Classification
Classification Scheme
How many kingdoms?
Lumpers v. Splitters
5 Kingdoms: Monera (now archaebacteria &
eubacteria), Protista, Plantae, Fungi, Animalia
6 Kingdoms: Eubacteria, Archaebacteria,
Protista, Plantae, Fungi, Animalia
8 Kingdoms: Eubacteria, Archaebacteria,
Archenzoa, Chromista, Protista, Plantae, Fungi,
Animalia
Virus?
Where does it fit in?
A Virus treads the fine line that separates
living and nonliving things
Viruses need a host cell (bacteria, plant or
animal) to live in and reproduce
Ex: AIDS, Herpes, Hepatitis C, Smallpox,
West Nile Virus, Ebola. SARS, Flu, Foot &
Mouth Disease
Archaebacteria
Domain: Archaea
Prokaryotes
Unicellular
Have Cell Walls
Autotrophic or Heterotrophic
Anaerobic (does not require oxygen)
EX: Halophiles/ Thermophiles/
Methanogens
Eubacteria
Domain: Bacteria
Prokaryote
Unicellular
Has Cell Walls
Autotroph or Heterotroph
Aerobic or anaerobic
Examples: e coli, strep,
cyanobacteria,
Treated with antibiotics
Protists
Domain: Eukarya
Eukaryotic
Both Unicellular and
Multicellular
Some have cell walls
Both Heterotrophic and
Autotrophic
Aerobic
Examples: Amoeba, Euglena,
Volvox, Algae
FUNGUS
Decomposers
Domain: Eukarya
Eukaryotic
Both Unicellular and
Multicellular
Cell walls made of
chitin
Heterotrophic
Aerobic
Examples:
Next page
FUNGUS
Decomposers
Common Molds: Mildew, Bread mold
Sac Fungi: Yeast, Powdery Mildew
Club Fungi: Mushrooms
Imperfect Fungi: Athletes Foot, Ringworm
Plant Kingdom
general characteristics
Domain: Eukarya
Eukaryotic
Mutlicellular
Cell walls made of cellulose
Autotrophic
Aerobic
Plant Kingdom
general characteristics
Has 12 major DIVISIONS
The plant kingdom uses
divisions rather than phyla
Plants have three main parts
Roots: anchor plant
Stems: transport materials
Leaves: site of photosynthesis (in
chloroplasts) MAKES THE FOOD!!
Examples: next page
Non-vascular
Divisions
Liverwarts
Hornwarts
Mosses
Small, low to the ground
MUST have moisture to reproduce
Decomposer
Vascular
W/O seeds
Whisk Ferns
Club Mosses
Horse Tails
Ferns
Largest group of vascular plants
Alternation of generations
Vascular
With Seeds
Gnetae
Cycads
Ginkgoes
Have male and female trees
Conifers (gymnosperms)
Grow very large & old
Have needles and cones
flowering plants
Have flowers
Produce Fruit
Large variety
The Animal Kingdom
Domain: Eukarya
Eukaryotic
Multicellular
NO cell walls
Heterotrophic
Aerobic
Examples:
Next pages
Porifera/Sponges
Sponges
Lack Specialized Tissues
Filter Feeders
Sessile (cannot move)
Asymmetry
Environmental Indicators
Cnidarians
Stinging Cells
Radial Symmetry
Examples: Coral, hydra, sea anemone,
jelly fish
Platyhelminthes-Flatworms
Bilateral Symmetry
Unsegmented/Flat
EX: Planarians, Tapeworms & Flukes
Nematoda-Roundworms
Round, Unsegmented bodies
Ex: ascaris(hookworms & pinworms),
wuchereria bancrofti
Mollusks
EX: Snails, slugs, Scallops &
Squids
Soft body protected by a hard shell
Mantle, Foot & Visceral Mass
Annelids-Segmented Worms
EX; Earthworms, leeches & polychaetes
Segments, true coelomates
Most are hermaphroditic
Arthropods--- So many!!!!!!
MOST DIVERSE ANIMAL PHYLUM
Segmented
bodies
Jointed
Appendages
Exoskeleton
made of
Chiton
Crustaceans
2 body parts
EX: Crayfish, Crabs,
Lobsters, Pillbugs &
Shrimp
Arachnids
8 legs & pedipalps
No antennae
Compound eyes
Spiders & Scorpions
-Insects----
Antennae
6 legs
Diverse
Echinoderms
Spiny Skin
Water Vascular System
Radial Symmetry
EX: Seastars, Sea
Cucumbers, Brittle
Stars, Sand Dollars
Chondrichthes
Cartilage Fish
Sharks & Rays
Osteichthyes
Bony Fish
Puffer
fish, carp,
salmon
Amphibians
Lives on water & Land
3 Chamber heart
Eggs must stay damp
Reptiles
Rough Skin
Amniotic Egg
Ex: Snakes, Lizards &
Crocodiles
Birds
Warm
Blooded
Flight
Feathers?
Marsupials
Pouches
Monotremes
Duck-Billed Platypus
& Spiny Ant Eater
Egg-Laying Mammals
Placental
Mammals
•Carry young in utero
TaDa
The End