Explain why C3 plants, C4 plants, and CAM plants respond differently to hot, dry environments.
Above are the reasons why C3
plants, C4 plants and CAM plants respond differently to hot, dry
environments.
Explain why C3 plants, C4 plants, and CAM plants respond differently to hot, dry environments.
Comparing the physiological differences between C4, CAM and C3 plants, explain the reasons that C4 and CAM plants tend to be found more at low latitudes than at higher latitudes.
Compare and contrast how C4
plants and CAM plants separate the acquisition of CO2 from the
production of sugar in the Calvin cycle.
Chapter 10 Question 11 Compare and contrast how C4 plants and CAM plants separate the acquisition of CO2 from the production of sugar in the Calvin cycle. Part A What do they have in common? Check all that apply. They generates an organic acid with four carbons by fixing CO2 to a 3-carbon molecule by rubisco. Both...
C4 plants and CAM plants have adapted the Calvin Cycle to work more efficiently in hot climates by reducing the impact of photorespiration. Describe photorespiration and explain the problem that these plants are solving.
Contrast the effects of hot arid climates on C3 and C4 plants.
Would you expect rising levels of carbon dioxide in the atmosphere to affect C4, C3, or CAM plants differently? Why or why not?
Which of the following statements is a CORRECT comparison between C4 plants and CAM plants? Question options: In C4 plants, CO2 capture and photosynthesis happen at different times, whereas in CAM plants CO2 capture and photosynthesis happen in different cell types. C4 plants special carbon storage structures, whereas CAM plants produce special structures for conducting photosynthesis. C4 plants do not require additional ATP relative to C3 plants, whereas CAM plants do require additional ATP relative to C3plants. In C4 plants,...
. Describe why CAM plants have an advantage over C3 plants in the desert and why C4 plants have an advantage over C3 plants in tropical climates. (Be sure to discuss the relevance of photosynthetic enzymes and their location, photorespiration, water use efficiency, and stomatal behavior and leaf anatomy.) 4. Thinking about anatomy, morphology, and “behavior” describe ways that plant leaves are adapted to intercepting light, increasing CO2 diffusion while reducing water loss. 5. In general terms, describe the characteristics...
Distinguish between C3, C4, and CAM plants in terms of their basic physiology, anatomy (Hint: do they have specialized structures?), and the type of environment they are typically found.
Which of the following statement is true about C3 and C4 plants? Multiple Choice A C3 plants are more successful in hot climates than C4 plants. B In C4 cells, CO2 is fixed at night to decrease water loss.C C3 plants deliver CO2 to the Calvin cycle using bundle sheath cells sheltered from leaf air spaces. D In C3 plants, O2 competes with CO2 for the active site of RuBP carboxylase. E C3 plants have chloroplasts in the both the...
Building Vocabulary: Plant Adaptations to Hot, Dry Climates 6 of C3 photosynthesis photorespiration 1. In plants, the first product of carbon fixation is the three-carbon compound 3-PGA formed in the Calvin cycle 2. When such plants close their stomata on hot, dry days to conserve water leaf and is added to RuBP in place of CO2 A two-carbon product of this reaction is broken down to Co2 consuming ATP and generating no sugar 3. The apparently wasteful process described in...