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Let’s Play... Jeopardy Rules and Credits
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Jeopardy cycles populations water Pest 100 100 100 100 200 200 200 200
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Are You Ready for DOUBLE JEOPARDY?
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Double Jeopardy Cycles 2 Food and farming Water treatment interactions
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The one force that is the original source of energy for the hydrologic cycle is:
A. rain B. solar energy C. thermal energy D. photosynthesis
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A. carbon and nitrogen Which of the following element / elements / are involved in the process of denitrification and fixation by lightning? B. carbon only C. nitrogen only . D. water
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The nitrogen cycle is one of the most important biogeochemical cycles
The nitrogen cycle is one of the most important biogeochemical cycles. However, molecular nitrogen (N2) in the atmosphere is not a significant element for life because: A. N2 is relatively inert and must be transformed in order to be useful B.almost all nitrogen is in the atmosphere and therefore unavailable to life C.where nitrogen is insufficient, organisms can use other, more plentiful nutrients D.nitrogen is an important nutrient, necessary for life
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Phosphorus, an important nutrient, enters living plants from:
A. groundwater B. surface water C. air D. soil
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The pathway by which carbon is transferred from living biota to the atmosphere is called:
a. photosynthesis b. transpiration c. respiration d. evaporation
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C. being characteristic
The graph below would best be described as: A. B and C B. a J shaped curve. C. being characteristic of exponential growth. D. an S shaped curve.
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Populations that are growing at their biotic potential:
double population size every year. B. mutate rapidly C. exhibit arithmetic growth D. exhibit exponential growth.
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Factors that limit population size are called:
A. carrying capacity B. biotic potential. C. environmental resistance D. survival of the fittest
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D. stabilize at that level.
When the carrying capacity of a population is exceeded, the population will normally: increase at a slower rate. B. decrease to, or below, the carrying capacity. C. decrease slowly to carrying capacity. D. stabilize at that level.
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Features that are typical of r-selected species include all of the following EXCEPT:
A. small body size B. late reproduction C. large broods D. short life span.
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Porous water-saturated layers of underground rock are known as
A. recharge areas. B. recharge areas. C. aquifers. D. runoff areas.
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A. industrial processes.
Throughout the world, the most water is used for B. power production. C. irrigation. D.needs of animals and humans.
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Which of the following has the smallest particle size?
A. gravel B. sand C. silt D. clay
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Given the data in the graph below, at what approximate distance downstream from the spill will a fish kill be MOST likely? A.30 km B. 90 km C. 5 km D. 120 km
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Which of the following contains particles large enough to be felt but too small to be seen easily?
A. clay B. gravel C. silt D. sand
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A narrow-spectrum pesticide would kill:
all insects in the vicinity. B. broad-leafed plants C. the organism for which it was intended. D. grasses and their relatives.
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. DDT is a/an: chlorinated hydrocarbon. B. organophosphate C. inorganic compound. D. narrow-spectrum pesticide.
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Many people first became aware of the problems with pesticides when Rachel Carson published her book: Pesticides on the March. B. The Pesticide Handbook. C. Silent Spring. D. Sense of Wonder.
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DAILY $800 DOUBLE
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B. increase the number of agricultural pests found in
Monocultures: decrease the number of agricultural pests found in any one area due to the uniformity of the habitat. B. increase the number of agricultural pests found in any one area due to the uniformity of the habitat. C. decrease the number of agricultural pests found in any one area due to the complexity of the habitat. D. increase the number of agricultural pests found in any one area due to the complexity of the habitat.
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A. resistance management.
A predicament where the cost of applying pesticide increases while their effectiveness decreases is called: A. resistance management. B. persistence. C. endocrine disrupters. D. the pesticide treadmill.
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B. is the rate at which producers use
Net primary productivity is the rate at which producers manufacture chemical energy through photosynthesis. B. is the rate at which producers use chemical energy through respiration. C. is usually reported as the energy output of a specified area of producers over a given time. D. is usually reported as the energy output of a specified area of producers over a given time
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A. nitrogen fixation. B. nitrification. C. denitrification.
Ammonium ions are converted to nitrite ions and nitrate ions through the process of A. nitrogen fixation. B. nitrification. C. denitrification. D. ammonification.
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B. aerobic respiration and
The two ways in which humans have most interfered with the carbon cycle are burning fossil fuels and removal of forests and brush. B. aerobic respiration and burning fossil fuels. C. removal of forests and aerobic respiration D. combustion and causing volcanic eruptions.
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A. assimilation. B. nitrogen fixation. C. denitrification.
