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TAXONOMY

TAXONOMY. Taxonomic categories form a hierarchy – that is, a series of levels each more inclusive than the last. S pecies G enus F amily O rder C lass P hylum K ingdom. Taxonomy.

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TAXONOMY

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  1. TAXONOMY

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

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

  4. 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

  5. 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)-sapiens(species) Taxonomy

  6. There are three general domains: Bacteria Archaea Eukarya DOMAINS

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

  8. KINGDOM´S CHARACTERISTICS ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE ANIMALIA PROCARYOTIC PROCARYOTIC EUCARYOTIC EUCARYOTIC EUCARYOTIC EUCARYOTIC

  9. KINGDOM´S CHARACTERISTICS ARCHA-BACTERIA MONERA PROTISTA FUNGI PLANTAE ANIMALIA PROCARYOTIC PROCARYOTIC UNICELLULAR UNICELLULAR EUCARYOTIC UNICELLULAR PLURICELLULAR EUCARYOTIC UNICELLULAR PLURICELLULAR EUCARYOTIC PLURICELLULAR EUCARYOTIC PLURICELLULAR

  10. KINGDOM´S 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 EUCARYOTIC PLURICELLULAR AUTOTROPHIC W/ CUTICULE EUCARYOTIC HETEROTROPHIC W/MOVEMENT PLURICELLULAR

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

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

  13. KINGDOM´S 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 EUCARYOTIC PLURICELLULAR AUTOTROPHIC W/ CUTICULE EUCARYOTIC HETEROTROPHIC W/MOVEMENT PLURICELLULAR

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