most diverse group eukaryotic cells some autotrophs, some heterotrophs unicellular and multicellular

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Page 1: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular
Page 2: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

• Most diverse group

• Eukaryotic cells

• Some autotrophs, some heterotrophs

• Unicellular and multicellular

Page 3: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

• Algae-Plant like Protists, autotrophs

• Protozoans-Animal like Protists, all unicellular, heterotrophs

• Fungus like Protists- move at some point in their lives

Page 4: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

• Classified by color

• Euglenoids

• Golden Algae

• Green Algae

• Brown Algae

• Red Algae

• Fire Algae

Page 5: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Euglenoids• Autotrophic and heterotrophic• Flagella- hunt like an animal• Chloroplasts- make own food • like plant

Page 6: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular
Page 7: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Diatoms- two shells

Page 9: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Unicellular and multicellular

Contain chlorophyll

Plant ancestor

Examples: spirogyra, ulva- sea lettuce, volvox- colonial algae

Page 10: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Spirogyra

Page 11: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular
Page 12: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

• Seaweed and kelp

• Has air bladder- gas-filled structures that keep algae floating near the surface for photosynthesis

Page 13: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Feathery and fragile bodies

Live in deep oceans

Page 14: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Dinoflagellates

Bioluminescence- glow

when disturbed in the

water

Page 15: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Red tide- uncontrolled growth (algal bloom) of dinoflagellates. Release poisons that kill fish

Page 16: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

•Classified by method of Classified by method of movementmovement

•RhizopodsRhizopods

•CiliatesCiliates

•FlagellateFlagellates

•SporozoansSporozoans

Page 17: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

AmoebaMove by pseudopodia- “false feet”- extends plasma membrane around prey forming a pocket

Page 18: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Label the parts of the amoeba

• Contractile vacuole- used to pump out excess water

Plasma membrane

Nucleus

Contractile vacuole

Food particle engulfed by pseudopodia

Food vacuole

cytoplasmPseudopodia

Page 19: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Paramecium

StentorMove by beating cilia

Page 20: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Cilia Contractile Vacuole

Anal pore Oral groovemacronucleus

micronucleus

Page 21: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Trypanasoma

Move by flagella

Page 22: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

No method of movement

Must live in food supply to survive

Many are parasitic

Page 23: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Slime mold

Plasmodium- colorful slime molds found oozing on rotting logs in forests

Page 24: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

•Classified by the shape of the Classified by the shape of the structure that holds the sporesstructure that holds the spores

•Saprophytes- feed on dead matterSaprophytes- feed on dead matter

•Some parasitesSome parasites

•Stationary like Stationary like plants/Heterotrophic like animalsplants/Heterotrophic like animals

•Absorb food through cell wallsAbsorb food through cell walls

Page 25: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Bread Mold-Bread Mold-RhizopusRhizopus Sporangia Sporangia

Black Mold -StachybotrisBlack Mold -Stachybotris

Page 26: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Rhizopus- Bread Mold

spores

Hyphae

mycellium

sporangium

sporangiophore

Page 27: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular
Page 28: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

button

cap

stipe

gills basidia

spores

Page 29: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

important in brewing and baking, make Penicillium

Page 30: Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular

Fungus and algae

Mutualistic relationship-algae provides food and fungus provides protection and moisture