Ammonia is converted to nitrate and finally to nitrogen gas through the process of A. assimilation. B. nitrogen fixation. C. denitrification. D. nitrification.
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B. Eating protein puts "dead ends" in the nitrogen cycle.
Which of the following statements about human alteration of the nitrogen cycle is false? Soil can be depleted of nitrate and ammonium ions by harvesting nitrogen-rich crops. B. Eating protein puts "dead ends" in the nitrogen cycle. C. Large quantities of nitric oxide are released into the atmosphere when fuel is burned. D. Nitric oxide can be converted in the atmosphere to nitric acid, which contributes to acid deposition.
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A. conservation tillage.
Plowing, breaking up, and smoothing soil in the fall to plant in the spring is B. conventional tillage. C. contour farming. D. strip cropping.
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B. is called crop rotation.
A. creates windbreaks Planting crops in alternating rows of close-growing plants B. is called crop rotation. C. increases erosion rates. D. is called strip cropping.
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A. alley cropping. B. terracing. C. strip cropping.
An agricultural style that prevents erosion on steep slopes is B. terracing. C. strip cropping. D. contour farming.
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DAILY $1,600 DOUBLE
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A. phosphate. B. organic nitrogen. C. nitrate. D. potassium.
Commercial inorganic fertilizers commonly contain all of the following except A. phosphate. B. organic nitrogen. C. nitrate. D. potassium.
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inorganic fertilizers.
The process least likely to conserve soil nutrients is A. crop rotation. B. fertilizing with compost. C. irrigation. D. fertilizing with inorganic fertilizers.
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D. allowing bacteria and
Secondary treatment, or biological treatment, of waste water mainly involves A. removal of nutrients B. removal of heavy metals and industrial wastes C. filtering out debris D. allowing bacteria and other organisms to feed on organic materials
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A. coagulating nutrients
Preliminary treatment of waste water includes A. coagulating nutrients B. allowing grit to settle out C. removal of industrial wastes D. decomposition of organic matter
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A. raw sludge B. treated sludge C. chemical sludge
The material that is removed from the waste water in primary treatment is known as A. raw sludge B. treated sludge C. chemical sludge D. biochemical sludge
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D. chlorinating the water
For the most part, very fine particles of organic matter that do not settle readily are removed by letting microorganisms eat them B. the bar screen C. filtering through activated charcoal D. chlorinating the water
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anaerobic decomposition
Which of the following statement(s) is/are TRUE? Raw sludge may be treated by anaerobic decomposition B. may be treated by composting C. may be applied to agricultural fields after treatment D. all of the above
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A. detritus feeders. B. carnivores. C. herbivores. D. omnivores.
Organisms that feed on both plants and animals are called . A. detritus feeders. B. carnivores. C. herbivores. D. omnivores.
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B. tolerate a wide C. are more likely to D. have broad niches.
eat a wide variety of food. Specialist species B. tolerate a wide range of environments. C. are more likely to become extinct. D. have broad niches.
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A. native species. B. keystone species. C. indicator species.
Species whose roles in an ecosystem are much more important than their abundance would suggest are called A. native species. B. keystone species. C. indicator species. D. specialist species.
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A. commensalism. B. parasitism C. interspecific D. intraspecific
The relationship between fire ants and native ant populations is best described as A. commensalism. B. parasitism C. interspecific competition. D. intraspecific competition.
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A. parasitism. B. commensalism. C. competition. D. mutualism.
A relationship in which a member of one species obtains its nourishment by living on, in, or near a member of another species over an extended time is best labeled B. commensalism. C. competition. D. mutualism.
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AWESOME
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Way to GO!
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Moo-rific!
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Can’t Touch This!
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Bear-y Good!
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Splashing Good!
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You're Cruisin'
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YOU DID IT!
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You're Poppin' Now!
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LION, You’re the BEST!
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EXCELLENT
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Celebrate
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You are HOT Today!!
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Strike!! You’ve got it on the Ball!!
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Superstar!!
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You're really going places!!
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On a Roll...
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HOMERUN!
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COOL
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RADICAL
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You’re Despicable!
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It's Not Fair!
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Oh, D...D...D...Dear!
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Maybe There Is No Intelligent Life After All!
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Oh, bother!
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Mother said there’d be days like this!
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Life’s Not Fair, Is It?
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This is the perfect time to panic!
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You’re Mocking Me, Aren’t You?
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Rules Teams choose topic and amount. Teams decide on answer.
Teams earn points for a correct answer. Teams do not lose points for incorrect answer. Team with the most points after all the questions have been answered is the winner!
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