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Thermophiles
Heat loving Bacteria
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Cyanobateria
Light capturing, and releases oxygen as plants do. (PHOTOSYNTHECTIC PROCESS)(not multi cellular)
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Methanogens
Methane producing, use anarobic respiration (they produce greenhouse gasses)
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Extremehalophytes
Salt Lovers
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Extreme Thermophyles
living in Very Hot environments. They exist in extreme springs and hydrothermal vents.
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Protist
- The simplest eukaryotes
- -they have a nucleus
- -Liniage is tremendously diverse, more than one origin (comb liniage, ambiguous relationship in liniage)
- -Most are single celled, clonial members and multi cellular members.
- -Heterotrophic; Autotrophic ; Mixotrophic
- -Free Living vs. parasite (that live inside of host)
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Protist organization and nutrition A.
- Zygote-> Meiosis -> Spores -> (mitosis) -> Single cells or Multicelled -> Gametes-> Fertilization
- (blue= diploid)
- (green=haploid)
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Protist organization and nutrition B.
- Zygote-> (mitosis)-> Multicelled -> Meiosis-> Spores-> (mitosis)-> Multicelled body -> gametes->Fertilization
- (blue= diploid)
- (green=haploid)
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Protist organization and nutrition C.
- Zygote-> (mitosis)-> Single cell or multicelled body-> meiosis-> Gametes-> fertilization
- (blue= diploid)
- (green=haploid)
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Protist Reproduction
- They produce with binary fission (a-sexual reproduction) if they are happy
- -in less favorable conditions the protist will produce sexually (making new combos of traits to make environment more adaptable)
- -if conditions are horrible, they are walled, non-motile protected structures (cyst)
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Flagellated Protozoans
- Represents a lineage of single, un-walled cells with one or more flagella
- -entirely or mostly heterotrophic
- -Pellicle; layer of protein (elastic) (that helps the cell retain their shape)
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Anarobic Flagellates
- have multiple flagella
- -live in poor waters
- -lack typical mitochondria
- -produce ATP through anarobic respiration
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Diplomonads (giardia)
Exist in bad drinking water and sucks nutrients out of organs
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Trypanosomes
- Flagellated protozoans
- -that have a single large mitochondria
- (primarily parasites, prey on bacteria, or invade body of plants and animals)
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Foraminiferans
- -Single celled protist
- -Calcium & Carbonated Shell
- -Important for our Ocean, helps maintain the oceans acidity level low
- -Clifts of Dover
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Ciliates
- -Highly diverse heterophytes
- -8000 known species
- -Presence of cilia
- -Hair like projection that eat in Synchrony for movement and feeding
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Binary Fission
A-sexually
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Dinoflagellates
- Single celled protist with 2 flagella
- movement = Whorlling flagellates
- reproduce=asexually and in adverse environment produce sexually
- The two cells combined form cyst to exchange genetic material
- 1/2 heterotroph
- 1/2 autotroph -Some are free living
- - some live inside other organisms
- (ex: Coral + Dinoflagellates
- coral offer protection and dinoflagellates offer sugars from photosynthesis)
- -Some are bio-luminescent
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Stramenopiles
- Straw haired
- -consist of photosynthetic cells
- single celled or colonial
- Two part cilica shell made out of glass
- shells accumulate on sea floor over time
- used for products such as (filters, cleaning, and repellant )
- THEY ARE RESPONSIBLE FOR 25-30% OF ALL CARBON UPTAKE ON OUR EARTH
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Multicelled Brown algae
- Live in temperate or cool seas
- can exist from anywhere from microscopic filaments or giant kelp
- Kelp= Nutrition/ medicinal properties / used as fertilized
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Green Algae
- Informal 7000 species of photosynthetic
- I. Clorophytes
- II. Charophytes = Single celled, colonial, multicelled
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Red Algae
- Tropical warm environments
- most are multi-cellular
- and many have great commercial value
- ex: Agar comes from cell wall of red algae
- cosmetic purposes
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Red and Green algae
...Derrived from a common ancestor that had chloroplast derived from siano bacteria
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