TAXONOMY

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TAXONOMY
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Taxonomy

• Taxonomic categories form a hierarchy that is,
  a series of levels each more inclusive than the
  last.
• Species
• Genus
• Family
• Order
• Class
• Phylum
• Kingdom

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TAXONOMY

• Taxonomy is the science by which organisms are
  classified and placed into categories based on
  their structural similarities and evolutionary
  relationships.

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DOMAIN
DOMAIN
DOMAIN
KINGDOM
KINGDOM
KINGDOM
KINGDOM
KINGDOM
PHYLUM
PHYLUM
PHYLUM
PHYLUM
PHYLUM
CLASS
CLASS
CLASS
CLASS
CLASS
ORDER
ORDER
ORDER
ORDER
ORDER
FAMILY
FAMILY
FAMILY
FAMILY
FAMILY
GENUS
GENUS
GENUS
GENUS
GENUS
SPECIES
SPECIES
SPECIES
SPECIES
SPECIES
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Taxonomy

• For this section be able to give the order of
  names and reproduce the proper name for humans.
• Scientific name of an organism is the last two
  categories, genus and species
• Homo sapiens Homo sapiens
• animalia(kingdom)-chordata(phylum)-mammalia(class)
  -primates(order)-hominidae(family)-homo(genus)-sap
  iens(species)

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DOMAINS

• There are three general domains
• Bacteria
• Archaea
• Eukarya

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DOMAINS

• There are three general domains, and 6 kingdoms
• Bacteria
• (under discussion)
• Archabacteria
• (under discussion)
• Eukarya
• Protista
• Animalia
• Fungi
• Plantae

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KINGDOMS CHARACTERISTICS
ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE
ANIMALIA
PROCARYOTIC PROCARYOTIC
EUCARYOTIC
EUCARYOTIC
EUCARYOTIC
EUCARYOTIC
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KINGDOMS CHARACTERISTICS
ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE
ANIMALIA
PROCARYOTIC PROCARYOTIC
UNICELLULAR
UNICELLULAR
EUCARYOTIC
UNICELLULAR
PLURICELLULAR
EUCARYOTIC
UNICELLULAR
PLURICELLULAR
EUCARYOTIC
PLURICELLULAR
EUCARYOTIC
PLURICELLULAR
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KINGDOMS CHARACTERISTICS
ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE
ANIMALIA
PROCARYOTIC PROCARYOTIC
UNICELLULAR
HETEROTROPHIC
Peptoglycan Cell wall
HETEROTROPHIC AUTOTROPHIC
UNICELLULAR
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC AUTOTROPHIC
PLURICELLULAR
HETEROTROPHIC AUTOTROPHIC
WITHOUT CUTICULE
WALL CELL CHITINE
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC
PLURICELLULAR
AUTOTROPHIC
EUCARYOTIC
PLURICELLULAR
W/ CUTICULE
HETEROTROPHIC
EUCARYOTIC
PLURICELLULAR
W/MOVEMENT
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KINGDOMS CHARACTERISTICS
ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE
ANIMALIA
PROCARYOTIC PROCARYOTIC
AUTOTROPHIC
UNICELLULAR
Peptoglycan Cell wall
HETEROTROPHIC AUTOTROPHIC
UNICELLULAR
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC AUTOTROPHIC
PLURICELLULAR
HETEROTROPHIC AUTOTROPHIC
WITHOUT CUTICULE
WALL CELL CHITINE
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC
PLURICELLULAR
AUTOTROPHIC
EUCARYOTIC
PLURICELLULAR
W/ CUTICULE
HETEROTROPHIC
EUCARYOTIC
PLURICELLULAR
W/MOVEMENT
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KINGDOMS CHARACTERISTICS
ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE
ANIMALIA
PROCARYOTIC PROCARYOTIC
AUTOTROPHIC
UNICELLULAR
Peptoglycan Cell wall
HETEROTROPHIC AUTOTROPHIC
UNICELLULAR
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC AUTOTROPHIC
PLURICELLULAR
HETEROTROPHIC AUTOTROPHIC
WITHOUT CUTICULE
WALL CELL CHITINE
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC
PLURICELLULAR
AUTOTROPHIC
EUCARYOTIC
PLURICELLULAR
W/ CUTICULE
HETEROTROPHIC
EUCARYOTIC
PLURICELLULAR
W/MOVEMENT
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KINGDOMS CHARACTERISTICS
ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE
ANIMALIA
PROCARYOTIC PROCARYOTIC
UNICELLULAR
HETEROTROPHIC
Peptoglycan Cell wall
HETEROTROPHIC AUTOTROPHIC
UNICELLULAR
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC AUTOTROPHIC
PLURICELLULAR
HETEROTROPHIC AUTOTROPHIC
WITHOUT CUTICULE
WALL CELL CHITINE
EUCARYOTIC
UNICELLULAR
HETEROTROPHIC
PLURICELLULAR
AUTOTROPHIC
EUCARYOTIC
PLURICELLULAR
W/ CUTICULE
HETEROTROPHIC
EUCARYOTIC
PLURICELLULAR
W/MOVEMENT