-pollen sticks to the stigma at the end of the pistil
-pollen tubes grow down the pistil to the egg cells
-sperm cells from the pollen moves down the tubes
-fertilization combines DNA
The five steps of the plant life cycle are seed germination, growth and development, reproduction, pollination and fertilization, and seed dispersal.
The steps in angiosperm reproduction are pollination, fertilization, fruit development, and seed dispersal. Then grows bigger & bigger
it becomes decomdosed and returns its nutrients to the enviorment
pollination then seed dispersal
the seed cycle begins with POLLINATION
Pollination, fertilization, seed formation, seed germination
First, pollen falls on a flower's stigma. In time, the sperm cell and egg cell join together in the flower's ovule. The zygote develops into the embryo part of the seed.
The six steps of pollination are the sporophyte plants with the flowers, the pollen lands on the stigma which goes down to the ovule, the sperm deposits into the embryo sac where the egg gets fertilized, a zygote is produces, the zygote turns into a an embryo, and then the ovule develops into a seed.
Pollination is the male pollen being added to the flower where it can fertilize the eggs found in the female part of the flower. Then the seed is formed oh yeah
Pollination,Fertilization,Seed Formation, Seed Germination
A seed is formed when a pollen grain from the male part of a plant (stamen) fertilizes the ovule in the female part of the flower (pistil) through the process of pollination. The fertilization of the ovule results in the creation of an embryonic plant within the seed, surrounded by a protective seed coat.
A seed is formed through three main steps: fertilization, seed development, and maturation. First, fertilization occurs when pollen from the male part of the flower (anther) transfers to the female part (stigma), leading to the fusion of sperm and egg cells. Next, the fertilized ovule develops into a seed, forming a protective seed coat and storing nutrients. Finally, the seed matures, completing its formation and becoming ready for dispersal to promote germination and growth into a new plant.