2. Jeopardy $100 BiomesInteractions Biodiversity I Biodiversity II Biotic Abiotic $200 $300 $400 $500 $400 $300 $200 $100 $500 $400 $300 $200 $100 $500 $400 $300 $200 $100 $500 $400 $300 $200 $100 Final Jeopardy Final Jeopardy

3. 1 - $100 Bitterly cold, dry plain with very short plants Tundra Tundra

4. 1 - $200 Taiga (Boreal Forest) Taiga (Boreal Forest) Coniferous forest with cool temperatures Coniferous forest with cool temperatures

5. 1 - $300 Desert Desert A hot, dry environment with few plants and animals A hot, dry environment with few plants and animals

6. 1 - $400 Grassland Grassland A flat environment with few trees, windy conditions, and a number of different types of grasses. A flat environment with few trees, windy conditions, and a number of different types of grasses.

7. 1 - $500 An environment with many trees that lose their leaves in the fall and regrow them in the spring. An environment with many trees that lose their leaves in the fall and regrow them in the spring. Deciduous Forrest Deciduous Forrest

8. 2 - $100 A relationship in which one species benefits and the other species is not harmed or helped A relationship in which one species benefits and the other species is not harmed or helped Commensalism Commensalism

9. 2 - $200 A relationship in which both organisms benefit A relationship in which both organisms benefit Mutualism Mutualism

10. 2 - $300 Parasitism Parasitism A relationship when one organism lives on or inside another organism and does harm to it. A relationship when one organism lives on or inside another organism and does harm to it.

11. 2 - $400 Parasite Parasite The organism that benefits in a parasitic relationship. The organism that benefits in a parasitic relationship.

12. 2 - $500 The organism that is harmed by the parasite. The organism that is harmed by the parasite. Host Host

13. 3 - $100 Habitat destruction Habitat destruction When wild places are paved over or developed. When wild places are paved over or developed.

14. 3 - $200 The illegal killing or removal of wildlife species from their habitat. The illegal killing or removal of wildlife species from their habitat. Poaching Poaching

15. 3 - $300 Biodiversity Biodiversity The number of different species in an area. The number of different species in an area.

16. 3 - $400 Species that could become endangered in the near future. Species that could become endangered in the near future. Scientists hypothesize that vestigial structures are body parts that once functioned in an ancestor but no longer serve a purpose. Scientists hypothesize that vestigial structures are body parts that once functioned in an ancestor but no longer serve a purpose.

17. 3 - $500 The mating of animals in zoos or wildlife preserves. The mating of animals in zoos or wildlife preserves. Captive Breeding Captive Breeding

18. 4 - $100 Habitat fragmentation Habitat fragmentation Breaking larger habitats into smaller, isolated pieces Breaking larger habitats into smaller, isolated pieces

19. 4 - $200 Extinction Extinction The disappearance of all members of a species from earth. The disappearance of all members of a species from earth.

20. 4 - $300 A species that influences the survival of many other species in an ecosystem. Keystone Species

21. 4 - $400 Species that could become extinct in the near future. Species that could become extinct in the near future. Endangered Species Endangered Species

22. 4 - $500 The role of an organism in its habitat, or how it makes a living The role of an organism in its habitat, or how it makes a living Niche Niche

23. 5 - $100 Name 3 abiotic factors in the picture. SunRockCloud SunRockCloud WaterPond WaterPond AirMud and Sand AirMud and Sand

24. 5 - $200 Name 3 biotic factors in thee picture. DeerGrassDragonflyPine Tree DeerGrassDragonflyPine Tree HawkFrogTurtleLogRabbit HawkFrogTurtleLogRabbit TadpolesFishGreen PlantsHuman TadpolesFishGreen PlantsHuman

25. 5 - $300 Give one example of an interaction between a biotic factor and an abiotic factor. The grass (biotic) needs the sunlight (abiotic) to create energy. The grass (biotic) needs the sunlight (abiotic) to create energy.

26. 5 - $400 Give one example of an interaction between two biotic factors Give one example of an interaction between two biotic factors A frog (biotic) eats a dragonfly (biotic) for energy. A frog (biotic) eats a dragonfly (biotic) for energy.

27. 5 - $500 What are the 5 main abiotic factors? What are the 5 main abiotic factors? Sun Sun Water Water Air Air Temperature Temperature Soil Soil

28. Final Jeopardy Temperature Temperature Precipitation Precipitation What two factors are most important in determining an area’s biome? What two factors are most important in determining an area’s biome?