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Ch 6 – 8 Key Concepts

Ch 6:
        1.    Know all the key vocabulary: Include on QSG: keystone species, ecological community
        2.    Include a labeled diagram of a food web on your QSG and on one side label the trophic
                     levels( 1 – 4): 1 - autotrophs (producers), 2 - Herbivores (primary consumers),
                     3 - 4 Carnivores (secondary consumers) Pg 110 can be your guide, but I want yours to
                     be terrestrial, not aquatic ( don’t forget to show decomposers in your web, at the
                     bottom) (see pg. 108)
        3.    Know key case study examples of keystone species and include 3 in your QSG (wolves,
              bison should be two of those 3)
        4.    Know the two basic processes that must happen in any ecosystem, even the simplest.

Ch 7:
        1.    QSG: Key factors that increase diversity, Key factors that decrease diversity (a fold out
              would be good for these!) see pg 133
        2.    QSG: Key Reasons to preserve biodiversity (see notes and Web of Life video)
        3.    Brush up on your justifications for preserving the env. (see pg 135)
        4.    Know the different types of biological diversity and be able to look at a diagram like
              Pg 123 and analyze it (Include: genetic diversity, habitat diversity and species diversity in
              your QSG.
        5.    Know the malaria story that exemplifies natural selection (pg 120) and the peppered moth
              (notes)
        6.    Look over the opening case study in Ch 7 and the critical thinking essay in Ch 6 (pg 113).
        7.    Review your basic biology and terms (biological evolution, mutation, natural selection,
              geographic isolation, divergent evolution, adaptive radiation (Ch 8))
        8.    Review your basic ecology terms: (niche, fundamental vs realized niche, habitat,
              competitive exclusion, symbiosis, obligate symbionts) Be able to provide or analyze
              examples of these interactions.
        9.    # of species known as of now and possible # of species on planet (give a range) : QSG
              The following are not in your text: Include them in your QSG:
        10.   QSG: Compare R selection vs K selection (google it, it’s not in your text: wikepedia works
              fine!) Provide a few examples of species of each and the type of environment where each
              type of selection predominates) A fold out would be good here.
        11.   QSG: Compare specialists vs generalists (google it, it’s not in your text: wikepedia works
              fine!) Provide a few examples of species. A fold out would be good here.

Ch 8:
        1.    Know your key biomes (we did an assignment on this): particularly relative temperatures
              and/or season changes, relative rainfall amt., dominant types of vegetation
        2.    QSG: Diagram on pg 144 is helpful, if you know how to read it and what is says
        2.    QSG: Island biogeography, biological islands Include 4 bullets on pg 147 and diagram pg
              148: bottom, be able to interpret it
        3.    Know Darwins finches as a classic example of adaptive radiation/divergence

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Ch 6 - 8 key concepts

  • 1. Ch 6 – 8 Key Concepts Ch 6: 1. Know all the key vocabulary: Include on QSG: keystone species, ecological community 2. Include a labeled diagram of a food web on your QSG and on one side label the trophic levels( 1 – 4): 1 - autotrophs (producers), 2 - Herbivores (primary consumers), 3 - 4 Carnivores (secondary consumers) Pg 110 can be your guide, but I want yours to be terrestrial, not aquatic ( don’t forget to show decomposers in your web, at the bottom) (see pg. 108) 3. Know key case study examples of keystone species and include 3 in your QSG (wolves, bison should be two of those 3) 4. Know the two basic processes that must happen in any ecosystem, even the simplest. Ch 7: 1. QSG: Key factors that increase diversity, Key factors that decrease diversity (a fold out would be good for these!) see pg 133 2. QSG: Key Reasons to preserve biodiversity (see notes and Web of Life video) 3. Brush up on your justifications for preserving the env. (see pg 135) 4. Know the different types of biological diversity and be able to look at a diagram like Pg 123 and analyze it (Include: genetic diversity, habitat diversity and species diversity in your QSG. 5. Know the malaria story that exemplifies natural selection (pg 120) and the peppered moth (notes) 6. Look over the opening case study in Ch 7 and the critical thinking essay in Ch 6 (pg 113). 7. Review your basic biology and terms (biological evolution, mutation, natural selection, geographic isolation, divergent evolution, adaptive radiation (Ch 8)) 8. Review your basic ecology terms: (niche, fundamental vs realized niche, habitat, competitive exclusion, symbiosis, obligate symbionts) Be able to provide or analyze examples of these interactions. 9. # of species known as of now and possible # of species on planet (give a range) : QSG The following are not in your text: Include them in your QSG: 10. QSG: Compare R selection vs K selection (google it, it’s not in your text: wikepedia works fine!) Provide a few examples of species of each and the type of environment where each type of selection predominates) A fold out would be good here. 11. QSG: Compare specialists vs generalists (google it, it’s not in your text: wikepedia works fine!) Provide a few examples of species. A fold out would be good here. Ch 8: 1. Know your key biomes (we did an assignment on this): particularly relative temperatures and/or season changes, relative rainfall amt., dominant types of vegetation 2. QSG: Diagram on pg 144 is helpful, if you know how to read it and what is says 2. QSG: Island biogeography, biological islands Include 4 bullets on pg 147 and diagram pg 148: bottom, be able to interpret it 3. Know Darwins finches as a classic example of adaptive radiation/divergence