Suppose an efficient conducting system evolved in a moss that could transport water and other materials as high as a tall tree. Which of the following statements about "trees" of such a species would not be accurate?

A. spore dispersal distances would probably increase
B. females could produce only one archegonium
C. unless its body parts were strengthened, such a tree would probably flop over
D. individuals would probably compete more effectively for access to light.

Mosses are waxy little plants with no leaves and no stem that use each other to stay upright, their grouping helps them retain water in the area
A waxy covering across their bodies helps keep water from evaporating and are usually found in moist areas out of the direct sunlight
In mosses, gametophyte (1N multicellular adult plant) is the dominant portion
When top of the female gametophyte plant is sectioned longitudinally and examined with a microscope, several egg-producing structures called archegonia are present, two archegonia each produces one 1N egg cell
The egg is clearly visible in the archegonium at the left and only part of the egg cell is visible in the archegonium on the right
Once sperm have been splashed to the female plants, sperm swim into the archegonium and fuse with the egg, the process is called fertilization
A single 2N cell called the zygote (or fertilized egg) is formed
Zygote further undergoes mitosis many times to eventually form a multicellular 2N plant called the sporophyte