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31 Cards in this Set

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Bacteria
Cyanobacteria
Nostoc

Term for long chains of cells: filaments
Identify enlarged cell as part of filament: Heterocyst
Adaptive significance of heterocyst: Nitrogen fixation

Bacteria
Cyanobacteria
Nostoc



Term for long chains of cells: filaments


Identify enlarged cell as part of filament: Heterocyst


Adaptive significance of heterocyst: Nitrogen fixation

Bacteria “Types”, or shapes


Coccus = spherical (Top left)


Bacillus = rod (Top right)


Vibrio = comma (Bottom left)


Spirillum = spiral (Bottom right)

Eukarya
Excavata
Euglenozoa
Euglena



Motility accomplished by: Contractile movement Flagella

Eukarya
Excavata
Euglenozoa
Trypanosoma



Lifestyle / ecology: Blood parasite

Eukarya
Unikonta
Amoebozoa
Amoeba



Extensions of cytoplasm: Pseudopodia

Eukarya
SAR
Alveolata
Dinoflagellates
Ceratium



Perpendicular grooves for flagella. Cellulose thecae (singular, theca) form cell wall Marine algae

Eukarya
SAR
Alveolata
Dinoflagellates
Ceratium



Perpendicular grooves for flagella. Cellulose thecae (singular, theca) form cell wall Marine algae

Eukarya
SAR
Alveolata
Ciliates
Paramecium



Ciliates diagnosed by cilia extending from plasma membrane, functioning in locomotion and feeding.

Eukarya
SAR
Alveolata
Ciliates
Stentor


Stentor collecting food with cilia


Ciliates diagnosed by cilia extending from plasma membrane, functioning in locomotion and feeding.

Eukarya
SAR
Stramenopiles
Diatoms



Two-part silica (glass) walls; Marine algae

Eukarya
SAR
Stramenopiles
Phaeophyta
Macrocystis



Giantkelp / Brown Algae

Pneumatocyst





Eukarya
Archaeplastida
Rhodophyta
Porphyra



dried form for food = nori

Eukarya
Archaeplastida
Viridiplantae
Chlorophytes
Volvox



Colonial

Eukarya
Archaeplastida
Viridiplantae
Chlorophytes
Ulva



thalloid


macro-alga , marine

Eukarya
Archaeplastida
Viridiplantae
Chlorophytes
Chlamydomonas



unicellular

Eukarya
Archaeplastida
Viridiplantae
Chlorophytes
Ulothrix



filamentous

Eukarya
Archaeplastida
Viridiplantae
Streptophyta
Spirogyra



filamentous

Moss antheridia (above; sperm production)



Antheridia and archegonia are synapomorphies for Embryophyta

Moss sporophyte capsule with sporangia:


cells undergo meiosis, forming haploid spores

Moss gametophytes (shorter, green plants) and sporophytes (taller, brownish plants)

Eukarya
Archaeplastida
Viridiplantae
Streptophyta
Embryophyta
Trachaeophyta
Lycophytes


Note the stems completely covered with microphylls. The strobilus on top of reproductively mature sporophytes. A strobilus contains sporangia, which in turn produce spores by meiosis

Eukarya
Archaeplastida
Viridiplantae
Streptophyta
Embryophyta
Trachaeophyta
Euphyllophyta
Monilophytes
Ferns



Eukarya
Archaeplastida
Viridiplantae
Streptophyta


Embryophyta
Trachaeophyta
Euphyllophytes
Monilophytes
Equisetum



Note whorled microphylls and ridged stems containing silica (synapomorphies for Equisetum). Strobilus on some, containing sporangia