After fertilization of the ovule, the megaspore develops into the food supply of the mature seed.
After fertilization of the ovule, the <em />integument develops into the seed coat.
After fertilization of the ovule, the fertilized egg develops into the embryo of the mature seed.
The ovule contains the female reproductive cells of the seed plants and when fertilized, it produces the seed. Ovules contain megasporocytes, cells that produce megaspores through cell division. An integument is a layer that protects and surrounds the ovule. After fertilization, the integument protects and surrounds the seed. After fertilization, the ovule contains a diploid zygote which develops into an embryo.
It pollutes the oceans waterd and can cause harm to the animals and can affect the the animals population which can make harm to the food chain
Because it’s main organelles are missing
Answer:
Coloring camouflages, presence of hair and long legs.
Explanation:
Coloring camouflages, presence of hair and long legs are the adaptation of white tailed deer as a result of the disruption or disturbance. Due to Coloring camouflages, white tailed deer are able to hide themselves from predator. Due to changing of climate, presence of hair changes on the body. In warm season, less hair is present on the body while in winter season, more hairs present on the body. It also has long legs which helps white tailed deer in escaping from the predator and hunters.
The alternation of generations is an important concept in the evolution of plants. All land plants have alternation of generations. In mosses and their relatives (Bryophytes), the haploid gametophyte is the dominant generation, and the diploid sporophytes are sporangium-bearing stalks growing from the gametophytes.
