia. By: Marteyjah Beard. Evolution of Phylum. Mammals are distinguished from all other classes of vertebrates by two fundamental characteristics - hair and mammary glands-and are marked by several other notable features:

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Cornell Notes

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PROTISTS & FUNGI

PROTISTS & FUNGI. Lecture 2. Single-Celled Stramenophiles. 1. Oomycotes. Common ones are water molds, downy mildews and white rusts Heterotrophs Absorb nutrients through filaments Many are aquatic decomposers. Some are parasites of animals and plants

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