Bird (Aves) Mammal Chordata 2 loop circulatory system Endothermic Fur and milk Arthropod Mollusk EchinodermAnnelida Nematoda Platyhelminthes Cnidarian Porifera Reptile Fish Amphibian 4 chamber heart

Bird (Aves) Reptile Fish Amphibian Mammal diploblastic radial symmetry Arthropod Mollusk Echinoderm Annelida Nematoda PlatyhelminthesCnidarian Porifera gastrovascular cavity polyp & medusa forms jellyfish

Bird (Aves) Reptile Fish Amphibian Mammal diploblastic Lack true tissues Arthropod Mollusk Echinoderm Annelida Nematoda PlatyhelminthesCnidarian Porifera asymmetry sponges

Bird (Aves) Mammal Chordata 2 loop circulatory system Endothermic Excrete uric acid Arthropod Mollusk EchinodermAnnelida Nematoda Platyhelminthes Cnidarian Porifera Reptile Fish Amphibian 4 chamber heart

Bird (Aves) Reptile Fish Amphibian Mammal invertebrate triploblastic Open circulation Arthropod Mollusk Echinoderm Annelida Nematoda PlatyhelminthesCnidarian Porifera deuterostome Starfish invertebrate deuterostomes

Bird (Aves) Mammal Vertebrate deuterostomes 2 loop circulatory system Amniotic eggs excrete uric acid dry scaly skin Arthropod Mollusk EchinodermAnnelida Nematoda Platyhelminthes Cnidarian Porifera Reptile Fish Amphibian 3 chamber heart

Vertebrate deuterostome 2 chamber heart 1 loop circulatory system Ectothermic Excrete ammonia Lay eggs WITHOUT shells Scales/fins Chordata Vertebrate Fish

Vertebrate deuterostome Most 3 chamber heart 2 loop circulatory system Ectothermic Internal fertilization Amniotic eggs Dry scaly skin Chordata Vertebrate Reptile (snakes, turtles, lizards, crocodiles)

Vertebrate deuterostome 3 chamber heart 2 loop circulatory system Ectothermic Lay eggs WITHOUT shells Metamorphosis (from aquatic larva to terrestrial adult) Chordata Vertebrate Amphibian (frogs, toads, salamanders)

Vertebrate deuterostome 4 chamber heart 2 loop circulatory system Internal fertilization Amniotic eggs Endothermic feathers Chordata Vertebrate Bird(Aves)

PHYLUM: ___________ Invertebrate protostome Coelomate Closed circulation Breathe through skin Segmented body Excrete w/nephridia Hydrostatic skeleton Annelida (Segmented worms) Earthworms, leeches

Invertebrate protostome Open circulation Exoskelton Jointed appendages Cephalothorax/abdomen Excrete w/ Malpighian tubules Book lungs 8 legs Arthropods arachnids (Spiders)

Protist Eukaryote Unicellular algae Silica in cell wall Photosynthetic phytoplankton Major oxygen producer Diatoms There are others, but this is the example we learned about

Invertebrate protostome Open circulation Exoskelton Segmented body Jointed appendages cephalothorax/abdomen Excrete w/ Green glands Aquatic/gills 10 legs Arthropods (crustaceans)

Invertebrate protostome Open circulation Exoskelton segmented body Jointed appendages Head/thorax/abdomen Excrete w/Malpighian tubules Trachea & spiracles 6 legs Arthropods (insects)

PHYLUM: ________________ Invertebrate ACOELOM Open circulation Breathe through skin Excrete w/ flame cells Hydrostatic skeleton < 2 opening digestive system (gastrovascular cavity or none) Platyhelminthes (flatworms) Planaria, tapeworms

Protist Unicellular eukaryote Ciliated heterotrophs Paramecium There are others, but this is the example we learned about

Invertebrate diploblastic NO true tissues asymmetry Porifera (sponge) PHYLUM: _________

Chordata Vertebrate deuterostome Fur/milk Lay amniotic eggs monotremes

Invertebrate Diploblastic radiata tissues but no organs gastrovascular cavity Polyp & medusa forms Stinging nematocysts Cnidarians (jellyfish, coral) PHYLUM: ___________

Invertebrate deuterostome open circulation Endoskeleton Water vascular system Spiny skin Echinodermata (starfish) PHYLUM: ____________

Domain: __________ Kingdom: __________ Prokaryote Unicellular Peptidoglycan in cell wall Circular DNA No histones No introns 1 kind of RNA polymerase Bacteria Eubacteria

Aquatic protist Unicellular eukaryote Flagella Many chloroplasts Reproduce with mitosis Euglena There are others, but this is the example we learned about

Invertebrate protostome Most open circulation Soft bodies Some have protective shells Mollusca (clams, snails, octopus)

Chordata Vertebrate deuterostome Fur/milk Placenta (short term) Babies incubate in pouch marsupial

Domain: __________ Kingdom: __________ Prokaryote Unicellular NO Peptidoglycan in cell wall Circular DNA Histones some introns several kinds of RNA polymerase extremophiles Archaea Archaebacteria

Invertebrates Pseudocoelom Open circulation Excrete w/ flame cells Hydrostatic skeleton 2 opening digestive system breathe through skin some parasitic Nematoda (round worms) Pinworms, hookworms PHYLUM: ___________

Protist Unicellular eukaryote Pseudopod movement No cell wall Heterotrophic predator Amoeba There are others, but this is the example we learned about

Eukaryotic Absorptive heterotrophs Multicellular (except yeast) Cell wall containing chitin Eukarya Fungi Domain: __________ Kingdom: __________