A P bursaria cell that has lost its zoochlorellae is said to be aposymbiotic. It might be able to replenish its contingent of zoochlorellae by ingesting them without subsequently digesting them. Which of the following situations would be most favorable to the reestablishment of resident zoochlorellae, assuming compatible Chlorella are present in AP bursaria's habitat? a. abundant light, no bacterial prey b. abundant light, abundant bacterial prey c. no light, no bacterial prey d. no light, abundant bacterial prey

Question

Sebastian Huang

Biology

14 October, 20:20

A P bursaria cell that has lost its zoochlorellae is said to be aposymbiotic. It might be able to replenish its contingent of zoochlorellae by ingesting them without subsequently digesting them. Which of the following situations would be most favorable to the reestablishment of resident zoochlorellae, assuming compatible Chlorella are present in AP bursaria's habitat? a. abundant light, no bacterial prey b. abundant light, abundant bacterial prey c. no light, no bacterial prey d. no light, abundant bacterial prey

+4

Answers (1)

Know the Answer?

Damaris Pineda · Answer 1

b. abundant light, abundant bacterial prey

Explanation:

Answer:

b. abundant light, abundant bacterial prey

Explanation:

Aposymbiotic is majorly referred to as the form of biological interrelationship where in the organism dwells in interactions with one and another but dwells separately from one and another.

P. bursaria's needs LIGHT for its growth and overall activities. The PREY serves as the food source for the P. bursaria's. Thus, abundant Levels or numbers of the prey and the abundant concentration of light is necessary for the growth of the specie P. bursaria's.

Therefor, the right answer is b.

b. abundant light, abundant bacterial prey