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Population Dynamics Jeopardy

Dive into the fascinating world of population dynamics with our interactive Jeopardy game! Players will select categories and cash prizes as they engage in critical thinking by asking questions that correspond to given answers related to ecosystems, species, and their interactions. The game's unique format allows for learning about key concepts such as habitats, carrying capacity, and food webs in a fun, competitive approach. Suitable for classrooms or group activities, this game promotes teamwork and enhances knowledge of ecological principles.

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Population Dynamics Jeopardy

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Presentation Transcript

  1. Population Dynamics Jeopardy Ask the Answer to the Question

  2. Instructions • Choose your category from the 4 listed above • Choose your cash prize from $100-$500 • Correctly ask the question that fits the answer • Double Jeopardy answers are worth double • Unasked answers default to the opposing team • Each team may ask three questions in a turn • Winning team has the most money at the end

  3. A: The place in which a species lives • Q: What is a habitat?

  4. A: The maximum number of organisms that can be sustained in a habitat over a specified amount of time • Q: What is the carrying capacity?

  5. A: A measure of growth which is predictable and regular • Q: What is geometric growth?

  6. A: The living components of an ecosystem • Q: What are biotic factors?

  7. A: A species native to a certain area • Q: What is an indigenous species?

  8. A: The study of populations over time • Q: What is population dynamics?

  9. A: A growth rate which becomes more rapid in proportion to population size • Q: What is exponential growth?

  10. A: The non-living components of an ecosystem • Q: What are abiotic factors?

  11. A: A species not native to an area • Q: What is an exotic species?

  12. A: The natural growth rate of a species in a habitat • Q: What is fecundity?

  13. A: Δ = [(b + i) – (d + e) / n x 100 • Q: What is the equation for population change?

  14. A: Species living in an ecosystem which feed on other organisms • Q: What are consumers?

  15. A: D = n/s • Q: What is population density?

  16. A: Clumped, uniform or random • Q: What are population dispersion patterns?

  17. A: The role of the crab in this food web • Q: What is a producer of food for lobsters and a consumer of food such as mussels?

  18. A:Species living in an ecosystem which act as food for other organisms • Q: What are producers?

  19. A: A series of interconnected organisms representing energy flow • Q: What is a food web?

  20. A: A method of tagging species for tracking • Q: What is the mark/recapture method?

  21. A: The population change of this species: b = 10 i = 2 d = 5 e =1 n = 50 • Q: Δ = [(b + i)– (d + e) / n x 100 = [(10 + 2) – (5 + 1) / 50 x 100 = 6/50 x 100 = 12

  22. A: The tiers in a food web through which energy is passed • Q: What is a trophic level?

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